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Home My WebLink About20001323 AA MOTOROLA WELD COUNTY P25; PHASE-1 EQUIPMENT LIST; EXHIBIT B WELD COUNTY COMMUNICATIONS DEPT CPT. MICHAEL SAVAGE 915 10TH ST GREEELEY, CO 80631 ITEM QTY MODEL DESCRIPTION 1 1 C99ED QUANTAR QUANTRO FAMILY 1a 1 001C QUANTAR QUANTRO CONFIGURATION 1b 1 X750 ADD: 100W 800 MHZ OPERATION 1 c 1 X898 A ENH: SZ IR ASTRO CAI QTAR 1d 1 X844 ADD: 2' ETHERNET CABLE 1e 1 X889 ADD: INTFC, WIRELINE, 9.6 KB lf 1 X843 ADD: IR SITE TERMTN HDW lg 1 X873 ADD: INTERAL UHSO TO QUANTAR/QUANTR lh 1 X394 ADD: MULTI DROP UHSO CABLING 1i 1 X810 ADD: 8' OPEN RACK-QUANTAR 2 1 C99ED QUANTAR QUANTRO FAMILY 2a 1 001C QUANTAR QUANTRO CONFIGURATION 2b 1 X750 ADD: 100W 800 MHZ OPERATION 2c 1 X898 A ENH: SZ IR ASTRO CAI QTAR 2d 1 X844 ADD: 2' ETHERNET CABLE 2e 1 X889 ADD: INTFC, WIRELINE, 9.6 KB 2f 1 X153 ADD: HARDWARE, RACKMOUNT 2g 1 X873 ADD: INTERAL UHSO TO QUANTAR/QUANTR 2h 1 X394 ADD: MULTI DROP UHSO CABLING 2i 1 X843 ADD: IR SITE TERMTN HDW 3 1 C99ED QUANTAR QUANTRO FAMILY 3a 1 001C QUANTAR QUANTRO CONFIGURATION 3b 1 X750 ADD: 100W 800 MHZ OPERATION 3c 1 X898 A ENH: SZ IR ASTRO CAI QTAR 3d 1 X844 ADD: 2' ETHERNET CABLE 3e 1 X889 ADD: INTFC, WIRELINE, 9.6 KB 3f 1 X153 ADD: HARDWARE, RACKMOUNT 3g 1 X843 ADD: IR SITE TERMTN HDW 4 1 C99ED QUANTAR QUANTRO FAMILY 4a 1 001C QUANTAR QUANTRO CONFIGURATION 4b 1 X750 ADD: 100W 800 MHZ OPERATION 4c 1 X898 A ENH: SZ IR ASTRO CAI QTAR 4d 1 X844 ADD: 2' ETHERNET CABLE 4e 1 X889 ADD: INTFC, WIRELINE, 9.6 KB 4f 1 X153 ADD: HARDWARE, RACKMOUNT 4g 1 X843 ADD: IR SITE TERMTN HDW 5 1 C99ED QUANTAR QUANTRO FAMILY 2000-1323 Motorola Confidential 3/23/2000 Page 1 A1\ MOTOROLA 1 001C QUANTAR QUANTRO CONFIGURATION 1 X750 ADD: 100W 800 MHZ OPERATION 1 X898 A ENH: SZ IR ASTRO CAI QTAR 1 X844 ADD: 2' ETHERNET CABLE 1 X889 ADD: INTFC, WIRELINE, 9.6 KB 1 X843 ADD: IR SITE TERMTN HDW 1 X153 ADD: HARDWARE, RACKMOUNT 5 DSAL005 TERMINATION 5W 2 DSISDC50LNZ30MA DC INJECTOR 30V M CONN ANTENNA POR 1 DSWIJD8604S COMBINER 851-869MHZ 4 CHANNEL WAVEG 1 DSWIJD8604S COMBINER 851-869MHZ 4 CHANNEL WAVEG 1 DQCAPNFDM 7-16 DIN MALE TO N FEMALE 1 DSPREM891823 UNIVERSAL ENCLOSURE TENSR 800 2 DSPREM8901 AC POWER SUPPLY 110VAC 1 DSPREM880160 CPU 8 T1 El CROSS CONNT 1 DSPREM892060 8T1 El IF CARD 32K WITH MODEM 2 DSPREM801060 DUAL T1 El WAN CARD 1 DSPREM811 DSX CEPT PLUG IN MODULE 3 DSPREM81230 CSU PLUG IN MODULE 1 DSPREM822060 10 PORT RS232C SUB RATE SRU 3 DSPREM811960 8 PORT 4W E M TO EXT RANGE CRD 1 DSPREM8212 DATA CARD 2 PORT V 35 1 DQMINIDSXIWRJ Mini DSX Panel w/1 8 port RJ module 1 TRN7344 EIGHT FOOT RACK 1 DQ11415-119 Slide out Shelf 1 DS115000AA30010 18KVA UPS with setup 1 C99ED QUANTAR QUANTRO FAMILY 1 001C QUANTAR QUANTRO CONFIGURATION 1 X750 ADD: 100W 800 MHZ OPERATION 1 X898 A ENH: SZ IR ASTRO CAI QTAR 1 X844 ADD: 2' ETHERNET CABLE 1 X889 ADD: INTFC, WIRELINE, 9.6 KB 1 X843 ADD: IR SITE TERMTN HDW 1 X153 ADD: HARDWARE, RACKMOUNT 1 X873 ADD: INTERAL UHSO TO QUANTAR/QUANTR 1 C99ED QUANTAR QUANTRO FAMILY 1 001C QUANTAR QUANTRO CONFIGURATION 1 X750 ADD: 100W 800 MHZ OPERATION 1 X898 A ENH: SZ IR ASTRO CAI QTAR 1 X113 ALT: DC ONLY OP. DC TO DC CONVERTER 1 X844 ADD: 2' ETHERNET CABLE 1 X889 ADD: INTFC, WIRELINE, 9.6 KB 1 X882 ADD: 7.5' OPEN RACK-QUANTAR, 48RU 1 X843 ADD: IR SITE TERMTN HDW 1 X873 ADD: INTERAL UHSO TO QUANTAR/QUANTR 1 X394 ADD: MULTI DROP UHSO CABLING Motorola Confidential 3/23/2000 Page 2 AA MOTOROLA 1 C99ED QUANTAR QUANTRO FAMILY 1 001C QUANTAR QUANTRO CONFIGURATION 1 X750 ADD: 100W 800 MHZ OPERATION 1 X898 A ENH: SZ IR ASTRO CAI QTAR 1 X113 ALT: DC ONLY OP. DC TO DC CONVERTER 1 X844 ADD: 2' ETHERNET CABLE 1 X889 ADD: INTFC, WIRELINE, 9.6 KB 1 X153 ADD: HARDWARE, RACKMOUNT 1 X873 ADD: INTERAL UHSO TO QUANTAR/QUANTR 1 X394 ADD: MULTI DROP UHSO CABLING 1 X843 ADD: IR SITE TERMTN HDW 1 C99ED QUANTAR QUANTRO FAMILY 1 001C QUANTAR QUANTRO CONFIGURATION 1 X750 ADD: 100W 800 MHZ OPERATION 1 X898 A ENH: SZ IR ASTRO CAI QTAR 1 X113 ALT: DC ONLY OP. DC TO DC CONVERTER 1 X844 ADD: 2' ETHERNET CABLE 1 X889 ADD: INTFC, WIRELINE, 9.6 KB 1 X153 ADD: HARDWARE, RACKMOUNT 1 X843 ADD: IR SITE TERMTN HDW 1 C99ED QUANTAR QUANTRO FAMILY 1 001C QUANTAR QUANTRO CONFIGURATION 1 X750 ADD: 100W 800 MHZ OPERATION 1 X898 A ENH: SZ IR ASTRO CAI QTAR 1 X113 ALT: DC ONLY OP. DC TO DC CONVERTER 1 X844 ADD: 2' ETHERNET CABLE 1 X889 ADD: INTFC, WIRELINE, 9.6 KB 1 X153 ADD: HARDWARE, RACKMOUNT 1 X843 ADD: IR SITE TERMTN HDW 1 C99ED QUANTAR QUANTRO FAMILY 1 001C QUANTAR QUANTRO CONFIGURATION 1 X750 ADD: 100W 800 MHZ OPERATION 1 X898 A ENH: SZ IR ASTRO CAI QTAR 1 X113 ALT: DC ONLY OP. DC TO DC CONVERTER 1 X844 ADD: 2' ETHERNET CABLE 1 X889 ADD: INTFC, WIRELINE, 9.6 KB 1 X843 ADD: IR SITE TERMTN HDW 1 X153 ADD: HARDWARE, RACKMOUNT 1 TDF7816 MULTICOUPLER 800MHZ TOWER TOP 5 DSAL005 TERMINATION 5W 1 DSISDC50LNZ30MA DC INJECTOR 30V M CONN ANTENNA POR 1 DSWJD8606S COMBINER 851-869MHZ 6 CHANNEL WAVEG 1 DQCAPNFDM 7-16 DIN MALE TO N FEMALE 150 L1713 1-1/4 INCH LDF HELIAX POLY JK PER F 1 E708AB ADD: 1-1/4" N JACK, ANT END 1 TDN7754 1-1/4 INCH CONNECTOR N PLUG PLATED Motorola Confidential 3/23/2000 Page 3 AA MOTOROLA 150 L1705 1/2 INCH LDF HELIAX POLY JKT PER FO 1 E704AD ADD: 1/2" N JACK, ANT END 1 TDN6677 L4NM N Male 1/2"HELIAX 150 L1705 1/2 INCH LDF HELIAX POLY JKT PER FO 1 E704AD ADD: 1/2" N JACK, ANT END 1 TDN6677 L4NM N Male 1/2"HELIAX 3 L1702 1/2 INCH SUPERFLEX POLY JKT PER FOOT 1 E704AP ADD: 1/2" (PLTD) N PLUG, ANTENNA EN 1 E705AP ADD: 1/2" (PLTD) N PLUG, STATION EN 3 L1702 1/2 INCH SUPERFLEX POLY JKT PER FOOT 1 E704AP ADD: 1/2" (PLTD) N PLUG, ANTENNA EN 1 E705AP ADD: 1/2" (PLTD) N PLUG, STATION EN 3 L1702 1/2 INCH SUPERFLEX POLY JKT PER FOOT 1 E704AP ADD: 1/2" (PLTD) N PLUG, ANTENNA EN 1 E705AP ADD: 1/2" (PLTD) N PLUG, STATION EN 15 L1702 1/2 INCH SUPERFLEX POLY JKT PER FOOT 1 E704AP ADD: 1/2" (PLTD) N PLUG, ANTENNA EN 1 CDN6578 N MALE PLUG 1/2 INCH 15 L1702 1/2 INCH SUPERFLEX POLY JKT PER FOOT 1 E704AP ADD: 1/2" (PLTD) N PLUG, ANTENNA EN 1 CDN6578 N MALE PLUG 1/2 INCH 1 RRX4042A COAX PROTECTOR 6 TDN6673 204989-1 GROUND KIT 1 HOLE 1/2"HELI 3 TDN7547 204989-3 GROUNDKIT 1HOLE LUG 11/4"H 2 DQAO8410 ONDI DIR BROADBAND ANT 806 869 1 DSPREM891823 UNIVERSAL ENCLOSURE TENSR 800 2 DSPREM8902 DC POWER SUPPLY 48 VDC 1 DSPREM880160 CPU 8 T1 El CROSS CONNT 1 DSPREM892660 2T1 El IF CARD 32K WITH MODEM 1 DSPREM801060 DUAL T1 El WAN CARD 1 DSPREM811 DSX CEPT PLUG IN MODULE 1 DSPREM81230 CSU PLUG IN MODULE 1 DSPREM822060 10 PORT RS232C SUB RATE SRU 1 DSPREM8212 DATA CARD 2 PORT V 35 1 DOMINIDSX1WRJ Mini DSX Panel w/1 8 port RJ module 1 DQ90A05R19 -48volt 175 NH Rack mt Batt. 1 DQBASEPLATE BASE PLATE 1 DO8411100400 bd 200 battery disconnect circuit b 2 DQ7002324001 19" Rectifier Shelf 5 DQ9155100223 SWITCHMODE RECTIFIER 5 DO0000926852 16 20p 12 ac line cord 1 DQ8411100120 48VDC CBT PANEL 1 DS482415RM 48 VOLT DC CONVERTER 1 DS8004822004 low voltage disconnect 1 DQ11415-119 Slide out Shelf 1 TRN7344 EIGHT FOOT RACK Motorola Confidential 3/23/2000 Page 4 AA MOTOROLA 6 L99DX ASTRO SPECTRA 6 259L W7 25W 800MHZ 6 G806 ENH: ASTRO DIGITAL CAI OPERATION 6 G51 ENH: SMARTZONE/SINGLETONE SYSTEM SO 6 L146 ENH: LOCAL TONE REMOTE 6 G185 ADD: DES OFB 6 TRN7466 MOUNTING BRACKET EIA 19 INCH 1 TRN7343 SEVEN AND A HALF FOOT RACK 1 CVN6085M ASTRO RSS DOS VERSION 1 3080369697 SERVICE CABLE, COMMAND BOARD 6 TDF6441 ANT 500 L1704 3/8 INCH LDF HELIAX POLY JKT PER FO 24 TDN8389 3/8 INCH CONNECTOR N PLUG MALE 6 RRX4043A COAX PROTECTOR NFE NFE FLANGE TYPE 6 DQACV2710J1 VARILATOR 6 TDN9668 223158 GROUND KIT 1 HOLE LUG 6 TDN8406A 1 4 INCH X 8 S FLEX JUMPER WITH NP 1 CONFIGCEBXPD IMPACT ADD-ON CEB 1 C99ED QUANTAR QUANTRO FAMILY 1 001C QUANTAR QUANTRO CONFIGURATION 1 X750 ADD: 100W 800 MHZ OPERATION 1 X597 A ENH: CONVENTIONAL ONLY QTAR 1 X580 ADD: REPEATER OPERATION 1 DSPREM891823 UNIVERSAL ENCLOSURE TENSR 800 2 DSPREM8901 AC POWER SUPPLY 110VAC 1 DSPREM880160 CPU 8 T1 El CROSS CONNT 1 DSPREMS92660 2T1 El IF CARD 32K WITH MODEM 2 DSPREM801060 DUAL T1 El WAN CARD 4 DSPREM81230 CSU PLUG IN MODULE 4 DSPREM811960 S PORT 4W E M TO EXT RANGE CRD 1 DQMINIDSX1WRJ Mini DSX Panel w/1 8 port RJ module 1 T5795 KVL 3000 HARDWARE 1 C543 ADD: CABLE FOR RNC, DIU, DIU 3000, 1 C542 ADD: CABLE FOR CIU, SYNTOR, SYNTOR 1 C724 ADD: CABLE FOR XTS3000 AND MTS200 1 X795 ADD; BASIC SOFTWARE PACKAGE 1 X423 ENH: DES DES-XL DES-OFB ENCRYPTION 1 6880800B75 MANUAL ASTRO CAI USER GUIDE 1 6880800685 KVL.3000 SERVICE MANUAL 1 6.88E+14 MANUAL KVL3000 USER GUIDE 1 NTN1308 CHARGER,120V,DUAL UNIT DESKTOP 2 F6936 CPU SERIES 400 MODULE FOR MOSCAD 2 V345 ADD: ASYNC RS232 VIA PORT 3 2 FKN4400 FLAT OVAL 2.5M 1 F6900 MOSCAD LESS RADIO 1 V051 ALT: NEMA TO RACKMOUNT Motorola Confidential 3/23/2000 Page 5 AA MOTOROLA 1 V369 ALT: REPLACE M.B. WITH 4CPU+41/O 2 V425 ADD: CPU SERIES 400 3 V345 ADD: ASYNC RS232 VIA PORT 3 1 V380 ADD: 60DI MODULE 1 CKN1027 60 DI CABLE FOR COMM MON 3 FKN4400 FLAT OVAL 2.5M 1 FRN5727 RS485 JUNCTION BOX+ CABLE 3 FLN2335 RS232 MULTIPLEXER 1 F6900 MOSCAD LESS RADIO 1 V051 ALT: NEMA TO RACKMOUNT 1 V369 ALT: REPLACE M.B. WITH 4CPU+41/O 2 V425 ADD: CPU SERIES 400 3 V345 ADD: ASYNC RS232 VIA PORT 3 1 V380 ADD: 60DI MODULE 1 V274 DEL: 120V 3A P.S. 1 CKN1027 60 DI CABLE FOR COMM MON 3 FKN4400 FLAT OVAL 2.5M 1 FRN5727 RS485 JUNCTION BOX+ CABLE 3 FLN2335 RS232 MULTIPLEXER 1 F5999ASP86281 CONVERTER 36-76 INPUT VOLTAGE 1 FHN5637 19 INCH RACK P.S. & RADIO 1 FKN4774 CABLE P.S. TO RACKMOUNT MOTHERBOARD 1 6802991G90 MOSCAD SERVICE MANUAL 1 SPQ34BCA0161 GMC DATA BASE GRAPHICS PROGRAMMING 10 V511BBSP ADD: SFWR LIC FOR QUANTAR 2 V511BCSP ADD: SFWR LIC FOR PREM ALARM 2 V511BJSP ADD: SFWR LIC FOR I/O MODULE 1 SPQ34BCA0162 FEP APPLICATION PROGRAMMING 2 SPQ34BCA0163 RTU APPLICATION PROGRAMMING 10 V511DBSP ADD: SFWR LIC FOR QUANTAR 2 V511DCSP ADD: SFWR LIC FOR PREM ALARM 2 V511DDSP ADD; SFWR LIC FOR PREM CONFIG 2 V511DJSP ADD: SFWR LIC FOR I/O MODULE 1 SPQ34BCA0101 DATA ENGLISH SVC IN HOUSE 1 DAY 2 SPQ34BCA0101 DATA ENGLISH SVC IN HOUSE 1 DAY 1 SPQ34BCA0102 DATA ENGLISH SVC IN HOUSE 2 DAY 1 SPQ34BCA0115 DATA ENGLISH SVC ONSITE 5 DAY Z1 5 H09UCF9PW7 N PORTABLE ASTRO DIGITAL XTS 3000 II 5 O806 ENH: SFWR ASTRO DIGITAL CAI OPER 5 H38 ADD: SMARTZONESYSTEM SOFTWARE 5 Q186 ALT: BATTERY NIMH EXTENDED LIFE 5 Q625 ADD: DES OFB ENCRYPTION 5 Q361 ENH: ASTRO 25 SOFTWARE 5 O173 ENH: SMARTZONE OMNILINK MULTIZONE 5 SVC209 MSS INSTALL; 3.0 5 SVC209 MSS INSTALL; P-25 Motorola Confidential 3/23/2000 Page 6 AA MOTOROL 1 SVC209 MSS INSTALL; TEMPLATE 5 NTN1168 SINGLE UNIT RAPID RATE CHARGER 1 NTN1308 KEYLOADER CHARGER 1 NTN1624 COMMPORT FOR XTS 3000 W/PALM PTT 5 NMN6191 NOISE CANCELLING REMOTE SPEAKER MIC 1 SI128/81127 B INTERNAUEXTERNAL SUB-CONTRACTING 1 SI286 B TRAINING; GREELEY POLICE DEPARTMENT 1 SI286 B TRAINING; UNION COLONY FIRE/RESCUE AUTHORITY 1 SI208 B PROGRAM MANAGEMENT 1 SI128 B FACTORY STAGING 1 SVC773 ENHANCED SYSTEM SUPPORT 1 SI-CATP MOTOROLA PHYSICAL COVERAGE TESTING 1 PREPAY APCO 25 SOFTWARE FOR 35TH AVE/WEST SITE PHASE-1; EQUIPMENT & SERVICES TOTAL $950,758.12 TERMS OF SALE 50% DOWN = $475,379.00 40% UPON SHIPMENT = $380,303.00 10% UPON INSTALLATION /ACCEPTANCE = $95,076.12 Motorola Confidential 3/23/2000 Page 7 AA, MOTOROLA WELD COUNTY SUBSCRIBERS (valid through 7-30-2001) WELD COUNTY COMMUNICATIONS DEPT CPT. MICHAEL SAVAGE 915 10TH ST GREELEY, CO 80631 [TEM QTY MODEL DESCRIPTION ASTRO SPECTRA At FULL KEYPAD 1 1 T99DX ASTRO DIGITAL SPECTRA MOBILE SERIES 1a 1 133W 35 WATT 800 MHz, A9, REMOTE MOUNT 1b 1 G51 ENH: SMARTZONE SYSTEM SOFTWARE 1c 1 G806 ENH: ASTRO DIGITAL CIA OPEATION ld 1 G114 ENH: DIGITAL ID DISPLAY 1e 1 G361 ENH; ASTRO PROJECT 25 TRUNKING if 1 G173 ENH: SMARTZONE OMNILINK MULTIZONE lg 1 W484 ALT: 3DB GAIN ANTENNA 5 3,690.58 ASTRO SPECTRA A4; ROTARY TALKGROUP SELECT 2 1 T99DX ASTRO DIGITAL SPECTRA MOBILE SERIES 2a 1 130W 35 WATT 800 MHz, A4 2b 1 G51 ENH: SMARTZONE SYSTEM SOFTWARE 2c 1 G806 ENH: ASTRO DIGITAL CIA OPEATION 2d 1 G114 ENH: DIGITAL ID DISPLAY 2e 1 G361 ENH; ASTRO PROJECT 25 TRUNKING 2f 1 G173 ENH: SMARTZONE OMNILINK MULTIZONE 2g 1 W496 ALT: REMOTE MOUNT WITH 17 FOOT CABLE 2h 1 W484 ALT: 3DB GAIN ANTENNA :6 3,418.65 ASTRO SPECTRA Al HANDHELD CONTROL HEAD 3 1 T99DX ASTRO DIGITAL SPECTRA MOBILE SERIES 3a 1 130W 35 WATT 800 MHz, A3 3b 1 G51 ENH: SMARTZONE SYSTEM SOFTWARE 3c 1 G806 ENH: ASTRO DIGITAL CIA OPEATION 3d 1 G114 ENH: DIGITAL ID DISPLAY 3e 1 G361 ENH; ASTRO PROJECT 25 TRUNKING 3f 1 6173 ENH: SMARTZONE OMNILINK MULTIZONE 3g 1 W496 ADD: REMOTE MOUNT CABLES 3h 1 W484 ALT: 3DB GAIN ANTENNA $ 3,836.84 Motorola Confidential 3/23/2000 Page 1 AA MOTOROLA ASTRO SPECTRA W3, MOTOROCYCLE 4 1 M99DX ASTRO DIGITA SPECTRA MOTORCYCLE SERIES 4a 1 173W W4 15W 800MHZ 4b 1 G51 ENH: SMARTZONE SYSTEM SOFTWARE 4c 1 G806 ENH: ASTRO DIGITAL CIA OPEATION 4d 1 W688 ADD: EXTERNAL EMERGENCY PUSHBUTTON 4e 1 G114 ENH: DIGITAL ID DISPLAY 4f 1 G361 ENH: ASTRO PROJECT 25 TRUNKING 4g 1 G173 ENH: SMARTZONE OMNILINK MULTIZONE 4h 1 HMN1062 MOTOROCYCLE WEATHER PROOF MIC $ 4,214.56 ASTRO SPECTRA MOBILE OPTIONS 5 1 WAC PREPARE TEMPLATE/ READ FLASH CODE $ 1,320.00 6 1 WAC PROGRAM / LOAD P25 FLASH CODE $ 140.00 7 1 G185 ENH: DES-OFB ENCRYPTION $ 531 79 8 1 W591 MOTOROLA AUXILIARY SWITCH PANEL $ 117.15 9 1 W271 MOTOROLA SIREN PACKAGE; (A9 MODEL ONLY) $ 351.45 10 1 W800/G835/G831 REAR CONTROL HEAD; (A9 MODEL ONLY) $ 805.14 11 1 D&R MAGNUM SIREN/AUXILIARY SWITCH PANEL WAC 12 1 WAC REMOVE EXISTING AND RE-INSTALL 800 UNIT(S) WAC Motorola Confidential 3/23/2000 Page 2 ,,A MOTOROLA ASTRO XTS 3000 PORTABLES: LINITED KEYPAD 13 1 H09UCF9PW7 N PORTABLE ASTRO DIGITAL XTS 3000, 800 MHz 13a 1 Q186 ALT: BATTERY NIMH EXTENDED LIFE 13b 1 H38 ENH: SMARTZONE SYSTEM SOFTWARE 13c 1 Q806 ENH: ASTRO DIGITAL CIA OPEATION 13d 1 Q361 ENH: ASTRO 25 SOFTWARE 13e 1 O173 ENH: SMARTZONE OMNILINK MULTIZONE 13f 1 STD. 2.5" DETACHABLE BELT CLIP $ 3,455.57 ASTRO XTS 3000 PORTABLE OPTIONS 14 1 WAC PREPARE TEMPLATE/ READ FLASH CODE $ 1,320.00 15 1 WAC PROGRAM / LOAD P25 FLASH CODE $ 140.00 16 1 Q625 ENH: DES-OFB ENCRYPTION $ 531.79 17 1 Q393 ALT: INTRINSICALLY SAFE BATTERY $ 33.37 18 1 H499 ALT: RUGGEDIZED ASTRO DIGITAL OPTION $ 177.50 19 1 H64 ALT: HOUSING YELLOW $ 17.75 20 1 H223AY ALT: RUGGEDIZED INTRINSICALLY SAFE BATTERY $ 33.37 21 1 H315 ADD: 3 INCH BELT CLIP $ 10.65 22 1 NTN8380 SWIVEL CASE CARRYING, HIGH ACTIVITY $ 42.60 23 1 NTN1168 SINGLE UNIT RAPID RATE CHARGER, 110V $ 96.56 24 1 NTN1177 SIX UNIT RAPID RATE CHARGER, 110V $ 479.25 25 1 NLN7967 WALL MOUNT FOR SIX UNIT CHARGER $ 14.20 26 1 NMN6191 NOISE CANCELLING REMOTE SPEAKER MIC $ 65.32 27 1 NTN1624 COMMPORT MTS/XTS/HT W/PALM PTT $ 350 00 28 1 NTN8923 SPARE BATTERY, NIMH EXTENDED LIFE (Q186) $ 175.37 29 1 NTN8299 SPARE INTRINSICALLY SAFE BATTERY NIMH, (Q393) $ 134.19 30 1 NTN8297 SPARE RUGGEDIZED INTRINSICALLY SAFE, (H223AY) $ 124.25 Motorola Confidential 3/23/2000 Page 3 AA MOTOROLA ASTRO SPECTRA W7 CONTROL STATION 31 1 L99DX ASTRO SPECTRA CONSOLETTE STATION 31 a 1 259L 25 WATT 800 MHz, W7 31b 1 G51 ENH: SMARTZONE SYSTEM SOFTWARE 31c 1 G806 ENH: ASTRO DIGITAL CIA OPEATION 31d 1 G114 ENH: DIGITAL ID DISPLAY 31e 1 G361 ENH; ASTRO PROJECT 25 TRUNKING 31f 1 G173 ENH: SMARTZONE OMNILINK MULTIZONE 31g 1 L114 ADD: CLOCK, VU METER 31h 1 L146 ENH: LOCAL TONE REMOTE 31i 1 L28 ADD: AUTO BATTERY REVERT CAPABILITY $ 6,245.80 ASTRO SPECTRA W7 CONTROL STATION OPTION 32 1 WAC PREPARE TEMPLATE/ READ FLASH CODE $ 1,320.00 33 1 WAC PROGRAM / LOAD P25 FLASH CODE $ 140.00 34 1 G185 ENH: DES-OFB ENCRYPTION $ 636.65 35 1 WAC REMOVE EXISTING AND RE-INSTALL 800 UNIT(S) WAC 36 1 WAC CONTROL LINES AND ANTENNAS WAC Motorola Confidential 3/23/2000 Page 4 GENE L E F• MANCES ECIFICATI•NS ASTRO XTS 3000 TM Modulation: C4FM of OPSK-C family(Compatible Ouadrature Phase Shift Keying) Protocol: ASTRO. 4.8 xbps VSEP,2.13Cps Eno: Digital Portable Radio Correction Coding.2.7 kbps Embedded Signaling Project 25-Cal 4 4 kbps IMBE.2 8 kbps Egon Correction. Coding,2.4 kops Embedded Sigoall'mg SECURENET. 12 kbps MD Channel Bandwidth: ASTRO VSELP -S R® SProjectgb-GAI FEATURES and Analog. 12 5 kHz SECURENET&Analog. 20/25/30 kHz ► Multiple modes of operation in a single radio ► High speed and embedded digital signalling(ASTRO) ASTRO digital clear and encrypted,Analog, ► VHF UHF and 800 MHz Bands and SECURENET encrypted operation) ► FLASHport-capable a •a • •a ► Project 25 capable on Conventional systems V•ICE C E (AST •le E) ► Enhanced encryption capability(Optlena)'' Voice Coding Method: VSELP Vector Sum Excited Linear Predictive Coding ► Project 25 compliant interoperable voice 16 Encryption keys 'MBE(CAI).Improved Multi Band Excitation signalling features 2 Encryption algorithms C555 Continuously Variable Slope Delta ModulaIon(far ► Project 25 data capable on Conventional systems ► Meets Mil Specs 810 C.D,E SE RENEn mode) ► cat w,2^d wide bandwidth digital receiver ► Programmable switches/buttons Voice Truncation: None j25o meet for SECURENET ivodel (12.5,25/30 kHz) ► ASTRO Ready—analog only operation(optional) Frame Re-sync Interval: 80 msec(Dear dgral modei ► High quality,error corrected digital voice ► Adaptive power control extends battery life Forward Error Correction: Golay code MMIIN Error Mitigation: NSELPv Dual Level veva!I Extrapolates and replaces 30 msec voice Barnes teat exceed the error correction algorithm tolerance All models are available Modell Model II ` Model l/I _eve)2 Progress.ve muting o:sC msec voice frames that are in a Ruggedized version, too severely damaged for Level replacement with either a Black or • Error Mitigation: Project 25-CAI(IMBE)Dual xevei I'I "Public Safety Yellow" I •, Level;Extrapolates and replaces 20 msec voice frames mat exceed the enoe coneenn algon'hm tolerance housing. Level 2.Progress,.m.t.ng al 20 Come.:voce frames that are ( to everely oarnaged for Level 1 replacement r Code Book Stricture: ASTRO VSELP.Linear sum of basic vector Project 251IMBE).No Code Book SIGNALLING(ASTRO MODE) Signalling Bate: 9.6 kbps ,— Digital ID Capacity: 16,700.000 IDs Digital Network i Access Codes: 4,096 netwerk site addresses Digital User Group Addresses: 4,096 Model I: Model II: Model III: Energy Management: Automatic MB RF cutback Lased an lntras'[nctur0 RSSI !I sigoallmV I ► Large PH button Same as XTS 3000 Model I features Same as XTS 3000 Model I features I plus the following: plus the following: Error Correction Techniques: Garay,BCH.Bees-Solomon codes ► Angled On/Off volume knob - ► 255 Channels ► 255 Channels Data Access Control: Slotted CSMA.Utilizes infrastructure-sourced data status ► Orange Emergency button bits emheddeo In both voice and data I. Illuminated 16 position,top ► Dial from prestored lists ► Dial from prestored lists tansmissiona. mounted rotary knob ► Programmable softkeys for easy ► Programmable softkeys for easy ► 2 position concentric switch access to radio functions access to radio functions I ► 3 position toggle switch ► Backlit keypad ► Backlit keypad i -2 x 3 navigational keys -3 soft keys b. arngra88n,abie MnnIpr bUttnn I. Large Display -2 x 3 navigational kens ► 8 programmadie s:ee Lotions o,,0a1-1 01-1 -a o?nTMG ► Transmit LED Indicator -Status:cons Inc ua:ng battery ► Large Display ► Non-keypad/Non-display and cower indicator -4 line,amd'?r`hractoe" ' ► Up be 48 Channe,s -Status-cons:ncludrng batteU anr1 pe:ver 41a:catnr ► Unlimited dialing from keypad • • • • • O MOTOROLA • I TRANSMITTER ASTRO )(T5 r. 000 SPECIFICATIONS TYPICAL PERFORMANCE SPECIFICATIONS VHF UHF 800 MHz RADIO MODELS Frequency Range/ Bandsplits: 136-174 MHz 403-470 0190 806-824 MHz VHF BAND UHF Band 800 MHz Band Rage"I 450-52n MHz 851-870 MI, Bandsplit: 136174 MHz 403 470 MHz(Range 1) 806-870 MHz . Range 2I 21 450-520 MHz Range 21 Channel Spacing: `2.5,2,2 25 3 0 kHz 12 5/20/25 kHz 12.5120/25 kHz Channel FLASHport Model Model Model I Model Display Keypad 1 Capability Memory Numbers Numbers Numbers Maximum Frequency Separation: Rill Banneolt Full Bzndsollt FPI Bandsolit I Model I No: None I 16/40 1 61B H4 9KD09PW5 IT H09RDC9PW5 N(Range 1) H09UCC9OW5 N H09SDC96W0 N(Range 2) Rated RF Output Power,05.8: 1to5W Ito 4W 3W i Model II 4Llnes in 205 1 M H040DFJ7:5 N H09RDF9PW1 N)93nge ll H09UCF9PW7_N 2 Characters H095DF9P N(Ramp 21 Frequency per doe Liquid Stabilityr* I Crystal Pasta,, (-30*C to+60°C; 25°C Ref.): -0.00020% _.0.00020% -0.00015 o Model III 4 Lases) 3 x 6 255 1 MB H09KDH9SW7-N H09B 89PW7-N IRange 11 H09UCH9PW7-N 12 Characters BuCor H09577977/ N(Range 1 Modulation Limitingt: per Ilse ugdld 25/30 kHz chnls: -D.;l+:Y s6.O rHz -5.D kHz .,rgl7al DIsp Is) 20 kHz chnls: +4.0<H7 ±4.0 kHz NIA y I 12.5 kHz FCC Designations: AZ489=T3790 AZ489FT4782'Range 1 i AZ489FT5774 (NPSPAC)chnls: N/A N/A -4.0 kHz A7489FT4783'Range 21 12.5 kHz chnls: ±2.5 kHz ±25 kHz 25 kHz Power Supply: One r Cha geap..poue)10.arhura h itlery or one rechargeable nickel-metal hydride battery FM Hum&Noiset: 25/30 kHz 1 -08 dB -z5 d3 -^-5 dB Dimensions 12.5 kHz 42 d6 -42 dB 39 n0 without battery(lxWZD): 6.33 3 5 ar,s1.53 „o-.9C,.-1.9 unmi Emissionst : Weight: 390 g I (Conducted&Radiated): -70 dBC -70 dBC i -70 PBC with Ultra High Capacity NiCd: 704 0 Audio Responset: FCC Emissions Designators: BV'NIr onHoF1H 1600=3F 971KFID 1'kr!zga 1171,2D 11 KO1-in 15KO7D'5KOF2D 20K0F1D,1D04F3E (6dB/Octave Pm-emphasis from ENC Y TI•N MEETS• EXCEE•S MILITA YSTAN•A •S:1.E,:1••: :1 rC 300 0 t0 to 3000 Hz): -1 ;dB;EIA; -I.-3181EW, j -'.-.3 dB'EIA: Encryption Algorithm MECHANICALS ECIFICATI•NS WHE EA LICA:LE Audio Distortion Capacity: rat o.hns„er.acid per EIAt: <2y, a21, e2T, p g i Standard U.S.Military U.S.Military U.S.Military Spec810E Spec810D Spec810C Encryption Keys per Radio: 6 Teas TRO anc SE^LRENET compete; )' Method/Procedure Method/Procedure Method/Procedure Encryption Frame AST50 360.,t, LOV.Pressure 500.3/1 500.211 5001/1 TYPICAL PERFORMANCE SPECIFICATIONS I Re-sync Interval: SFCURENIT 500 Project 2 3,1! 350 mses planTemperature 501.3/'1 501 2 Category Al 501.1/1 VHF UHF 800 MHz 50.a'a ,Induced, Encryption Keying: 0 .he i t Reke 7 s)o Ks,Loader Frequency Range/ 1gh Temperature 501.3/11 501. 11Caregory01 501.1/11 Bandsplits: 136-174 MHz 403-470 MHz 806-824 MHz Synchronization: Counter Addressi q Dohs,Feedback and Output Opea0)ar cerP IRange 1. eeobaok I 450520 MHz 85180MHz I _ LOW Temperature 502.3/1 50221Category C1 502.1/1 (Range 2) Code Key Generator. :xtersal hand heal c props..ess5r coTtrollead key (Inducedl a ableloader Channel Spacing: z n Lu 21131 KLIO I I2 5,35 zr.nz Z.o20 25 adz Encryption Key Tag o 4e 0,,,e S1a57 503.311 3 03.2;1 505.1:1 Maximum Frequency Capacity per System: 66.000 Solar Radiation 605.3/1 000 2/I Figure 505.2 505.1/1 Separation: Full Bands71 I H I Ba^Jspl F.III Bandsplit Encryption Type: Digital Rain&Blown/ 506.3/1&11 506.2/1&11 506.1/0&U Analog Sensitivity Number of Unique Keys: Dependent or.encyption algonihm Rain 20 dB z chning (dB SINAD per l 0.35i1J 035W 0.40{N Code Key Initialization: Itema)lyoerived pseudo-random ln'tlallzingvect0 Humlalt: 507 3'11(cycle-5) 507.2/11(Cycle-51 507.1/11 122B3 kHz per EIA (25/30 Sensitivity.**: NzchnOt. 0.2517v 0.2h(V 0.25W Key Storage: Volatile eiechonic memory or non-wlat'le.lectronlc Salt Fog 5093/1 509.2/1 509.1/1 Digital vty": memory Dust 5103/1 910.2/I 5101/1 1% (12.5BER kHz chnl): 0.40/N oAOW 0.40{N 5%BER Key Erasure: Keyboard command,tamper detection.and over-the-air 5ibration 514,4/1 514.3/1(Category 10) 514.2//111 (12.5 kHz chop": 0.25/1 0.254.5 0.250P command 'Category 101 'Curve M Selectivityf: Shook 5164/1,iv 0/I 516.311.V&0 516.2/'..1',&V (25/30 kHz chnl)t: —78 dB —78 dB —75 dB BATTERIES FOR ASTRO DIGITAL XTS 3000 per EIA(12.5 kHz chop: -67 d8 -&8 d8 --63 d8 Battery Dimensions Battery Part Duty Intermodulationt.".: Capacity/Type (HXWXD) Numbers Cycle (25/30 kHz chnl): —78 dB —77 dB —74 dB Ultra-High Capacity 5-5-90 Spurious Nickel-Cadmium 6 I5'x 2.3"a 92" NTN8294 8 hr. Responsr1':: 75 dBC -75 deC --75 dBC Ultra-High Capacity 5-5 90 Frequency Stability: -0.000205r -0.000205) 1 —0.000'5±) NiMH o 0 23.921.1[0.811.1[0.81388 8 8 1 Audio Distortion: .c., �r) 1. <.1 1 . \�j I /�%Electrical c0i; 16"J y mi/ Support Services no}tie.:Ire. MOT ORO`A EIA Idt<3 Audio Output per I Distomonit`" n V; SUBMERSION SPECIFICATIONS Leakage 1 1 1 zn Leakage(immersion): IL-2 D.:10L Tlethod 2.2 Pn,,e l,'e yr me L.,.a I,r r o., ». o3.,otiu7 . Leakage(immersion): /1-STD 610E Method 512.3 Procedure 1 5.Motorola XTS 3000 and FLASHr II are Ireaemarks of Motorola.Inc. l ■0199&by Motorola c.•Printed In U.S A•(9803)Merl Testing to be performed at 6 feel for`our hours,anere MIL STD speci9 3 feel'or Iwo ho.Ps ■Produces)by Customer Communications. Motorola s an Equal Emplowune, pportunity/AR 191' }Ideas,.n Ise anacp-.pee Der 11A HA 6Cf3 Action Employer ''Racoveretltl 9 Ta at.clo Dal1ry B6•ei t Error Rata l=appr emal„suD1 qua,.2 12 cB 9NA0 for km charnel "Measure.In d1y11ai'IOW.pr-4EA TSB'c2CAAB R3-4-165C al it .04 OrtORO . CMS MOTOROLA Conventional/ Secure/ Trunked Radio Systems n, Z_,.. ASTRO Digital XTS 3000 Section Page S7 Portable Series 3.0 Ill "Handie-Talkie" Radio Date: 6-1-99 VHF and 800 MHz Bands r- FLASHport General Information APC: 620 The ASTRO Digital XTS 3000 Portable Line offers three different radio hardware models: ASTRO Digital XTS 3000 Portable ) ) J/> RadioTopvmw - .; Alphanumeric Display c,,O; - Lines/Characters Hardware Model Modes per Line/Position Keypad ASTRO XTS 3000 16-48 none non( Model I ASTRO XTS 3000 255` Model II 4/12/front mount 3 x ® ASTRO XTS 3000 255 4/12/front mount 3 x f Model 111 —___ �, l 'The ASTRO Digital XTS 3000 Portable is capable of 32 tootles \-� (e rwawaa'3 when the programmable Three Position Top Mounted Switch is uu ei OD .. . .. • for Zone Operation. • • All ASTRO Digital XTS 3000 packaged models include the ' ■■ ■• l following hardware features: ■ C:: uo • (3)Programmable Side Buttons '••.. • (1)Top Mounted Programmable Two Position Concentric Switch • Orange Emergency Button • (1)Top Mounted Programmable Three Position Toggle Sim ci, • Illuminated 16 Position Mode Rotary Select Switch • Weather Sealed Universal Connector - • Angled On/Off/Volume • Bi-Color LED Indicator • Low Battery Alert Tone U 0 G) • Ultra-High Capacity Nickel Cadmium Battery es fI ►O • Antenna(Bandsplit and Type Dependent on Band Option) c ® © • Detachable Belt Clip e © ASTRO Digital XTS 3000 Model III also include: w • DTMF Telephone Interconnect Capability 0 CD 1 • Keypad Tone Mute • 4 Lines and 12 Characters Alphanumeric Display All ASTRO Digital XTS 3000 Portables are part of the FLASHpoi program and ship standard with a FLASH EE Prom,which.311040 for feature and system upgrades(contingent upon remaining CHANNEL SPACING within the same RF deck). FCC INFORMATION There are no maximum frequency separation conditions that Authorized Emission 8K10F1E, 11KOF3E,20KO`?P. must be adhered to on the ASTRO Digital XTS 3000 16KOF3E.8K1of 1D Portable Radio Series. Separation of frequencies can be as wide as the allowable sub-band per radio model with no Applicable Parts of Rules degradation of any performance specifications. If an All Models incorrect antenna is used,degraded performance may Transmitter be experienced. BAND Power Output SUB-BAND PERFORMANCE VHF(136-174) .._. 1 to 5 Watts AZ489FT)7:10 VHF 136-174 MHZ in all models UHF(403-470) 1 to 4 Watts AZ489FT1822 UHF 403-470 MHZ in all models UHF(450-520) .... 1 to 4 Watts AZ489FTI8r1 UHF. 450-512 MHZ in all models 800(806-870) .._.. Ito 3 Watts AZ489FTi7;4 800 806-870 MHz in at models XTS3000 Pngc I of a 14,10 TOnOLA Conventional/Secure/Trunked Radio Systems ASTRO Digital XTS 3000 Portable Series SmartNet"Handie-Talkie" Radio VHF, UHF and 800 MHZ. Features All ASTRO Digital XTS 3000 packaged models include the following hardware features: • 1 Top Mounted Programmable Two Position • 3 Programmable Side Buttons Concentric Switch • 1 Top Mounted Programmable Three Position • Orange Emergency Button Toggle Switch • Illuminated 16 Position Mode Rotary Select . Weather Sealed Universal Connector Switch • Angles On/Off Volume • Bi-Color LED Indicator • Low Battery Alert Tone • Ultra-High Capacity Nickel Cadmium Battery • Antenna(Bandsplit and Type Dependent on • Detachable Belt Clip Band Option) ASTRO Digital XTS 3000 Model Ill also include: • DTMF Telephone Interconnect Capability • Keypad Tone Mute • 2 Lines Alphanumeric Display All ASTRO Digital XTS 3000 portables are part of the FLASHport program and ship standard with a FLASH EE Prom,which allows for feature and system upgrades(contingent upon remaining within the same RF deck). General Information http://ecat.comm.mot.com/ecat/pricebooks/dup/COSMOINFO.HTM .;/I 3/2000 XTS3000 Page .-' of ASTRO Digital XIS 3000 Radio Models are capable of operating in three different voice communication modes: normal analog (clear voice), 12KB Securenet digital coded voice, and 9.6KB ASTRO digital (both clear and coded voice). The mode of operation is programmed on a channel-by-channel basis. With the coded/dear switch set to the dear mode, the ASTRO Digital XTS 3000 radio is capable of transmitting clear analog voice or dear(unencrypted)ASTRO digital voice, depending on the channel programming. With the coded/dear switch set to the coded mode, the ASTRO Digital XTS 3000 radio loaded with a Voice Encryption Option is capable of transmitting SECURENET(12Kbps)encryption or ASTRO (9.6Kbps)digital encryption, depending on the channel programming. Both SECURENET encryption and ASTRO digital encryption provide communications security. SECURENET encryption and ASTRO digital encryption cannot be programmed for the same channel.ASTRO digital encryption(operating in encrypted mode while also operating in the 9.6KB ASTRO mode) is capable of XL type encryptions; ASTRO digital encryption does not operate with non-XL encryption. An Encryption Option is not required for either clear analog operation or clear ASTRO digital operation. Encryption can be ordered with the ASTRO Digital XTS 3000 radio either as a factory installed option or separate from the radio for later field installation. ASTRO Digital XTS 3000 radio functions include selected Stat-Alert signalling, selected ASTRO digital signalling and digital speech coding. See Section 5 of this Pricebook for ASTRO Key Variable Loaders and other ASTRO Digital XTS 3000 equipment. The ASTRO Digital XTS 3000 Portable Series Radios are part of the FLASHport Program. This means that ASTRO Digital XTS 3000 hardware models can be loaded with different software packages that provide the features and functionalities that your customers require. Three different hardware models are available in each bandsplit. Refer to the ASTRO Digital XTS 3000 Hardware Model Price Page in this section for details. After ordering the ASTRO Digital XTS 3000 Portable Series as the main line item (H09UCH9PW7 N). Next, select the operation mode, either analog or ASTRO digital. Then, select the System Software Package from pages 35O and 35R that best meets your users'needs. You must order one System Software Package for each radio unit ordered.After ordering a System Software Package, select any Enhancement Options necessary to complete your order. These Enhancement Options can be loaded either at the time of radio purchase or at a later date through the use of software field upgrades(a Smart Rib, RSS Terminal and RSS package are required for all software upgrades). The ASTRO Digital XTS 3000 Portables can be upgraded electronically in the field with new features in the current system or to new systems operation(contingent upon remaining within the same RF sub-band)by ordering upgrade kits from the ASTRO Digital XTS :3000 Upgrade Kits Price Page which appears later in this section. CONVENTIONAL OPERATION When ordered with the Conventional System Software package, the radio ships ready for field programming; this includes field programming of the MDC1200 Stat-Alert and ASTRO Digital Signalling features supported in the Conventional System Software package. Limited Factory Programming is available as an option for all radios loaded with the Conventional System Software package. Consult the Factory Programming price page in this section for general information or pricing, and consult the FLASHport Portable Ordering Guide for detailed instructions. The System and Enhancement Option price pages offer additional features for the ASTRO Digital XTS 3000 Conventional System Software Package. Radios ordered as conventional radios can be field upgraded to trunked operation with the field upgrade kits found on the ASTRO Digital XTS 3000 Software Upgrade Kits price page(contingent upon remaining within the same RF sub-band). Consult the Software Upgrade price pages for software system upgrade options. SECURENET Encryption can be ordered as a factory installed option or separately for future field installation. Not all System Software Packages will support Secure Voice communications. Refer to the Enhancement Options price page for Secure Voice Communications compatibilities. The ASTRO Digital XTS 3000 Portable Line offers three different radio hardware models: http://ecat.comm.mot.coo/ecat/pricebooks/dup/COSMOINFO.HTM 3/13/2000 ASTRO DIGITAL SPECTRATM Mobile Radios MODEL FEATURES SPECTRA W3 ► 255 Channels ► 2-Line/14-character alphanumeric display �_li ��• ► 3 x 6 Keypad with programmable soft keys FEATURES SPECTRA W4 ► VHF,UHF and 800 MHz Bands ► 128 Channels ► Multiple modes of operation in a single radio(ASTRO digital clear and encrypted, ► 8-Character alphanumeric display Analog and SECURENET encrypted operation) ► Rotary mode and volume control ► Project 25 capable on Conventional systems ► Dialing from prestored lists ► Project 25 compliant interoperable voice signaling features SPECTRA W5 ► FLASHport' capable ► 128 Channels ► Narrow and wide bandwidth digital receiver(12.5,25/30 kHz) . 8-Character alphanumeric display ► Enhanced encryption capability(optional): ► Electronic mode and volume control 16 Encryption keys ► Dialing from prestored lists 2 Encryption algorithms ► ASTRO data capable SPECTRA W7 ► High quality,error corrected digital voice ► 255 Channels ► High speed and embedded digital signalling(ASTRO) ► 8-Character alphanumeric display • 3 x 4 Keypad for direct dialing ► Meets Mil Specs 810 ► Electronic mode and volume control ► Programmable buttons ► Dash and remote mount configurations SPECTRA W9 ► 255 Channels • 11-Character alphanumeric display ► 3 x 4 Keypad for direct dialing �.. °00¢e ► Electronic mode and volume control _� rum et ESo 8Ei®p„„ ®1x,6-•121,: ..C an�9 ex CID S r0G7Ca l40, ,ft,G6Ca al r" ,py^xY-. N! e!!,,, ASTR0 models shown clockwise from top left are:Spectra W5,W3,W9,W7 and W4. OMOTOROLA 1 I ASTRO Digital Spectra SPECIFICATIONS MODEL TYPE: W3 W4 W5 W7 W9 Modulation: C4FM of OPSK-C family(Compatible Duadrature Phase Shill Keying) Model Type Minimum RF Operation Standby at Receive at Rated Transmit at Display: 2 tine/14. 1Line/8- ILine/8- ILlne/8- 1Line/11- Protocol: ASTRO NSELF) 4.8kbps VSELP.21 kbps Error Conecton CodIng. • Power Output 13.BV Audio atl3.BV Rated Power Characters Characters Characters Characters Characters 27 kbps Embedded Signaling VHF Low Power 10-25W 12VDC 0,50 13A 5.5A per line Ligud Vacuum lac lure Vacuum Vacuum Project 25-CAI 44kpbs IMBE.2 kbps Error Correction Coding, 136-162146-174 Negative Ground O-S t Fluoresced Fluorescent Fluorescent Fluorescent 24 kbps Embedded Signalling VHF Mid Power 25 50W 12V DC 0 7A 30A I3.5A Display Dlspay Da0ay Display Display SECUR NET 12 kbps CVSD 136-62/146-174 Negative Ground Hardware Hang Held Rotas hdn< Electronic Electronic Channel Bandwidth: ASTRO VSELP&rolect 25-CAI&Analog. 125 kHz • PHI Hot PvseA 30-110W 12V OC 0 8A ,.oA 275A Configuration Cg. Mode, Mode Mode S Mode B VEUGHENE f Suaioy: 25/30 Rho :36-162/146-174 Negative Ground Haas Volume VONmA Volume Volume UHF_ow Powe, 1025W 12V DC 051 13V 55A Select setae serer select VOICE CODER 488-470 Negative Ground Numeric Keypad: Yes No No I Yes Yes Voice Coding Method: %/SHP Vector Sum Exerted Linear Predictive Coding UHF Mid Pow, 20-40W 12V DC 07A 3.0A 13A Channel IMBE iCA'i Imp.-oved Mull.Band Exci,..on 403-433/450-482 Negative Ground 4 Capability: 255 128 '28 255 255 CVSD Continuously Variable Slope Delta Modulation Hgl Remote (for SECURE NET motle) UHF Higr Power 50-100W. 12V DC 98A 4OA 315A Voice Truncation: None 1250 mSec for SECURENET mode', 463-433/4 50 482 Negative Ground Mount 482 512 Control Head 5 4 2.'x'. 2.C 2J ,. 2' 0'r.1",2 2' 34'6- 7" Frame Re-sync Dimensions 1.72x60.0 56.3x1363 i5u 6,802 r508x80.3 564x165'0 Interval: 80 564:.Dear Dg,to,Mooet 800-870 351:r 1nJ DC 30A 134 (NAWYD) x.30.7 mr-'. x559 mm x55.9 mm! x559 Fur x43.2 mm! Forward Error Negative Ground Dash Mount Comedian: G layc code Radio: NA 2 PTV,N8W 6' 20 x'1'tI.6" 2r x7.1"x6.8" NA Error Mitigation: 4S-Ii-T)\SE PU ILever X80 SC 8x1803 508x:80.3 Lwe11. Enrapolates and replaces 30 mSec voice frames that ReF UHF 800 MHz 2184 role 218.4 mm, x218 4 mm) exceed the error co rection algorithm tolerance. Frequency Range/Bandsplits: 403 433 MHz weight Lea12 etovesvie muting el30 mSec voce fames that are 0.38-470 MHz (Mid Power) 61 I5 6'lbs. 61 Ibs. 6.'Ibs 61 Ibs Tx,severely VIIIal.cr eve enlacement '36-162 MW 450 482 MHz 806-624 MHz k2.8 g ,8 Kg, iT..H kg 12-8 Kg;, r28,gl - 14E-174 NH/ 482-512 MHz 851-870-MHz Weight Error Mitigation PAolect 25 CA.IIMBEI Dual L I G Level l Extrapolates ana replacesal mSec voice frames Mat Channel Spacing 125/30 kHz 12 5/25 kHz 125/25 kHz (High Power) -'Wise 1-.2 rose 11.2los. 1121b0.. 112 It's. exceed(51 kg) 151 kg) ,5.1 kg, 15.1 kg; 15.1 N, ,even 2. P og essne error correctron algorTnm tolerance ve muting of 20 mSecv frames Ina}are Maximum Frequency Separation: Full Bantlepll FullBantlsplit Full Rendsplit Metering: All adjustments and a is are performed I roni II Level Frequency Blatirldy* 9 g ce Y 9 IBM t lye damaged 1 replacement. Operating equen racy', Personal Computer. RInterlace Box TM a.1 o maintenance softwareI Code Book Structure ASTRO VSELP.L o'I., c (-30°C to+SA°C 025°C 02000 Ref). ,003025% x00002% -0.00015'% n Measurement sh s w4hp4, Tang-up ea AP617 oject-2 MBE No Code hook yup,p Wm a rang ups u.the W3 tiepin na ses to'.'. Modulation Tr, z60 Tr 25/:130 0 kHz kHz channel: +5.0 kilo —5.0 kHz x40 kHz(NPSPACI 12.5 kHz channel: +25 kHz —25 kHz —25 kHz Dimensions 5.5"5.5"Q.5"(139.7x139.7563.5 mm)(Excludng mounting b140ketl Signalling Rate. 9.6 kbps Modulation Fxleldy(OFIA)': I 12.5KNz Digital Channels: x28 kHz s2.8 kHz —2.8 kHz Wei(} 1.5 lb 0/kg) Digital ID Capacity: 10.000 000 Co ventionaV48.000 Trunking FM Hum Y.Noise}: Digital Network 20/25 kHz 50 dB 45 dB 40 dB FCC TYPE ACCEPTANCE ID Access Codes: 4096 network sna addresses 12.5 kHz n9 dB 10 d8 34 dB Transmitter Type AcceptanceASTRO Digital User Emissions(Conducted Barth Power Output Number Group Addresses: 4.095 E.Radiated)t': —70 Al -70 d3C —60086 VRF;136 174) 10 to 25 Watts AZ492FT3771 Protect 25-CAI Digital Audio Response} User Group Addresses: 65,000 Convenlomal/4094 1runkurg (B dB/Octave Pre-emphasis VHFl135-174, 25 to 50 Watts 42492H-3772 Error Correction from 300 to 3000 Hz): —1.—3 dB HEW +1.-3 dB(Elk +1,-3 tlB(DA} VUF 36 4' 50 to 1 lo War, 42492R-3773 Techniques: Gola,.9 N tl n codes j Audio Dstortion per EMt: 2'io 2Yo 2% UHF,.438-470: 10-25 Watts AZ492014785 Data Access Cmtol. Slotted CSMA LItti,es inframcture-sourced aata tutus bib embedded In both UHF 450 512; 20-40 W. A.7492Ff4786 ce and da,t ansrr-ssons. UHF,450-482 50 to 10 Watts AZ4921-14787' VHF UHF 800 MHz 60u(806,,,J; 35 Wane Az492Ff5/sr• ENCRYPTION Frequency Range/Bondsplite: 403-433 MHz 438-470 MHz -78 W.Maximum above 470 MHz Encryption Algorithm -`30 Watts 0-441 A.fl Talkaaund Capacity: 2 algorithms per add 136-174 MHz 482-482 MHz The ASTRO Bpegb e also FCC approved for control station operation antler Part 90213. Encryption Keys 146-74 MHz 482-522 MHz 12 5,20 MHz Hz per Radio 16 keys ASTRO aog SECURENE1 compaholer Chancel Spacing: 125/30 kHz ..5/25 kHz 125/25 kp Encryption Frame ASTBO NSELP). 360 mSec Maximum Frequency Separation: Ed Bendspllt Fut Bantlsplit Full Bantlsplit APPLICABLE MIL-STD 810E TESTING Re-sync Interval: Project 25 CAI 360 mSec OptionalPna-Amp: Yes No Yes No No standard Method Procedure Test Radio Perlomrance SECURENET. 500 msec Analog Sensitvityt: MIL-STD 810E 5144 II Vibration ItggNC Meets or exceeds published Encryption Keying: Over-the-air Rekeying and Key Variable Loader 200B Quieting Category cargo transpghl specs following vibration testing Synchronization: Coupler Addressing and Cipher Feeabaek and Odtput Feedback (12 dB SINADpere1l: 025 pV O4 pV 025 cV O4uV 030 pV 12(2430k per EM MIL-STD 810E S144 Vibration Meets orowi exceeds pubonhed Code Key Generator: andExternalhan agelomicroprocessor cdnhdlletl Key Variable Loader gitalSnailarnll: 020 pV 0.3 pV 0.20 pV 0.3W 0.25 pV Category ID (Minimum inWgdry) specs following vibration testing and Key Management Controller Digital5eicdiMry': MIL-STD 610E 516, VI Shock Meets or exceeds specs fall owing Encryption Key Tag 1%BEN(12.5kUzOnly 0250 O4LU 025 pV C4-kV 030 pV (Bench Handungr shock testing. Capacity per System: 65000 5%BSI(12.5 kHzchnll: 020 pV 030 020,V 03 TV 0250 MIL-STD 810E 5164 Snook(fAnctidnall Meets or exceeds specs following Number of Adjacent Channel shack testing. Unique Keys: Dependent on encryption aigori-- Rejection(selectivity)}: MIL-STD 816E 5164 V Shoes lC h. a; Meets or exceeds specs followno Code Key Initialization: In,ernally der,ved tlo-rendorr initia,zrry,vector (25/30 kHz chnUT 80 dB BO dB BO dB BO dB BO dB shock testing. (12.5 kHz 000f- 018 Odd 75 dB 75 do 65 d8 Key Storage \petite ch mammy 'I t memory Intemmdulation Relectiont': MIL-STD 810E 506.3 I Rain rWtlrvep Meets or exceeds specs tollmvng Key Erasure Keyboard rarer-amore detector..over 0 cm.arc e ac (25/30 kHz ehnll 8'J dB 85 tlB BC dB 88 dl e0 h8 an tes:ng. MIL STD 816E 5093 I Salt Wy Meets or exceeds specs following Spurious Response Rejection}': 80 dB 83 dB 80 tlB 83 dB 83 dB -!`dry testing Specniicanons subul rd change without nonce. Audio Output Output Dison MIL-SID ti 510.9 I Blowing Dust Meeborexceeds specs follgwmg (®3%Electrical Distortion) 5W:10W°panel, AI'OW Ophonah 5W 1''. Measured.,the +'1 Afit;; ASTRO Oipltal SDecte pbeatl,ako meet x...e.l agpl h. ,rrmeniz MIL-STD 51.G and RIOT, Measured n dam motle per lA/EIA ISBI 02 CAAB r=uea'naatgn_e -1pl.,ai. S ppows sTo ER `M) MOTOROLA M M J - L, .. _ _ etworu or tikrted k,c tie ny or se 511 our(al 60196 N 4 ) n 0-261357 independent g6srributorservice In the 0 S call.1-8oD-247-2346 in Canada cam.1-800-268a7se organizations. Outsldeihe U.S.and Canada call:(847)538-6602 • O.Motorola,ASTRO,FLASHport,Spectra,Single Tone,Call Alert,Channel Scan and SECURENET are trademarks of Motorola-■01996 by Motorola Inc. ■Primed 1n US A.■19706)Merit M Produced by Customer Communicatiorns. Motorola is an Equal Employment Opportunity7Affamative Action Employer R3-1-160C I ASTRO DIGITAL SPECTRA Motorcycle Radio S T TP® ENVIRONMENTAL TESTING ° ... • ° A' - Standard Method Procedure Test Radio Performance MIL STD 810E 514.4 I.5 Vibrabo6 Meets or exceeds published specs following vibration �.. , testing MIL STD 810E 516.4 I,Iv Shock Meets or exceeds published ;r{i pees following shock testing MIL STD 810E 505.3 I Solar Meets o exceeds published F'adatior sweats ixklobt g oar ,� d ai af ton test g MIL STD 810E 506.3 I Blowing Meets or exceeds published 8 i +y -" "' Rain spec following blowing rain t 4* testing MIL STD 810E 55'3 II rr Na....Yi^7 M exceeds vubliWod aF testing 9fo loW ng hum dty -,;g MIL STD 810E 509.3 I Salt Fog Meets or exceeds pub)shed specs following salt fog e :.. ,w f MIL STD 810E 510.3 I Blowing Meets or exceeds pug shed w - - Dust specs follow ng blowing it dust testing ` - MIL STD 810E 508.3 - Fungus Meets or exceeds published specs following fungus 0 t 4A testing ' - ASTRO Digital Spectra mobile radios also meet or exceed applicable requirements for MIL STD 810C and 8100. Shown with optional black FCC TYPE ACCEPTANCE ID weather resistant enclosure Transmitter Type Acceptance i Band Power Output Number VHF(136-174) 10-25 Watts 52492FT3771 FEATURES UHF(438-470) 10-25 Watts AZ492FT4785 800(806-870) 15 Watts 07492F-5751 ► VHF(136-146 and 146-174 MHz) ► Multiple modes of operation in a single radio ► UHF(438-470 MHz) (ASTRO digital clear and encrypted,Analog,and D. 806-870 MHz SECURENET encrypted operation). ID) Up to 128 channel capability D. Project 25 capable on Conventional systems Pk 8 character alphanumeric display r. Project 25 compliant interoperable voice signaling features ► Interface cable for connection to headsets D. Narrow and wide bandwidth digital receiver P. ,wather resistant control head and microphone 112.5,25/3O kHz) ► White weather resistant enclosure for the ► High quality.error corrected digital voice transceiver(Black weather resistant enclosure ► High speed and embedded digital signaling optionally available) iASTRGi P. Weather resistant speaker wltn g ft.cable I. Fehaneeo ennkyorkt,narahil.ty iophona!,. ► Meets Mil Specs 810 16 Encryption keys ► FLASHport capable 2 Encryption algorithms D. Programmable buttons OMOTOROLA ASTRO DIGITAL SPECTRA SPECIFICATIONS Motorcycle Radio TRANSMITTER GENERAL PERFORMANCE SPECS POWER AND BATTERY DRAIN VHF UHF 800 MHZ No.of Modes: 128 Receive at Transmit Frequency/Range/ 136-162 MHz 438-470 MHz 806-824 MHz Primary Power: 13.6V Nominal,Negative Ground Standby Rated at Bandsplits: 146-174 MHz 851-870 MHz RF at Audio at Rated Channel Resolution: Multiples of 5.0 kHz or 6.25 kHz Model Type Power Output Operation 13,80 13.8V Power Channel Spacing: 12.5/30 kHz 12.5/25 kHz 12.5/25 kHz Modulation: C4FM of QPSK-C tardy(Compatible Quadrature VHF 136-162 MHz Maximum Frequency Phase shift Keying) VHF 146-174 MHz 15 Watts 12V DC Negative Ground 0.7A 3.04 6.0A Separation: Full Bantlsplit Full Bandspllt Full Bantlsplit Protocol: ASTRO(VSELP)'.4.8 kbps VSLP.2.1 kbps Error UHF 438-470 MHz 15 Watts 12V DC Negative Ground 0.7A 3.0A 6.0A Frequency Stability} Correction Coding.2.7 kbps 806-870 MHz 15 Watts 12V DC Negative Ground 0.7A 3.0A 6.5A Operating Frequency Embedded Signaling 9 Accuracy': (-30 tor-60.C a 25C Ref)2'2.00025% +0.00020% +0.00015% 75-CAI: 4.4 kbps IMBE.2.8 kpbs Error Correction Coding,2.4 kbps ENCRYPTION Modulation Limitingt: -5.0 kHz Embedded Signaling Encryption Algorithm Capacity: 2 algorithms per radio 25/30 kHz channel: -5.0 kHz -6.0 RH, _4.0 kHz SECURENET. 12 kbps CVSD Encryption Keys per Radio: 16 Keys(ASTRO and SECURENET ;NPSPAC) Channel Bandwidth: ASTRO VSELP&Project 25-CAI&Analog: Compatible) 12.5 kHz channel: x2.5 kHz ±2.5 kHz ±2.5 kHz 12.5 kHz Encryption Frame Re-sync Interval: ASTRO(VSELP):360msec, Modulation Fidelity SECURENET&Analog: 25/30 kHz Project 25•CAI.360mSec, (C4FM)': SECURENET 500m5ec 12.5 kHz Digital SIGNALING(ASTRO MODE) Encryption Keying: Over the A+Rekeying and Key Variable Signaling Rate: 9.6kb Loader s FM Hum&Noise}: P 20/25 kHz: 50 dB 45 dB 40 dB Synchronization: Counter Addressing and Cipher Digital ID Capacity: 10,000.000 Conventional/48,000 Feedback and Output Feedback 12.5 kHz: 40 dB 40 dB 34 dB Trunking Pu Emissions(Conducted Digital Network Access Codes: 4,096 Network site addresses Code Key Generator. External hand held microprocessor &Radiated)t': -70 dBC -70 deb -60 dBC controlled Key Variable Loader and Key ASTRO Digital User Group Management Controller Audio Response 9 Addresses: 4,096 (6 dB/Octave Encryption Key Tag Capacity Pre-emphasis Project 25-CAI Digital User Group per System: 65,000 from 300 to 3000 Hz): +1,-3 dB(EIA) +1.-3 dB(EIA) +1.-3 dB(EIA) Addresses: 65.000 ConventionaV4094?sinking Number of Unique Keys: Dependent on encryption algorithm Audio Distortion per ElAt: 2% 2 O 2/ Error Correction Techniques: Golay.BCH,Reed-Solomon codes Code Key Initialization: Internally derived pseudo-random Data Access Control: Slotted CSMA: Utilizes Infrastructure- initializing vector sourced data status Key Storage: Volatile electronic memory or non• RECEIVER bits embedded in both volatue electronic memory VHF UHF 800 MHZ voice and data transmissions Key Erasure: Keyboard command,tamper detection Frequency/Range/ 136-162 MHz 438-470 MHz 851-870 MHz and over the air command Bandapgta: 86-'74 MHz VOICE CODER Channel Spacing: 12.5/30 kHz 12.5/25 kHz 12.5/25 kHz TRANSCEIVER DIMENSIONS AND WEIGHT Voice Coding Method: VSELP:Vector Sum Excited Linear Maximum Frequency Separation Fuel Bandspllt Full Bantlsplit Full Bandspllt Predictive Coding Transceiver 15W Weatherproof Enclosure IMBE(CAI):Improved Multi Band Excitation Length inches(mm): 8.6(218.4) 15D(381.0) Optional Pm-Amp: Yes No Yes No No CVSD:Continuously Variable Slope Delta Modulation Analog Sensitivityf: (for SECURENET mode) Width inches)mm): 7.1(180) 13.5(343.0) 20 dB Quieting Voice Truncation: None(250mSec for SECURENET model Height inches:(mm): 2.0(51) 6.3(160.0) (25/30 kHz channel): 0.25 pV OA pV 0.25 pV 0.4 pV 0.30 pV Frame Re-Sync Interval: 1 B0mS(Clear Digital Model Weight lb.(kg): 5.5(2.5) 14.8(6.7) 12 dB SINAD per EIA (25/30 kHz chnl): 0.20 pV 0.3 pV 0.20 pV 0.3 pV 0.25 pV Forward Error Correction: Golay Code Digital Sensitivity.: Error Mitigation: ASTRO VSELP Dual Level: CONTROL HEAD DIMENSIONS AND WEIGHT 1%BER Level 1-Extrapolates and replaces 30mSec voice (12.5 kHz chnl): 0.25 pV 0.4 pV 0.25 pV 0.4 pV 0.30 pV frames that exceed the error correction algorithm (Depth)Length In.(mm): 2.3(58.4) 5%BER tolerance. Width In.)mm): 7.1(180.0) (12.5 kHz chnl): 0.20 pV 0.3 pV 0.20 pV 0.3 pV 0.25 pV Level 2:Progressive muting of 30mSec voice frames Height In.(mm): 2.0(51) Adjacent Channel that are too severely damaged for Level 1 1 replacement. Control Head lb.(kg): 0.8(0.a) I Rejection Microphone lb.(kg): 2.9(1.31 (Selectivity)t: Error Mitigation: Project 25-CAI(IMBE):Dual Level Speaker lb.(kg): 1.7(0.77) (25/30 kHz chnl)t: 80 dB 80 de 80 dB 80 d8 80 dB Level 1:Extrapolates and replaces 20mSec voice (12.5 kHz chnl)t: 70 dB 70 dB 75 dB 75 d8 65 dB frames that exceed the error correction algorithm Specifications subject to change without notice. Intermodulation tolerance. RejectionY: Level 2:Progressive muting otd to L ec voice frames (25/30 kHz chnl): 80 dB 85 d8 80 dB 85 dB 80 d8 that are too severely damaged for Level 1 eplace enk Spurious Response Code Book Structure a Rejecbonr: 80 d8 183 dB 80 dB l 83 d8 83 dB _ i 4P . .Pdc IMBEN; 1 t ,F Audio Output Dtatertiont* (M) MOTOROLA (013./0 Electrical Distortion): 1'3W 1n\/,' tr`W, I Support S l rarroi npreys M r..i I-Measured in the analog mode per TIA/EIA-603 p E'p9 a d 37( [. Park a Measured n digital mode per TIA/EIATSB102CAA8 if zmrlri r S h q II.t E 0196 V t Volx. /t M H 3,7 • All specifications are typical. US�.'I 1 r) 74,-234g dada call ._F8':75Fi mpr .d independent d st:bumf O t de the MS and Canada call.r847)538-6602 i service organizations. OO and Motorola are trademarks of Motorola.•©1996 by Motorola Inc. ■Printed in U.S.A.I♦(9804)Merit•Produced by Customer Communications. Motorola is an Equal Employment Opportunity/AHlrmative Action Employer • R3-1-184 1 I (10.\) MOTOROLA Conventional/ Secure/ Trunked Radio Systems A STRO Digital SPECTRA Section Page 1 .Q 6 Mobile Series VHF, UHF and 800 MHz Bands r- FL4sHp pot t Date: 10-15-96 APC: 312 wormsmommt kaill Uk 01�'�H-'i nI1 !rw ASTRO SPECTRA W4 lii,.9)(it) n `,(O c::- ASTRO SPECTRA W5 �� '"°` 1:3 CM=CCI— r...—~ c- a r'n' l i;0 0 MIL rim i LJ iris �� • J— 17:11311,1DIPAIscani,_q_..1_J LJ'-� Col 'l ,..,.,�• .1 ! r j ; CIU' " :? ASTRO SPECTRA W7 - : : .A-.—; .. ,.,,xo IzJ J EF,.l ,, ASTRO SPECTRA W9 ink — it A 7,1 ®®mote ,00 _ [51±1(±1 O D O CJ =pie!, 000 CHANNEL1 SCAN CALL o(2_)o CD UCU ®- - ASTRO SPECTRA W3 .. Handheld Control Head OCR CD am(•_-)C) O(�CU ASTRO DIGITAL SPECTRA GENERAL INFORMATION Pa.c 1 of 9 A a tf-CtTORO).i,,, r. ewwwewn ennn • w nw, -4"non one* flna, 7 *,n r y ASTRO awcS.of cbpYwne War top left art Spica WS,W7,WI WI swain. Conventional/SecurelTrunked Radio Systems ASTRO Digital Spectra Mobile Series VHF, UHF and 800 MHz. Bands Leatures All ASTRO Digital SPECTRA include the following hardware features: • Weather Resistant ASTRO Microphone with Hang-up • Speaker with 8 foot cable Clip • 10 Foot Negative Ground Power • 1/4 Wave Unity Gain Antenna (Bandsplit and Type Cable(3 meters) dependent on Band Option) • Mounting Hardware ASTRO Digital SPECTRA W3,W7 and W9 models also include the following: • DTMF Telephone Interconnect Capability ASTRO Digital Motorcycle models also include the following features: • White Weather Resistant Enclosure • Weather Proof Control Head All ASTRO Digital SPECTRA radios are part of the FLASHport program and ship standard with a FLASH EE Prom,which allows for feature and system upgrades. http://ecat.comm.mot.com/ecat/priceboolcs/dup/ASTROSPEINFO.HTM ?/13/2000 ASTRO DIGITAL, SPECTRA GENERAL INFORMATION Pa;c 2 of 9 General Information The ASTRO Digital SPECTRA radio functions include selected Stat-Alert signalling, selected ASTRO digital signalling, and digital speech coding. The ASTRO mobile series is part of the FLASHport Program. This means that ASTR:O Digital SPECTRA hardware models can be loaded with different software packages that provide the features and functionalities that your customers require. Five different Hardware models are available in various band/power levels. Refer to the ASTRO Digital SPECTRA Hardware Model Price Page in this section for details. After ordering the ASTRO Digital SPECTRA Mobile Series as the main line item (T99DX), select a band/power option. Maximum quantity per line item is 25. After ordering the hardware configuration, select the Operational Mode and System Software Package that best meets your users' needs. You must order one Operational Mode and System Software Package for each radio unit ordered. Next, order the appropriate Enhancement Options necessary to complete your order. These Enhancement Options can be loaded either at the time of radio purchase or at a later date through the use of software field upgrades(a Smart Rib, appropriate cables, an IBM or PC compatible computer and an RSS package are required for all software upgrades). The ASTRO Digital SPECTRA mobiles can also be upgraded electronically in the field with the latest software version of the existing system package or to new systems operation (contingent upon remaining in the same RF sub-band) by ordering upgrade kits from the ASTRO Digital SPECTRA Upgrade Kits Price Page located in the FLASHport section of the price book(Section 7.0, Page 9). Radios ship ready for field programming; this includes field programming of the MDC-1200 Stat-Alert and ASTRO Digital Signalling features supported in the selected System Software package. Limited Factory Programming is available as an option for all radios loaded with the Conventional System Software package. Consult the Factory Programming price page in this section for general information and pricing, and consult the ASTRO Digital Spectra Product Planner and Ordering Guide for detailed instructions. COMMON AIR INTERFACE ASTRO Digital CAI Operation (G806) provides analog and digital operation on both Trunking and Conventional systems. When used on conventional channels(in a Conventional or Trunked System), this option enables several features which are interoperable with other Project 25 radios. This option also includes Motorola Conventional features such as Scan, Dual Priority Scan, etc. Because the CAI option includes analog as well as digital operation, several MDC-1200 signaling and voice features are also included when operating in analog mode. For a list of features, refer to the Common Software Features matrix on page 10 SECURE COMMUNICATION ASTRO Digital SPECTRA radio models are capable of operating in three different voice communication modes: normal analog (clear voice), 12KB Serurenet digital coded voice, and 9.6KB ASTRO digital (both clear and coded voice). The mode of operation is programmed on a channel-by-channel basis. In the clear mode, the ASTRO Digital SPECTRA radio is capable of transmitting dear analog voice or dear (unencrypted)ASTRO digital voice, depending on the channel programming. In the coded mode, the ASTRO Digital SPECTRA radio loaded with a Voice Encryption Option is capable of transmitting SECURENET (12Kbps)encryption or ASTRO (9.6Kbps)digital encryption, depending on the channel programming. Both SECURENET encryption and ASTRO digital encryption provide communications security. SECURENET encryption and ASTRO digital encryption cannot be programmed for the same channel. ASTRO digital encryption (operating in encrypted mode while also operating in the 9.6KB ASTRO mode) is capable of XL. type encryptions; ASTRO digital encryption does not operate with non-XL encryptions. An Encryption Option is not required for either dear analog operation or dear ASTRO digital operation. Encryption can be ordered with the ASTRO Digital SPECTRA radio either as a factory installed option or separate from the radio for later field installation. See Section 5.0 of this Pricebook for ASTRO Key Variable Loaders and other ASTRO Digital SPECTRA equipment. The ASTRO Digital SPECTRA mobile line offers five different radio hardware models: http://ecat.conun.mot.com/ecat/pric,ebooks/dup/ASTROSPEINFO.HTM in 3'2000 ... \\N.:471114 Training Proposal ❖ Greeley Police Dept.- WTE 99684 CUSTOMER TRAINING CENTER An investment in the future ® MOTOROLA Training Proposal Overview Motorola's Worldwide Learning Services organization dedicates itself exclusively to offering the most comprehensive training available for Motorola's advanced radio equipment. We understand that your equipment is a highly sophisticated communications instrument,and as such,requires specialized training to fully realize the equipment's potential. Thus,you need quality training that only Motorola delivers for quality Motorola products InStn ctors Motorola's Customer Training Center offers advanced training facilities, resources,and techniques to help you achieve the maximum potential from your communications investment. A successful training experience also requires expertise and dedication on the part of the instructor as well as the trainee. At Motorola,our technical instructors have extensive backgrounds in RF communications, microwave technology,telephony, digital logic and microprocessors,as well as computer science. Instructors' formal training varies from postgraduate degrees in occupational education and electronics to a variety of military instructor programs. Since continuing education is crucial to continued success, Motorola instructors receive more than 100 hours of training annually in communications technology and training techniques. Our close relationship with product design and development ensures current, accurate information for every product. Efficiency Using Motorola technology to its fullest will assist performance at every level of system operation. Over the life of your system,these efficiencies add up to large dollar amounts. Receiving the proper training increases your employees' efficiency in their use of the system. Integration of Motorola's Worldwide Learning Services organization is unmatched in their Training ability to deliver integrated training packages to virtually any type of client. From sophisticated training need analysis to ongoing training throughout the life cycle of your product or system, Motorola's Worldwide Learning Services can help ensure that your investment in training today is an investment for your future. Page 2 of 50 March 18,2000 Motorola Advantages Transfer of Successful system implementation as well as ongoing system management and Knowledge maintenance can be greatly enhanced by the careful transfer of knowledge from Motorola in-house experts to system managers,technicians, and end users. Critical elements of knowledge transfer include knowledgeable instructor;, well-designed courseware, lab activities,and system hardware and software that closely parallels your operating environment integrated with proper system documentation. To understand your specific configuration and product features,there is a well- defined communication link between Worldwide Learning Services and Motorola's field personnel. This link keeps us apprised of any special issues that arise. Applying this approach allows us to provide tailored system manager,technician, dispatcher,and end user training. Through careful Needs Analysis, we design and develop training that enables you to become self-reliant with your equipment. This training can take place at one of our training centers or at your location. Quality of A careful blending of background,experience and continuous training creates a Instructors grounded, intellectually stimulating, and accessible instructor that will professionally deliver your training. Understanding that,the instructor will generate a training environment where students feel empowered to learn. You can be assured that your Motorola instructor utilizes the Needs Analysis of your product or system. The process also ensures that your instructor readily understands the equipment,fashioning a smooth and effective training event. Quality of Course material performs a vital role in the training process and in the transfer Material of knowledge to the job site. It is not enough for the material to look professional. Course curriculum follows a design philosophy that instructors adhere to during the training event. Good course materials are easy to use, well integrated into the course design. Because Motorola follows research-driven instructional design methodology, our course materials are specifically designed for ease of use and effective transfer of knowledge to the job. Course curriculum can be tailored to reflect your individual product. We provide relevant documentation pertaining to your product during the training event. ©""TOR"" Training Proposal Knowledge Following a training event,the knowledge learned can sometimes be lost in the Retention transition to the operating environment. To maximize retention and transfer to the job,our instructional designers conduct task analyses to determine performance criteria as part of the Motorola design process. Motorola's Worldwide Technical Education training methodology is based upon several key criteria: ❖ Course design is driven by an analysis of learner needs. + Learning objectives are based upon what learners need to accomplish on the job. ❖ Our training strategies are based upon maximizing transfer of skills to the job, and retention/reuse of effective learning. Motorola accommodates these criteria in the following ways: + Course content is focused on how-to, rather than theory. ❖ Class discussions are application based. ❖ Training incorporates maximum hands-on lab opportunities. ❖ Integration of customer specific job aids into the classroom experience and the lab activities, as well as through video support. Course design, based on these customer-driven performance objectives,has determined that task-driven courses provide better knowledge retention for the students. Because of the course design,students will maintain the knowledge taught and apply it for immediate results that will extend the life of your product. Page 4 of 50 March 18,2000 Types of Training Available Based upon our years of experience,we have determined that the following type(s)of training will best serve your needs for comprehensive training education. Instructor Led Our qualified instructor(s)will lead your students through the requested course tailored to your system. Maximal instructor-led lab time has been allocated to help educate students in specific and everyday occurrences of programming, maintenance, and troubleshooting associated with your product. Train-the- Our instructor delivers training to the designated members of your training Trainer staff. During the Train-the-Trainer event,we will utilize your familiar equipment to deliver training to your trainers,thus ensuring a smooth transfer of knowledge. Resident Students attend training conducted at one of our training centers. Because of Training the diverse customer-base that attend resident training,the equipment is modeled upon a standard configuration. End-User We also offer a separate program for your subscription users. The End-User Training Training program tailors all training material to exactly match your system and radios. We can provide the training or train your trainers to deliver training. Self-Study This option allows students to follow a Computer Based Training module on CD-ROM or other media that will enhance their skills on-site. This option can be used in conjunction with instructor-led courses. ®MOTOROLA Training Proposal Prerequisites We strive to provide a training experience that exceeds your expectations. You can help us ensure a positive experience by reviewing prerequisite requirements that are designated in your training plan. Prerequisites provide critical foundation knowledge that will be built upon during your classroom training. As such,the instructor will not be able to cover content that is included in prerequisites so therefore it is imperative that you complete them. If not,you're subsequent training class may not provide the desired learning results. Page 6 of 50 March 18,2000 Training Plan / Matrix — Greeley Police Dept. COURSE GROUP NUMBER OF DURATIO LOCATION DATE NUMBER OF SESSIONS N(days) ATTENDEES Managing Your System Managers I 5 Greeley, CO or Motorola TBD 4 SmartZone System Training Facility (Includes Building Your SmartZone Knowledge& Planning Your SmartZone System) SmartZone System Technicians I 10 Greeley,CO or Motorola TBD 3 Maintenance& Training Facility Troubleshooting to include Zone Controller and Embassy Switch (Includes Building Your SmartZone System) SMARTNET Technicians 1 5 Greeley,CO or Motorola TBD 3 Systems to include Training Facility Trunked 6809 Central Site Quantar Base Technicians I 3 Greeley,CO or Motorola TBD 3 Stations Training Facility CENTRACOM Technicians I 5 Greeley, CO or Motorola TBD 3 Gold Series Console I Training Facility Systems i I _ 0 MOTOROLA Training Proposal ASTRO Spectra/ Technicians 1 5 Greeley, CO TBD 3 XTS3000 Radios with Radio Service Software CENTRACOM Operators 6 3 Greeley,CO TBD 35 Gold Elite Operator (4 hour sessions) (4-6 students per (2 training consoles) session) CENTRACOM Supervisors 1 I Greeley, CO TBD 6 Gold Elite ADMIN (8 hour session) & Alias Database Manager Option#1 ASTRO Spectra Subscribers 10 5 Greeley,CO TBD 160 Mobile,XTS3000 (4 hour sessions) (16 students per Portable Radios- session) End User Option#2 ASTRO Spectra Trainers 1 1 Greeley,CO TBD 6 Mobile,XTS3000 (8 hour session) Portable Radios- Train the Trainer Page 8 of 50 March IS, 2000 Training Proposal IIIPO'O"`J1 Course Descriptions In the process of assessing your training needs, Motorola has identified the following course(s)that are necessary to achieve your training goals. Attached below are descriptions for each training course, if available, included in this proposal. Presented below are the standard course outlines. While the standard courses are encouraged, the class outline may be tailored for your quotation. Thus the outline(s)below may not exactly match your quoted class length and content March 18,2000 Page 9 of 50 © MOTOROLA Training Proposal MANAGING YOUR SMARTZONE SYSTEMS Target Audience Communication System Management. Course Description Managing Your SmartZone System helps System Managers learn how to manage day-to day operation and administration of a Smartzone system. The instructor-led activities will focus on how to use the various Zone Manger Terminal Applications to manage a SmartZone System. Additionally, participants will discuss how to structure their organization and personnel for optimal system use. Required SZT001- Building Your SmartZone Knowledge Pre-Work Prerequisites • Knowledge of Basic Trunking Concepts. Course Equivalent: Basic Trunking with ASTRO Concepts(TRK100) Course Upon completion of the course the participant will be able to: Objectives • Identify the major components of a master site and a remote site. • Use the various application on the Zone Manager Terminal • Define the Network Management, and System Configuration roles and responsibilities of a system manager • Summarize the work processes associated with system manager roles and responsibilities • Describe the routine and administrative roles and responsibilities of a system manager. Course Topics • Review of SmartZone Concepts • SmartZone Manager Overview • SmartZone Network Administration • Security Management • Configuration Management • Radio Control Management • Fault Management • Performance Management/Zone Watch Page 10 of 50 March 18,2000 Training Proposal © ~"'°R°`^ MANAGING YOUR SMARTZONE SYSTEMS Introduction A. Welcome Instructor Introduction B. Statement of Subject and Course Overview C. Sign-In Roster D. Personal Introduction Ii. Review of SmartZone Concepts A. Overview B. SmartZone capabilities C. Site Linkages D. Master Site E. SmartZone Network Manager F. Embassy Switch G. Remote Site Configurations III. SmartZone Manager Overview A. Introduction B. SmartZone Manager Network C. SmartZone Manager Functions D. Security Management E. Fault Management F. Performance Management G. Basic Statistics IV. SmartZone Network/Administrator A. Introduction B. Overview C. System Administration Menu D. Zone Controller/Manager Platform Menu E. Database Server Administration F. User Server Administration G. System Administration tasks V. Security Management A. Introduction B. Overview VI. Configuration Management A. Introduction B. Overview C. RCM Operational Overview D. Command Monitor E. Event Monitors F. RCM Feature Matrix VII. Radio Control Manager A. Introduction B. Overview C. RCM Operational Overview D. Command Monitor E. Event Monitors F. RCM Feature Matrix March 18,2000 Page 11 of 50 © ""'OR"'" Training Proposal VIII[. Fault Management A. Introduction B. Overview C. System Alerts D. System Alarms E. Windows and Tasks F. Current Alert Window Example G. Alert Detail Window Example IX. Performance Management A. Introduction B. Overview C. Report Generator D. Fault Management Reports E. Radio Control Manager Reports F. Infrastructure Reports G. Subscriber Reports H. Security Access Reports 1. Zone Watch X. Managing A SmartZone System A. Introduction B. SmartZone Management Tasks C. Organizing a SmartZone System D. Contingency Planning E. Practical Application Activity F. Standard Operating Procedures G. Daily Tasks H. Administrative Tasks Page 12 of 50 March 18,2000 Training Proposal © SMARTZONE SYSTEM MAINTENANCE AND TROUBLESHOOTING Target Audience System Technicians and Technical System Managers responsible for maintaining and troubleshooting SmartZone systems. Course Description This course enables system technicians to maintain and troubleshoot a SmartZone system. The course provides extensive hands-on application allowing system technicians to"rebuild"a SmartZone site, program the system parameters of the various SmartZone system devices and apply system level troubleshooting processes to diagnose and repair system faults. Required Building Your SmartZone Knowledge(SZT001) Pre-Work Prerequisites • Basic Trunking Concepts (R8-1-141B) Self Study Recommended • Building Your SmartZone Knowledge(SZT001)CD-ROM* • ASTRO Concepts • Quantar/Quantro Base/Repeater(NST250) • System Level Best Practices • Trunked GPS Simulcast with TeNSr(NST277)(Only for systems that have Simulcast subsystems). • CD-ROM will be shipped automatically upon enrollment and must he completed prior to attending class. Course Upon completion the participant will be able to: Objectives • Describe the components and configurations of a SmartZone system • Describe the functionality of the Zone Controller and perform all of the required maintenance steps. • Describe the functionality of the SmartZone Manager Network. • Use the System Management Applications to monitor, diagnose and maintain a SmartZone system. • Describe the functionality of the ASTRO components in the SmartZone system and perform all of the required programming and maintenance steps. • Describe the MBeX operation in a SmartZone system and perform all the required maintenance steps. • Describe the functionality of the Remote Site components in the SmartZone system and perform all of the required programming and maintenance steps. • Use the SmartZone System diagnostic maintenance and programming procedures to troubleshoot system faults. March 18,2000 Page 13 of 50 © MOTOROLA n.•tOA Training Proposal SMARTZONE SYSTEM MAINTENANCE AND TROUBLESHOOTING I. SmartZone System Walkthrough A. Master Site B. Remote Sites Il. Zone Controller A. Description B. Software C. Service Features D. Hardware Service Procedures E. System Administration Maintenance III. SmartZone Manager Network A. SmartZone Manager Description B. User Servers and User Sessions C. SmartZone Manager/Controller Interface D. Zone Manager Functions IV. Audio Switch (Embassy) A. Description B. Diagnostics C. Configuration V. TeNSr Channel Bank A. Description B. Software Setup C. Diagnostics VI. ASTRO System Components A. System Connections B. Digital Interface Unit(DIU) Description C. Data Broadcast Box D. DIU Configurations VII. SecureNet System Components A. Description B. CIU Configurations C. Distribution Panel Connections VIII. Motorola Business Exchange(MBeX) A. MBeX Physical Description B. MBeX Maintenance C. Configuration IX. Remote Sites A. IntelliRepeater Sites B. 6809 Sites Page 14 of 50 March 18,2000 MOTOROLA Training Proposal X. SmartZone Troubleshooting A. Fault Management B. Performance Management C. Classroom System- Best Practices Model D. Documentation, Aids, Tools and Troubleshooting March 18,2000 Page 15 of 50 © MOTOROLA Training Proposal SMARTNET SYSTEMS Target Audience Experienced electronics technicians who are directly involved with the maintenance of Motorola two-way FM communications system products. Course Description The SMARTNET Systems course is designed to provide the service technicians with a comprehensive introduction to Privacy Plus, Enhanced Privacy Plus, SmartWorks, SMARTNET, SMARTNET II,and SMARTNET+systems. In addition to trunking concepts and trunking signaling,the course includes material on set-up, installation, and theory of operation and troubleshooting. The CIT Interconnect is also highlighted. Note: Course given as customer specific, will cover options pertinent to customer equipment Required None Pre-Work Recommended • An understanding of:basic two-way FM communications radio theory, Prerequisites microprocessor fundamentals,basic logic circuits and familiarization with computer operating systems. • Experience using common communications test equipment is also required. Course • Discuss the basics of trunking and trunked signaling,describe the major elements Objectives and how they work together to provide trunked communication. • Identify and list the options, features and signaling that support privacy and reliability in a trunked system. • Describe the hardware and its interconnection in a stand-alone system configuration. • Use the command and control functions of the System Managers Terminal to support proper system operation. • Describe the Central Interconnect Terminal (CIT) its operation and maintenance. Page 16 of 50 March 18,2000 IMOTOROLA Training Proposal 0 SMARTNET SYSTEMS W/CIT Trunking Concepts A. Trunking definition B. System organization C. Loading Criteria D. Types ❑. Basic System Components A. Subscriber Units B. Base Station Repeaters C. System Central Controller 1. Tasks 2. Programming III. System Operational Capabilities A. System Call Capabilities 1. Transmission Trunking 2. Message Trunking 3. Types of Calls B. System Reliability Features 1. Multiple Channels 2. Interference problems 3. Transmitter Site power failure 4. Misdirected Radio Protection 5. System self-diagnostics 6. Failsoft C. System Access Features Talk Prohibit Tones 2. Queuing(System Busies, Call Back) 3. Recent User Priority D. Interconnect Capability IV. Trunked System Signaling(Format) A. Data 1. Bit and Word Sync 2. Background Data Word 3. Signaling Data Word content 4. Failsoft Word V. Trunked System Signaling(Sequence) A. Operation 1. Mobile Initialization 2. Inbound word 3. Outbound word 4. High Speed Handshake 5. Acknowledge Tone 6. Connect Tone 7. Low Speed Handshake 8. Disconnect Sequence 9. Failsoft Signaling VI. Trunked Central Controller(Types) March 18,2000 Page 17 of 50 0 MOTOROLA Training Proposal A. Privacy Plus 1. Call Alert 2. Private Conversation I B. SMARTNET I. Emergency Calls 2. Private Conversation II C. Operational Features 1. Priority levels 2. System Time Outs D. Fleet Mapping VII. Central Controller A. Functional Descriptions 1. CSC Board 2. 1RB Board 3. RIB Board 4. TIB Board 5. Alarms B. Central Controller Boards Circuit Description VIII. Trunked Micor 800 MHz Repeater A. Trunk Control Module B. Functional Control Operation IX. Central Controller Test Procedures(LAB) A. Power Supply B. General System Test C. Control Channel Deviation D. Voice Channel Access E. Failsoft Test F. Unavailable Channel Test G. Signaling Tests H. System Time-outs and BSI test X. Equipment Peripheral Interfaces A. Data Logger B. Stand Alone Terminals C. System Manager's Terminal 1. System Control Interface Program 2. System Commands and Responses Xl. Centralized Interconnect A. Introduction B. Functional Operation 1. Master Control Board(MCB) 2. Phone Line Interface Board(PLIB) 3. Matrix Board 4. Trunked Repeater Interface Board(TRIB) 5. Pulsecom (TM)Voice Coupler C. Interconnect Signaling 1. Mobile to Land 2. Land to Mobile 3. Land to Subfleet Page 18 of 50 March 18,2000 Training Proposal © moron* XII. Equipment Safety A. Electrostatic Discharge XII1. System Troubleshooting Methods A. Systematic Approach to Troubleshooting B. Repair versus Replacement Philosophy XI V. Troubleshooting Lab A. Dispatch B. Interconnect C. Both March 18,2000 Page 19 of 50 "•wr°"'0"' Training Proposal QUANTAR/QUANTRO BASE STATION/REPEATERS Target Audience Experienced technicians who are directly involved with the maintenance of Motorola two-way FM communication system products. Course Description This course is designed to give the customer the ability to align,troubleshoot and repair the Quantar/Quantro Base Station/Repeaters to the Field Repairable Unit(FRU) level. Emphasis is placed on the use of Radio Service Software and its role in configuration, maintenance,diagnostics,alignments,and optimization of the Quantar Note: Course given as customer specific, will cover options pertinent to cuctomer equipment Required None Pre-work Recommended • An understanding of: basic two-way FM communications radio theory, Prerequisites microprocessor fundamentals,basic logic circuits and familiarization with computer operating systems. • Experience using common communications test equipment is also required. Course • Explain the features and capabilities of the Quantar Base Station/Repeaters. Objectives • Configure a Quantar Quantro Base Station/Repeater using the Radio Service Software. • Align, optimize,and calibrate the Quantar/Quantro Base Station/Repeaters using the Radio Service Software • Verify proper operation of a Quantar/Quantro Base Station/Repeater. • Troubleshoot a Quantar Base Station/Repeater to a faulty field replaceable unit (FRU). Page 20 of 50 March 18, 2000 Training Proposal L) "'Of°'""' QUANTAR/QUANTRO BASE STATION REPEATERS I. Introduction A. General Introduction to the Course B. Student Manuals C. Introduction to Quantal-base station repeaters I. Specifications 2. Basic Operational Features 3. Physical Breakdown 4. Front Panel Indicators/Controls 5. Overall Equipment Block Diagram II. Operational Checkout Lab III. Theory of Operation A. Power Supplies B. Station Control Module C. Receive Signal Flow D. Station Receive Signal Processing E. Transmit RF Signal Flow IV. Introduction to Radio Service Software A. Getting Started B. Default Configuration C. Service Menu V. Station Alignments A. Pre-selector Alignments B. Radio Service Software Alignments VI. Diagnostics Lab VII. Systems Overview A. Conventional Systems Review 1. Tone Remote Control Systems 2. Securenet Features and Options B. Astro Concepts 1. Introduction to Astro 2. Technology and Terminology 3. Encrypted Astro C. Trunking Concepts 1. Basic System Layout 2. System Interconnect 3. Quantro Code Plug VIII. Radio Service Software Station Configuration Lab A. Conventional/Securenet B. Astro Systems C. Trunked Base Station IX. Troubleshooting Labs X. Class Completion A. Summary B. Final Questions C. Student Critique March 18,2000 Page 21 of 50 © MOTOROLA Training Proposal D. Graduation and Departure CENTRACOM GOLD ELITE SERIES CONSOLE SYSTEM Target Audience Individuals involved in Troubleshooting/Repair. Course Description This course familiarizes those in troubleshooting/repair functions with the basic operating procedures,hardware and software applications for the CENTRACOM Gold Series(including CENTRACOM Gold CLASSIC and CENTRACOM Gold ELITE) consoles. The first week of instruction focuses on console hardware including the Console Operator Interface Module,CENTRACOM console types(Button/LED and CRT),the Central Electronics Bank with programming for Conventional and Trunked systems and the Embassy Audio Switch. The second week is detailed discussion and hands-on activities installing and configuring console software. Note: Course given as customer specific, will cover options pertinent to customer equipment Required None Pre-Work Recommended • Knowledge of basic two-way FM communications theory and logic circuits. Prerequisites Experience using common communication test equipment. Course Equivalenr. Communication Systems Concepts(NST021) • Familiarity with local area networks(LAN)concepts • Knowledge of Basic Trunking and signaling concepts. Course Equivalent:Basic Trunking and ASTRO Concepts(TRK100) • Microsoft Windows and Windows NT 4.0 Course • Explain the command and acknowledge data flow, transmit and receive audio paths Objectives through the CENTRACOM GOLD systems. • Describe the function, specifications,and operational characteristics of the Button/LED and CRT consoles. • Describe the function, specifications and operational characteristics of the Central Electronics Bank and its component boards • Program the 68020 Console Operator Interface Module based microprocessor system for Conventional, Stat-Alert and Trunking features • Detect and isolate a faulty area in the CENTRACOM system using fault maintenance routines to isolate system failures to the Motorola recommended service level • Install and configure the CENTRACOM Gold System hardware • Install and configure the CENTRACOM Gold System software • Maintain the console interface electronics • Perform dispatch operator functions Page 22 of 50 March 18, 2000 Training Proposal © MOTOROLA CENTRACOM GOLD ELITE SERIES CONSOLE SYSTEM Course Outline Introductions A. Instructor introduction B. Student introductions III Enroll Students IV Overview of Course and Course Materials A. Course Outline B. Course Objectives C. Preview Participant Guide D. Examine CENTRACOM Manuals CEB Maintenance Manual 2. CIE Maintenance Manual 3. Gold Embassy Switch Manual 4. Compact Maintenance Manual 5. Button/LED Maintenance Manual 6. Installation Manual 7. Console Database Manager's Maintenance Manual 8. CENTRACOM Gold Classic CRT User's Guide 9. Multi-Pack/4-Tab Manual(CENTRACOM Gold Series Manual V. CENTRACOM Overview VI. CENTRACOM History VII. CENTRACOM Gold System Architecture A. Overview of System Block Diagrams I. Operator Positions a. RCB for Button/LED Operator Positions b. Main Board for Compact,Button and LED Operator Position and CRT Dispatch Positions c. Option Panel/Option Board d. Explanation of 7-Pair Cable I.) Maximum 7-Pair Cable Length 2.) Data Link(2-Pair)9600 Baud Full Duplex 3.) Audio Pairs(Select,Unselect,Mon 1, Mon 2) 2. Console Operator interface Module(COIM) 3. System Timer 4. Base Interface Module(BIM)/TBIM 5. Dual Receiver 6. 161/O 7. Options Boards A. RS-232 B. AUX I C. AUX 1I 8. Diagnostics B. System Grounding VIII Conventional Channel Command and Acknowledgement A. CRT Operator Position(s) 1. Overview 2. CIE a. Internal Connections 1. Connections Plugs March 18,2000 Page 23 of 50 © MOMROLA Training Proposal b. Main Board I. Jumper Functions and II-rations on Overlay/Schematics c. Front Panel Board d. Option Board e. External Speaker f. Handset g. Headset Jack h. Power Supply IX Operator Position Assembly Lab X Audio Processing A. Pulse Code Modulation(PCM) B. Time Division Multiplexing(TDM) C. CEB Board Dipswitch Settings XI Central Electronics Bank(CEB) A. CEB Interconnect Board 1. CEB Interconnect Board Modification for COIM Relocation Option B. Card Cage Configuration C. Full Size Card Slot Information D. Option Board Card Slot Information E. Punch Block and Spark Gap Board F. System Timer Module G. Console Operator Interface Module(COIM) H. Base Interface Module(BIM) 1. DC Generator/Line Operated Busy Light(DCLOBL) 2. Tone Line Operator Busy Light(DTLOBL) 3. Dual Tone Line Operated Busy Light(DTLOBL) 1. Dual Receive Module(DRM) J. Phone Patch Module 1. Smart Phone Interface(SPI) K. MDC Signaling L. ASTRO Signaling M. 161/O Board 1. Voting Comparator Interface(COMP) N. Option Boards 1. RS-232 Option Board(C version) 2. AUX I Board 3. AUX II Board O. Smartnet Trunking Overview P. Logging Operator Interface Module(LOM) Q. Operator Audio Expansion Interface Module(AEI) R. Logging Recorder Interface Board(LORI) XIII Audio Signal Tracing Lab XIV Data Signal Trace Lab XV Remoted Operator Positions A. Remote Operator Console Interface(ROCI) B. Console Operator Remote Interface(CORI) XVI Trunking Overview XVII As-Built Documentation XVIII Maintenance,Troubleshooting and Diagnostics A. Maintenance Philosophy B. Fault Maintenance C. Built-In Error Checking Routines D. Built-In Error Servicing Routines Page 24 of 50 March 18,2000 Training Proposal �M) MOTOROLA I. Tone Loop Tests E. Keypad and Remote Terminal Diagnostics XIX Maintenance,Troubleshooting and Diagnostics Laboratory XX Embassy Switch Overview A. AEB Block Diagram (AEB) B. Central Electronics Bank(CEB) C. Audio Link Capacity 1. AEB Audio Link Capacity Table 2. Mupl,Ambassador Board(AMB), AIMI COIM XXI Ambassador Electronics Bank(AEB)Architecture A. AEB Block Diagram B. Ambassador Board Block Diagram C. AEB System Timer Block Diagram D. ZABBI Board(found in SmartZone systems only) E. AIMI Board Block Diagram XXII AEB Installation Considerations and Interconnections A. Cable Terminations B. External Links Collocated CEB Manchester/EL Example Block Diagram 2. Punch Block Pin Assignments Table 3. Zone Controller Connections Block Diagram 4. Ambassador Board Placement in Multi-Cage AEBs Table C. Power and Signal Cabling 1. AEB Interchange Cabling Table XXIII System Configuration Requirements A. Setting Up Collocated CEB Link Parameters Screen Print B. Jumpers Block Diagram XXIV System Applications A. Overview of CENTRACOM as a Conventional System B. Overview of CENTRACOM as a Trunked System 1. 6809 2. Simulcast 3. AMSS 4. SmartZone 5. Omnilink C. Overview of CENTRACOM as Both a Conventional and a Trunked System PART II SOFTWARE/PROGRAMMING for the CENTRACOM Gold Elite. Software Installation Prerequisites A. Hardware Requirements B. Software Requirements C. Getting Started 11. First Time Installation A. System Checking B. Organization Information C. Selection Window 1. Discuss Changing Installation Directory D. File Installation E. Setting Up the Operating Environment F. Completing Installation March 18,2000 Page 25 of 50 © "r"1 ROLA Training Proposal 1. CDM 2. ADMI 3. ADM 4. ADMIN 5. CEB card upload utility(MUPL) III. Console Database Manager's(CDM)Applications Program A. Systems Approach to Configuring the CDM I. Define the CEB 2. Discuss How to Modify the AEB id 3. Define SmartZone and SNARTNET Trunking System 4. Discuss How to Enter All Operator Positions 5. Discuss How to Enter All CEB Boards 6. Discuss How to Enter All Trunking Resources 7. Discuss How to Assign Private AUXIOs 8. Discuss How to Assign Public AUXIOs 9. Discuss How to Set up Acoustic Xmutes 10. Discuss How to Set Up RF Xmutes 11. Discuss How to Set Up Main/Alt Set-Up 12. Discuss How to Set Up Trunked Logging Track 13. Modifications to Systems Approach of Configuring CDM B. CDM Tutorial I. Starting CDM for the First Time 2. Main CDM Screen a. Tab Folders b. Tool Bar Buttons c. Menus 1.) Files 2.) Edit 3.) Classic 4.) AUXIO's 5.) Tools 6.) Help 3. Sort 4. Initial Database Set Up C. Configuring the CDM 1. Embassy Systems a. Adding a CEB b. Editing CEB Id's c. Deleting a CEB 2. Adding and Editing SMARTNET Trunking Systems a. Adding SMARTNET Repeaters 3. Adding Operator Positions a. Adding an Elite Operator Position l.) As-Built Abbreviations and Terms 2.) Supervisor Status Categories 3.) Timing Parameters a.) Timing Parameters Description Table 4.) Audio Parameters a.) Audio Destinations Parameters Table b.) Mute Level Settings Table 5.) Operator Position Capabilities a.) Operator Position Capabilities Table Page 26 of 50 March 18,2000 Training Proposal at""p"a 1.) Assigned capabilities 2.) Available capabilities 6.) Individual ids 4. Adding CEB Boards a. Adding a Conventional TnRn Non-Signaling Radio Resource I.) Assigning Base Station and Dispatch Capabilities b. Adding a Conventional TnRn Signaling Radio Resource 1.) Assigning Base Station and Dispatch Capabilities 2.) Assigning Signaling Parameter 3.) Editing Signaling Ids c. Adding a Conventional ASTRO Signaling Radio Resource d. Adding a Dual Receive Board 1.) Assigning Base Station and Dispatch Capabilities e. Adding a Phone Resource 1.) Adding a DPI a.) Phone Capabilities 2.) Adding an SPI a.) Phone Capabilities f. Adding a TnRn Radio Resource 1.) Assigning Base Station and Dispatch Capabilities g. Adding an AUXIO Board h. Adding a Trunked Logging Interface Module(LOMI) 5. Adding Trunking Resources a. Adding Private Call Resources I.) Editing Dispatch capabilities 2.) Editing Individual ids b. Adding System-Wide Call Resources I.) Editing Individual ids c. Adding Talk-Group/Multi-Group Resources 1.) Editing Dispatch Capabilities 2.) Editing Individual ids 6. Assigning Private AUXIOs a. Adding Private AUXIOs b. Defining Shared AUXIOs c. Using Shared AUXIOs 7. Assigning Public AUXIOs a. Adding Public AUXIOs b. Editing Public AUXIOs 8. Setting Up Acoustic Xmutes 9. Setting Up RF Xmutes 10. Setting Up Main ALT Radio Resource Pairs 11. Setting Up Trunked Logging 12. Duplicating Operator Positions D. Backing Up the CDM E. Restoring the CDM F. Exiting the CDM IV. NT File Maintenance V. Alias Database Manager(ADM)Applications Program A. Overview B. Scenario C. Specifications and Prerequisites D. Starting the ADM E. Menu Items,Tools Bar Icons, Systems Selections March 18,2000 Page 27 of 50 wirronoga Training Proposal F. Creating Alias Entries G. Creating Alias Entries 1. Selecting the Alias Length 2. Discussing and Adding a Unit 3. Discussing and Adding Status 4. Discussing and Adding Messages 5. Discussing and Adding Individual Pages 6. Discussing and Adding Page Groups 7. Discussing and Adding Dialing 8. Discussing and Adding a Resource 9. Discussing and Adding PCII and PCIIe Aliases 10. Modifying Individual Page Membership 11. Adding an Alias 12. Deleting an Alias 13. Finding an Alias H. Sorting the Alias Entry List I. Printing the Alias Entry List J. Importing and Exporting an Alias Book K. Backing Up the ADM L. Restoring the ADM M. Exiting the ADM VI. Using the Motorola Upload Utility(Mupl) A. Getting Started B. Setting Up the RS232 Link C. Opening a Catalog file D. Uploading VII. CENTRACOM Elite ADMIN Program A. Getting Started 1. Using the ADMIN Screen 2. Overview of the Configuration Menu 3. Overview of the Edit Menu 4. Overview of the Folders Menu 5. Overview of the Help Menu 6. Overview of the Tool Bar B. Working with Configurations 1. Creating a New Configuration 2. Opening an Existing Configuration 3. Saving the Configuration 4. Exiting the Configuration C. Setting Up Folders and Resources 1. Setting Up Folders 2. Defining Resource Characteristics a. Viewing Resource Settings b. Defining Resource Headers c. Defining Feature Display d. Defining Audio Destinations 3. Defining the Fault Resource D. Saving the Elite ADMIN Program E. Exiting the Elite ADMIN Program VIII. CENTRACOM Elite Configuration A. Change Master Database Settings I. Change Console Database Manager 2. Change Alias Database Manager Page 28 of 50 March 18, 2000 Training Proposal C strorowwt. B. Elite Configuration Storage Directory I. Change Elite Configuration Path C. Serial Port Settings 1. Change Serial Port 2. Change Baud Rate IX. CENTRACOM Elite Operator Video X. CENTRACOM Elite Dispatch A. Windows NT 4.0 I. User Policies(for restricting dispatchers access to limited programs within the NT Operating System) B. Basics I. Start Dispatch 2. Understanding the Menus 3. Understanding the Tool Bar 4. Expanding and Compressing Resources 5. Adjusting the Volume of a Resource 6. Status Bar Indicators C. Working with Configuration I. Opening a Configuration 2. Editing a Multi-Select or Patch Group Via the Edit Menu 3. Expanding or Compressing Resources via the Edit 4. Changing the Speaker Audio Assignments 5. Changing the Ring Tone of a Phone 6. External Resource Assignments D. Communicating with Radios 1. Responding to Radios a. Activity log 2. Calling Radios a. Performing General Transmit b. Performing Instant Transmit c. Safety Instant Transmit 3. Other Resource Features a. Resource Status E. Advanced Signaling Features 1. Call Alert 2. Private Call 3. Emergency Alarm and Call 4. Handling Emergency Alarm and Call 5. Console Emergency 6. Status Request F. Outbound Signaling Using the QuickList 1. Selection by Unit Aliases 2. Selection by Unit ID G. Using the Stack 1. Deleting Stack Entries a. Delete Single Stack Entries b. Delete Entire Stack H. Operator Console Toolbar Capabilities and Functions 1. Selective Intercom 2. Intercom All-Call 3. Operator Position Enable/Disable 4. Channel Marker 1. Working with Telephone Resources March 18,2000 Page 29 of 50 0 MOTOROLA Training Proposal I. Answering Telephone Calls 2. Putting Telephone Calls on Hold 3. Making Telephone Calls from the Console J. Paging I. Types of Paging a. Quick Page b. Checklist Page c. Standard Page d. Resend 2. Using Page Resources K. Working with AUXIOs L. Multi-Select and Patch Groups 1. Creating a Multi-Select or Patch Group 2. Changing Resources in Groups 3. General Transmitting to a Multi-Select Group 4. APB and Patch Transit 5. Controlling Phone Patch Conversations M. Supervisory Privileges 1. Transmit Priorities 2. Setting the System Clock 3. Clearing System Errors XI. Windows NT 4.0 A. Network Configurations B. NT Function/User Setup C. NT Installation 1. Configuration a. TCP/IP Page 30 of 50 March 18, 2000 Training Proposal (Ny MOTOROLA ASTRO DIGITAL SPECTRA MOBILE RADIO Target Audience Experienced electronic technicians who are directly involved with the maintenance on Motorola two-way FM communications system products. Course Description This course provides the technician with the circuit theory of operation,testing procedures,programming,maintenance and repair of the ASTRO Digital Spectra Mobile Radio. The course is designed to provide the technician with ample"hand,-on" lab exercises, and troubleshooting. Note: Course given as customer specific, will cover options pertinent to customer equipment Prerequisites An understanding of:basic two-way FM communications radio theory, microprocessor fundamentals,basic logic circuits and familiarization with computer operating systems. Experience using common communications test equipment is also required. Course • Explain the features and options of the ASTRO Digital Spectra Mobile Radio Objectives • Provide a detailed explanation of circuit theory of operation. • Program and Service the ASTRO Digital Spectra Mobile Radio using the Radio Service Software(RSS). • Isolate faults in the ASTRO Digital Spectra Mobile Radio using the unique troubleshooting procedures found in the service manual. • Repair faults in the ATRO Digital Spectra Mobile Radio using the specialized maintenance and repair procedures found in the service manual. March 18,2000 Page 31 of 50 © Apron" Training Proposal ASTRO DIGITAL SPECTRA MOBILE RADIO 1. Introduction to Course and Classroom Materials II. Electrostatic Discharge-Cause, Effect and Prevention III. Overview of ASTRO Digital Systems-Analog vs. Digital Systems A. CF4M B. VSLEP/ IMBE C. Embedded Signaling D. 12.5 kHz Channel Spacing IV. Introduction to ASTRO Digital Spectra Mobile Radios V. Overview of Features, Model Numbers,and Specifications VI. Disassembly of Radio/Service Aids VII. Theory of Operation (Block Diagram Level) A. Basic Functional Description B. Receiver Signal/Data Flow and Transmitter Signal/Data Flow C. DC Voltage Distribution VIII. Control Board Theory of Operation IX. Lab 1 "Radio Assembly and Using the built-in Test Modes" X. Command Board Theory of Operation A. General Board Description B. General Purpose of IC's C. DC Distribution D. Turn On Sequence E. Reset Sequence F. Interconnects XI. RF Board Theory of Operation (Block Diagram Level) XII. Synthesizer/VCO Theory of Operation XIIIL Receiver Circuit Analysis A. Receiver Front End B. ADSIC IC C. Receiver Audio/Data Processing XIV. Transmitter Power Amplifier Theory of Operation A. DC Distribution B. Signal Flow C. Antenna Switching XV. Lab Session II"Command/RF Board Checks and Performance Checks" XVI. Complete Lab IV Page 32 of 50 March 18,2000 Training Proposal @ MOTORO... XVII. Controller(VOCODER)Board Theory of Operation A. General Purpose of IC's B. DSP IC C. FLASH IC's D. ADSIC IC E. HC11 uP F. SLIC IV IC XVIII. Lab Session V(VOCODER)Board Theory of Operation XIX. Radio Maintenance/RSS/Programming A. Unique Servicing and Programming/Alignment Aids B. Receiver and Transmitter Performance Checks C. Software Controlled Alignment Procedures D. Programming XX. Troubleshooting Radios with Known Problems March 18,2000 Page 33 of 50 © MOTOROLA Training Proposal XTS-3000 PORTABLE RADIO Target Audience Experienced electronic technicians who are directly involved with the maintenance on Motorola two-way FM communications system products. Course Description This course provides the technician with the circuit theory of operation,testing procedures,programming,maintenance and repair of the XTS-3000 Portable Radio. The course is designed to provide the technician with ample"Hands-On" lab exercises, and troubleshooting. Note: Course given as customer specific, will cover options pertinent to customer equipment Prerequisites An understanding of:basic two-way FM communications radio theory, microprocessor fundamentals, basic logic circuits and familiarization with computer operating systems. Experience using common communications test equipment is also required. Course • Explain the features and options of the XTS-3000. Objectives • Provide a detailed explanation of circuit theory of operation. • Program and service the XTS-3000 using Radio Service Software(RSS). • Isolate faults in the XTS-3000 using unique troubleshooting procedures found in the service manual. • Repair faults in the XTS-3000 using the specialized maintenance and repair procedures found in the service manual. Page 34 of 50 March 18,2000 MOTOROLTraining Proposal µ' a XTS-3000 PORTABLE RADIO 1. Introduction/Orientation to Course and Classroom Materials II. Electrostatic Discharge-Ifs Cause, Effect and Prevention III. Overview of ASTRO Digital Concepts-Analog Vs Digital Systems A. C4FM B. VSELP C. Embedded Signaling D. 12.5 kHz Channel Spacing IV. Overview of Features,Model Numbers,Specifications,and Service Aids V. Disassembly/Assembly of Radio VI. Theory of Operation (Block Diagram Level) A. Basic Functional Description B. Receiver SignaUData Flow C. Transmitter SignaUData Flow D. DC Voltage Distribution VII. Controller(VOCODER)Board Theory of Operation A. General Purpose of IC's B. DSP IC C. FLASH IC D. ADSIC IC E. HC11 UP F. SLIC IV IC VIII. Synthesizer/VCO Theory of Operation IX. Receiver Theory of Operation A. Receiver Front End B. ADSIC IC C. Receiver Audio/Data Processing X. Transmitter Theory of Operation A. DC Distribution B. Signal Flow C. Antenna Switching XI. RSS Programming XII. Troubleshooting March 18,2000 Page 35 of 50 © "'O"°"°"-" Training Proposal Centracom Gold Elite Console Training Target Audience Dispatch console operators, supervisors and support personnel Course This course provides Dispatch Console Operators with an Description introduction to the dispatch console, its basic operation and to the tailored job aids available for assistance in operation. The learning experience is a mix of video, instructor led facilitation and hands- on activities to help console operators perform common tasks associated with their console's operation. Required Pre- None work Recommended None Pre-requisites Course Objectives • Perform basic operational tasks of the dispatch console • Utilize the provided job aids to perform specific tasks associated with the console • Understand a high level view of the system configuration • High level overview of the customer system configuration • General console operation • Proper operating procedures for specific customer features I. CENTRACOM Gold Elite Console Outline Page 36 of 50 March 18,2000 Training Proposal @ MOTOROLA A. Basics I. Explain component parts of Console 2. CPU 3. Interface with volume controls a. Mic(condenser and boom)/Headset jack b. Main volume control c. Radio to phone control d. Telephone to radio control 4. Mouse a. Choose/APB b. General transmit c. Instant transmit 5. Monitor a. Radio Work Area(RWA) b. Summary Area c. Status Box 1.) Mode State Line 2.) General Status Line 3.) Link State Line 4.) Error Line 5.) Clock Line d. Menu Key Line 6. Colors of Text and Icons on screen a. Green Background-the talkgroup is selected b. Red(flashing)Background—an emergency call is in progress c. Red Letters—incoming call d. Dark Blue Background—patch indication e. Black letters—audio is muted f. White letters—audio is not muted g. Red Letters—incoming call h. Gold Letters—channel busy i. Blue Letters—channel patch is busy j. Yellow Letters—private call received k. Gray Color—not available at this time 7. Border colors a. Selectable except Red,reserved for emergency B. Features I. Multiselect a. APB b. Instant transmit 2. Patch a. Active b. Idle c. Empty 3. Paging a. Manual b. Alphabetic c. Numeric 4. Signal a. P/C b. Call alert 5. Display a. Leave Windows b. Move windows March 18,2000 Page 37 of 50 © MOTOROLA Training Proposal c. Show Hide 6. Special a. Intercom b. Supervisor c. Diagnostic d. Public Address e. Emergency Setup f. Emergency reset g. All mute h. Channel Marker(for conventional Mode only) 7. Monitor 8. Help Page 38 of 50 March 18,'2000 Training Proposal MO1° . Elite ADMIN End User Training Target Audience System Administrators and System Managers Course The Elite ADMIN End User Training provides participants with the Description knowledge and skills to manage and utilize the Elite Adnun application. Through facilitation and hands on activities the participant learns how to customize the console screens Required None Pre-work Recommended • Basic Understanding of the Elite console's operational Prerequisites characteristics Course • Understand the relationship of CDM/ADM Databases to the Objectives ADMIN program • Understand the menu items and tool bar icons • Edit folders, multiselect/patch groups, auxiliary input output groups, windows and toolbars • Add/delete folders March 18,2000 Page 39 of 50 © MOTOROLA Training Proposal I. Elite ADMIN End User Training Discuss relationship of CDM/ADM Database to ADMIN Starting the ADMIN Creating a new configuration Discuss ADMIN screen and menu items at top of screen Editing resources 1. Viewing a resource 2. Setting up resource headers 3. Setting up features and modifying icons 4. Setting up audio features Editing Folders 1. Selecting folders 2. Adding resources to folders Edit Multiselect/patch initial setup Editing auxio groups 1. Creating group 2. Modifying a group Editing auxio floating windows I. Establishing a floating window 2. Adding a group to a floating window Editing tool base 1. Setting up 1 or 2 tool bars 2. Assigning tool to toolbars 3. Enable/disable clock display 4. Editing preferences 5. Setting up activity log 6. Building customer alias list 7. Building custom speed dial phone list 8. Editing dispatcher menu items 9. Building custom page list Adding folders Deleting folders Customizing folders 1. Naming folders 2. Naming Multiselect/patches 3. Reordering folders N. Changing folder tab widths Page 40 of 50 March 18,2000 Training Proposal C MO' `- Alias Database Manager(ADM) Applications Program Target Audience Dispatch console supervisors or System Administrators Course This course will provide an introduction to the special operation of Description the supervisory console. In addition, the operation of the Alias Database Manager(ADM) Applications Program will be discussed and demonstrated with facilitation and hands-on activities. Required None Pre-Work Recommended None Prerequisites Course Objectives • The participant will be able understand and perform the functions required in the operation of the ADM program. March 18,2000 Page 41 of 50 liet) MOTOROLA Training Proposal Alias Database Manager(ADM) Application Program I. Alias Database Manager (ADM) Application Outline A. Overview B. Scenario C. Specifications and Prerequisites D. Starting the ADM E. Menu items, Tool Bar Icons, Systems Selection F. Creating and Alias Book G. Creating Alias Entries I. Selecting the Alias length 2. Discussing and Demonstrating Adding a Unit ***Bold Items May Not Apply To All Customers*** 3. Discussing and Demonstrating Adding Individual Pages (Elite) 4. Discussing and Demonstrating Adding Page Groups (Elite) 5. Discussing and Demonstrating Adding Dialing (Elite) 6. Discussing and Demonstrating Adding Messages 7. Discussing and Demonstrating Adding PCII and PCIIe Aliases 8. Modifying Individual Page Membership (Elite) 9. Discussing and Demonstrating Adding Status 10. Deleting an Alias 11. Finding an Alias H. Sorting the Alias Entry List I. Printing the Alias Entry List J. Importing and Exporting as Alias Book K. Backing up the ADM L. Restoring the ADM M. Exiting the ADM Page 42 of 50 March 18,2000 Training Proposal C "Orono"' XTS3000 Portable End User Target Audience Mobile and portable radio users, supervisors and support personnel Course This course provides mobile or portable radio users with an Description introduction to their radio, its basic operation and tailored job aids available for assistance in operation. The learning experience is a mix of video, facilitation and hands-on activities to help users perform common tasks associated with their radio operation. Required Pre- None Work Recommended None Pre-requisites Course • High level overview of the customer system configuration Objectives • General mobile radio operation • Proper operating procedures for specific customer features • Perform basic operational tasks of the mobile radio • Utili7r the provided job aids to perform specific tasks associated with the mobile radio • Understand high level view of the system configuration March 18,2000 Page 43 of 50 © IIKTORIOLA Training Proposal 11. XTS3000 Portable Radio/Control Station Outline A. Basics I. Volume/on -off 2. Zone up and down keys 3. Home key 4. Display with all its icons 5. Push to talk or PTT found on the microphone 6. Hub,hang up box B. Features 1. Mute tone of keypad 2. Changing Talkgroups 3. Changing zones or personalities 4. Differences of Talkgroups call and Private call a. Call list program 5. Phone Interconnect a. Phone list program 6. Scan a. Scan program 7. Direct 8. Display light 9. Failsoft definition Page 44 of 50 March 18,2000 Training Proposal MOTOROLA ASTRO Spectra Mobile Radio End User Target Audience Mobile and portable radio users, supervisors and support personnel Course This course provides mobile or portable radio users with an Description introduction to their radio, its basic operation and tailored job aids available for assistance in operation. The learning experience is a mix of video, facilitation and hands-on activities to help users perform common tasks associated with their radio operation. Required Pre- None Work Recommended None Pre-requisites Course • High level overview of the customer system configuration Objectives • General mobile radio operation • Proper operating procedures for specific customer features • Perform basic operational tasks of the mobile radio • Utilize the provided job aids to perform specific tasks associated with the mobile radio • Understand high level view of the system configuration March 18,2000 Page 45 of 50 g' ""'""'" Training Proposal III. Spectra Mobile Radio/Control Station Outline A. Basics I. Volume/on-off 2. Zone up and down keys 3. Home key 4. Display with all its icons 5. Push to talk or PTT found on the microphone 6. Hub,hang up box B. Features I. Mute tone of keypad 2. Changing Talkgroups 3. Changing zones or personalities 4. Differences of Talkgroups call and Private call a. Call list program 5. Phone Interconnect a. Phone list program 6. Scan a. Scan program 7. Direct 8. Display light 9. Failsoft definition Page 46 of 50 March 18,2000 Training Proposal @ """°""A TRAIN THE TRAINER Target Audience Designated customer-training personnel. Course Description This course provides the customer's identified training personnel with the knowledge of, and practice applying training techniques that they will need to enable them to successfully train their students. Trainers will use video,facilitation, and hands-on activities to facilitate learning events supported by tailored or customized training materials and job aids. They will become proficient at discussing the common tasks associated with operation of the customer's radios as identified by the Customer Training Needs Analysis. Note: Course given as customer specific, will cover options pertinent to customer equipment Previous training experience and radio system knowledge preferred. Prerequisites Course • The participant will be able to employ the toolkit resource needed to facilitate Objectives learning events supported by the End-User Training Toolkit. Train-the-Trainer sessions for radio user/operator trainers will typically consist of a training event following the basic outline: 1. Present the provided system overview video(when applicable). 2. Discuss high level overview of the customer's system configuration. 3. Present the Radio or Console Overview Video as appropriate. 4. Review pre-work material with students. 5. Distribute the User Reference Materials. 6. Proceed through the Instructor's Guide provided for the group and product being taught. 7. Present Toolkit training philosophy/methodology. 8. Review Toolkit contents. 9. Demonstrate technique for training using the end-user toolkit materials. 10. Conduct practice sessions with trainers. March 18,2000 Page 47 of 50 © MOTOROLA Training Proposal Pricing Information The subject of pricing is not simply a matter of what appears on the bottom line of a proposal. The costs of under-utilizing your communications system can be immense yet difficult to quantify. A detailed breakdown of the pricing components is found in the following section. Research- The factors that can influence the price and quality of the training received Based Course include research-based course design. Worldwide Learning Services constantl y Design strives to maintain cutting edge teaching techniques as well as up to the minute technology. We incorporate our Needs Analysis program with our technology to produce outstanding instruction that reflects not only what is happening today,but will happen tomorrow. Student Student materials, always an important element in any training regimen, Materials consume a large portion of the budget. We thus have implemented a series of programs to provide student material to fulfill more precisely the needs of the students while reducing costs for you. Current Rapidly changing technology requires the latest equipment. We strive to Equipment maintain only quality and current equipment so that you always receive training on the prevailing equipment. This not only allows us to train with the latest equipment but also your equipment whenever possible. If the customer is unable to supply all necessary test equipment,we can help you arrange for a rental of the necessary equipment to complete the training package. Instructor The preparatory time allotted for the instructor to prepare adequately for your Preparatory course yields a training environment that offers the best tailored training Time experience possible. Page 48 of 50 March 18,2000 Training Proposal •@) ""'"""t Self Study Guides & CD-ROM Pricing The CD-ROM and vendor courses are shown at the List Price. Course Name Part No. Unit Price Quantity Total Cost Driving Your ASTRO Conventional IVD001 $525.00 $ knowledge—System Overview Building Your SmartZone Knowledge SZT001 $525.00 $ System Overview Exploring Your SmartZone OmniLink OLT001 $750.00 $ —Technical System Overview _ Full Vision Application Overview for FVT00I $289.00 $ DataTac 2.0 and ASTRO 25 Users ZoneWatch Application Overview ZWT00I $380.00 $ SmartZone OmniLink Configuration OLT003 $525.00 $ Overview Planning Your SmartZone OmniLink OLT002 $75.00 $ ~ System (Guide) March 18,2000 Page 49 of 50 © moromrouTraining Proposal Terms and Conditions I. A successful training event requires that the students have adequate time for hands-on intervention with their equipment. The customer or project team shall supply product equipment. This includes all necessary test equipment,cables,card extenders,etc. 2. A successful training event requires that the students have adequate time for hands-on intervention with their subscriber units. The customer or project team shall supply product equipment. Motorola's Customer Training Center recommends that there be one subscriber unit available per user present in the training session. In the case of console end user training,Motorola's Customer Training Center recommends that there be at least one console position for every two-dispatch operators. In the case of 911 call taker training, Motorola's Customer Training Center recommends that there be at least one 911-call taker position(including monitor) for every two-call takers. 3. A successful training event also requires appropriate facilities in which to deliver training. The customer or project team will ensure that the necessary equipment(which can include but is not limited to chalkboard,projector, screens,student tables and chairs) is in place for the training event 4. Student materials will be furnished by Motorola's Customer Training Center. 5. While it is important that Motorola meets,the customer's requested training dates,the final class dates are determined by instructor availability. This is especially important when training in a language other than English because of the limited resources available. 6. School dates will only be established once payment has been received by Motorola's Customer Training Center. Without payment, Motorola reserves the right to cancel a field school. By supplying agreed form of payment, Customer or project team accepts all terms and conditions. 7. Acknowledging there are costs associated with preparing a training program,Customer agrees to notify Motorola immediately if Customer or project team requires a date change for a scheduled training program. In any event, if Customer or project team cancels or reschedules a training program within 30 days prior to the start date of a scheduled program,Customer shall pay Motorola fifty percent of the total fee charged to Customer or project team for that program. 8. The effort has been made in advance to gather all relevant information to produce this proposal and is based on information available at this time. Additional information made available later may require Motorola to update this proposal and the price. 9. All prices are valid through the year 2000. Page 50 of 50 March 18,2000 C;;;;14 \<11111114 WNW ,may, Training Proposal ❖ Union Colony Fire/Rescue Authority WLS 99685 CUSTOMER TRAINING CENTER An investment in the future ©MOTOROLA Training Proposal Overview Motorola's Worldwide Learning Services organization dedicates itself exclusively to offering the most comprehensive training available for Motorola's advanced radio equipment. We understand that your equipment is a highly sophisticated communications instrument,and as such,requires specialized training to fully realize the equipment's potential. Thus,you need quality training that only Motorola delivers for quality Motorola products. Instructors Motorola's Customer Training Center offers advanced training facilities, resources,and techniques to help you achieve the maximum potential from your communications investment. A successful training experience also requires expertise and dedication on the part of the instructor as well as the trainee. At Motorola, our technical instructors have extensive backgrounds in RF communications,microwave technology,telephony,digital logic and microprocessors,as well as computer science. instructors' formal training varies from postgraduate degrees in occupational education and electronics to a variety of military instructor programs. Since continuing education is crucial to continued success,Motorola instructors receive more than 100 hours of training annually in communications technology and training techniques. Our close relationship with product design and development ensures current, accurate information for every product. Efficiency Using Motorola technology to its fullest will assist performance at every level of system operation. Over the life of your system,these efficiencies add up to large dollar amounts. Receiving the proper training increases your employees' efficiency in their use of the system. Integration of Motorola's Worldwide Learning Services organization is unmatched in their Training ability to deliver integrated training packages to virtually any type of client. From sophisticated training need analysis to ongoing training throughout the life cycle of your product or system, Motorola's Worldwide Learning Services can help ensure that your investment in training today is an investment for your future. Page 2 of 16 March 18, 2000 Motorola Advantages _ Transfer of Successful system implementation as well as ongoing system management and Knowledge maintenance can be greatly enhanced by the careful transfer of knowledge from Motorola in-house experts to system managers,technicians,and end users. Critical elements of knowledge transfer include knowledgeable instructors, well-designed courseware, lab activities,and system hardware and software that closely parallels your operating environment integrated with proper system documentation. To understand your specific configuration and product features,there is a well- defined communication link between Worldwide Learning Services and Motorola's field personnel. This link keeps us apprised of any special issues that arise. Applying this approach allows us to provide tailored system manager,technician,dispatcher,and end user training. Through careful Needs Analysis,we design and develop training that enables you to become self-reliant with your equipment. This training can take place al one of our training centers or at your location. Quality of A careful blending of background,experience and continuous training creates a Instructors grounded, intellectually stimulating,and accessible instructor that will professionally deliver your training. Understanding that,the instructor will generate a training environment where students feel empowered to learn. You can be assured that your Motorola instructor utilizes the Needs Analysis of your product or system. The process also ensures that your instructor readily understands the equipment, fashioning a smooth and effective training event. Quality of Course material performs a vital role in the training process and in the transfer Material of knowledge to the job site. It is not enough for the material to look professional. Course curriculum follows a design philosophy that instructors adhere to during the training event. Good course materials are easy to use well integrated into the course design. Because Motorola follows research-driven instructional design methodology, our course materials are specifically designed for ease of use and effective transfer of knowledge to the job. Course curriculum can be tailored to reflect your individual product. We provide relevant documentation pertaining to your product during the training event. © Training Proposal Knowledge Following a training event,the knowledge learned can sometimes be lost in the Retention transition to the operating environment. To maximize retention and transfer to the job,our instructional designers conduct task analyses to determine performance criteria as part of the Motorola design process. Motorola's Worldwide Technical Education training methodology is based upon several key criteria: ❖ Course design is driven by an analysis of learner needs. ❖ Learning objectives are based upon what learners need to accomplish on the job. ❖ Our training strategies are based upon maximizing transfer of skills to the job, and retention/reuse of effective learning. Motorola accommodates these criteria in the following ways: ❖ Course content is focused on how-to, rather than theory. ❖ Class discussions are application based. ❖ Training incorporates maximum hands-on lab opportunities. ❖ Integration of customer specific job aids into the classroom experience and the lab activities, as well as through video support. Course design,based on these customer-driven performance objectives,has determined that task-driven courses provide better knowledge retention for the students. Because of the course design, students will maintain the knowledge taught and apply it for immediate results that will extend the life of your product. Page 4 of 16 March 18,2000 Types of Training Available Based upon our years of experience,we have determined that the following type(s)of training will best serve your needs for comprehensive training education. Instructor Led Our qualified instructor(s)will lead your students through the requested course tailored to your system. Maximal instructor-led lab time has been allocated to help educate students in specific and everyday occurrences of programming, maintenance,and troubleshooting associated with your product. Train-the- Our instructor delivers training to the designated members of your training Trainer staff. During the Train-the-Trainer event,we will utilize your familiar equipment to deliver training to your trainers,thus ensuring a smooth transfer of knowledge. Resident Students attend training conducted at one of our training centers. Because of Training the diverse customer-base that attend resident training,the equipment is modeled upon a standard configuration. End-User We also offer a separate program for your subscription users. The End-User Training Training program tailors all training material to exactly match your system and radios. We can provide the training or train your trainers to deliver training. Self-Study This option allows students to follow a Computer Based Training module on CD-ROM or other media that will enhance their skills on-site. This option can be used in conjunction with instructor-led courses. 0 MOTOROLA Training Proposal Prerequisites We strive to provide a training experience that exceeds your expectations. You can help us ensure a positive experience by reviewing prerequisite requirements that are designated in your training plan. Prerequisites provide critical foundation knowledge that will be built upon during your classroom training. As such,the instructor will not be able to cover content that is included in prerequisites so therefore it is imperative that you complete them If not. you're subsequent training class may not provide the desired learning rest, ,. Page 6 of 16 March 18,2000 Training Plan / Matrix — Union Colony Fire/Rescue Authority COURSE GROUP NUMBER OF DURATIO LOCATION DATE NUMBER OF SESSIONS N(days) ATTENDEES Option#1 XTS3000 Portable, Subscribers 10 5 Greeley, CO TBD 120 ASTRO Spectra (4 hour sessions) (12 students per Mobile Radio— session) Subscriber Training Option#2 XTS3000 Portable, Trainers 1 1 Greeley,CO TBD 6 ASTRO Spectra (8 hour session) Mobile Radio— Train the Trainer © MOTOROLA Training Proposal Course Descriptions In the process of assessing your training needs, Motorola has identified the following course(s)that are necessary to achieve your training goals. Attached below are descriptions for each training course, if available, included in this proposal. Presented below are the standard course outlines. While the standard courses are encouraged, the class outline may be tailored for your quotation. Thus the outline(s) below may not exactly match your quoted class length and content Page 8 of 16 March 18,2000 Training Proposal © A XTS3000 Portable End User Target Audience Mobile and portable radio users, supervisors and support personnel Course This course provides mobile or portable radio users with an Description introduction to their radio, its basic operation and tailored job aids available for assistance in operation. The learning experience is a mix of video, facilitation and hands-on activities to help users perform common tasks associated with their radio operation. Required Pre- None Work Recommended None Pre-requisites Course • High level overview of the customer system configuration Objectives • General mobile radio operation • Proper operating procedures for specific customer features • Perform basic operational tasks of the mobile radio • Utilize the provided job aids to perform specific tasks associated with the mobile radio • Understand high level view of the system configuration March 18,2000 Page 9 of 16 ® MOTOROLA Training Proposal XTS3000 Portable Radio/Control Station Outline A. Basics 1. Volume/on -off 2. Zone up and down keys 3. Home key 4. Display with all its icons 5. Push to talk or PTT found on the microphone 6. Hub, hang up box B. Features 1. Mute tone of keypad 2. Changing Talkgroups 3. Changing zones or personalities 4. Differences of Talkgroups call and Private call a. Call list program 5. Phone Interconnect a. Phone list program 6. Scan a. Scan program 7. Direct 8. Display light 9. Failsoft definition Page 10 of 16 March 18,2000 Training Proposal L� MOTOROLA ASTRO Spectra Mobile Radio End User Training Overview This course provides mobile radio users with an introduction to their radio, its basic operation and to the tailored job aids available for assistance in operation. The learning experience is a mi e of video; instructor led facilitation and hands—on activities to help radio users perform common tasks associated with their radio operation. Designed For: Actual users of the mobile radio and their supervisors. Learning Objectives: Upon completion,the participant will be able to: • Perform basic operational tasks of the mobile radio • Utilize the provided job aids to perform specific tasks associated with the mobile radio • Understand high level view of the system configuration Course Topics: • High level overview of the customer system configuration • General mobile radio operation • Proper operating procedures for specific customer features Prerequisites: None required March 18, 2000 Page I I of 16 © wn.a,tA Training Proposal II. ASTRO Spectra Mobile Radio/Control Station Outline A. Basics • Volume/on -off •Zone up and down keys •Home key • Display with all its icons • Push to talk or PTT found on the microphone •Hub,hang up box B. Features •Mute tone of keypad •Changing Talkgroups •Changing zones or personalities • Differences of Talkgroups call and Private call •Call list program •Phone Interconnect •Phone list program •Scan •Scan program •Direct •Display light •Failsoft definition Page 12 of 16 March 18, 2000 Training Proposal MO A TRAIN THE TRAINER Target Audience Designated customer-training personnel. Course Description This course provides the customer's identified training personnel with the knowledge of. and practice applying training techniques that they will need to enable them to successfully train their students.Trainers will use video, facilitation, and hands-on activities to facilitate learning events supported by tailored or customized training materials and job aids. They will become proficient at discussing the common tasks associated with operation of the customer's radios as identified by the Customer Training Needs Analysis. Note: Course given as customer specific, will cover options pertinent to customer equipment Previous training experience and radio system knowledge preferred. Prerequisites Course • The participant will be able to employ the toolkit resource needed to facilitate Objectives learning events supported by the End-User Training Toolkit. Train-the-Trainer sessions for radio user/operator trainers will typically consist of a training event following the basic outline: 1. Present the provided system overview video(when applicable). 2. Discuss high level overview of the customer's system configuration. 3. Present the Radio or Console Overview Video as appropriate. 4. Review pre-work material with students. 5. Distribute the User Reference Materials. 6. Proceed through the Instructor's Guide provided for the group and product being taught. 7. Present Toolkit training philosophy/methodology. 8. Review Toolkit contents. 9. Demonstrate technique for training using the end-user toolkit materials. 10. Conduct practice sessions with trainers. March 18,2000 Page 13 of 16 S MOTOROLA Training Proposal Pricing Information The subject of pricing is not simply a matter of what appears on the bottom line of a proposal. The costs of under-utilizing your communications system can be immense yet difficult to quantify. A detailed breakdown of the pricing components is found in the following section. Research- The factors that can influence the price and quality of the training received Based Course include research-based course design. Worldwide Learning Services constantly strives to maintain cutting edge teaching techniques as well as up to the minute Design technology. We incorporate our Needs Analysis program with our technology to produce outstanding instruction that reflects not only what is happening today,but will happen tomorrow. Student Student materials,always an important element in any training regimen, Materials consume a large portion of the budget. We thus have implemented a series of programs to provide student material to fulfill more precisely the needs of the students while reducing costs for you. Current Rapidly changing technology requires the latest equipment. We strive to Equipment maintain only quality and current equipment so that you always receive training on the prevailing equipment. This not only allows us to train with the latest equipment but also your equipment whenever possible. If the customer is unable to supply all necessary test equipment,we can help you arrange for a rental of the necessary equipment to complete the training package. Instructor The preparatory time allotted for the instructor to prepare adequately for your Preparatory course yields a training environment that offers the best tailored training Time experience possible. Page 14 of 16 March 18,2000 Training Proposal @ Wfl. vOtA Self Study Guides & CD-ROM Pricing _ The CD-ROM and vendor courses are shown at the List Price. Course Name Part No. Unit Price Quantity Total Cost _ Basic Trunking and ASTRO Concepts TRK 100 $200.00 $ Driving Your ASTRO Conventional IVD001 $525.00 $ knowledge—System Overview Building Your SmartZone Knowledge SZT00I $525.00 $ System Overview Planning Your SmartZone System SZT002 $75.00 $ (Guide) Full Vision Application Overview for FVT00I $289.00 $ DataTac 2.0 and ASTRO 25 Users ZoneWatch Application Overview ZWT001 $380.00 $ __ SmartZone OmniLink Configuration OLT003 $525.00 $ Overview Exploring Your SmartZone OmniLink OLT001 $750.00 $ —Technical System Overview Planning Your SmartZone OmniLink OLT002 $75.00 $ System (Guide) _ March 18,2000 Page 15 of 16 © MOTOROLA Training Proposal Terms and Conditions 1. A successful training event requires that the students have adequate time for hands-on intervention with their equipment. The customer or project team shall supply product equipment. This includes. all necessary test equipment,cables,card extenders,etc. 2. A successful training event requires that the students have adequate time for hands-on intervention with their subscriber units. The customer or project team shall supply product equipment. Motorola's Customer Training Center recommends that there be one subscriber unit available per user present in the training session. In the case of console end user training, Motorola's Customer Training Center recommends that there be at least one console position for every two-dispatch operators. In the case of 911 call taker training, Motorola's Customer Training Center recommends that there be at least one 911-call taker position (including monitor)for every two-call takers. 3. A successful training event also requires appropriate facilities in which to deliver training. The customer or project team will ensure that the necessary equipment(which can include but is not limited to chalkboard, projector, screens, student tables and chairs) is in place for the training event. 4. Student materials will be furnished by Motorola's Customer Training Center. 5. While it is important that Motorola meets,the customer's requested training dates,the final class dates are determined by instructor availability. This is especially important when training in a language other than English because of the limited resources available. 6. School dates will only be established once payment has been received by Motorola's Customer Training Center. Without payment, Motorola reserves the right to cancel a field school. By supplying agreed form of payment,Customer or project team accepts all terms and conditions. 7. Acknowledging there are costs associated with preparing a training program,Customer agrees to notify Motorola immediately if Customer or project team requires a date change for a.scheduled training program. In any event, if Customer or project team cancels or reschedules a training program within 30 days prior to the start date of a scheduled program,Customer shall pay Motorola fifty percent of the total fee charged to Customer or project team for that program. 8. The effort has been made in advance to gather all relevant information to produce this proposal and is based on information available at this time. Additional information made available later may require Motorola to update this proposal and the price. 9. All prices are valid through the year 2000. Page 16 of 16 March 18, 2000 Weld County Phase I 1st Quarter 2 Quarter 3rd Quarter 4th Quarter ID Task Name I Start I Finish j nd Duration Jan I Feb I Mar I Apr I May I Jun i Jul I Aug I Sep I Oct I Nov I Dec 1 Project Mon 4/3/00 Mon 11/20/00 165.5 days 2 Contract Award Mon,4/3100 Mon 4/3/00 0 days • 4/3 3 Detailed Design Review Tue 4/4/00 Thu 4/27/00 17.5 days In 4 KICK OFF MEETING PLANNING Tue 4/4/00 Tue 4/4/00 0.5 days 4/4 I 4/4 b 5 I INTERNAL KICK OFF MEETING Thu 4/6/00 Thu 4/6/00 0.5 days 4/6 14/6 • 6 Kick Off Meeting Mon 4/10/00 Mon 4/10/00 0.5 days 4/10 I 4/10 7 I Cutover Plan Mon 4/10/00 Thu 4/13/00 3 days . 11 Schedule Planning Thu 4/13/00 Fri 4/14/00 1 day 4/13 14,14 • 12 STAGING AND IMPLEMENTATION PREPARATION: EQUIF Fri 4/14/00 Thu 4/27/00 9 days • W 20 i Civil Review Thu 4/27/00 Fri 5/19/00 16 days WV 21 I Sites Thu 4/27/00 Thu 5/11/00 10 days 9 22 Site Drawings Thu 4/27/00 Mon 5/1/00 2 days 4/27 H 5/1 23 Licensing and Permits Thu 4/27/00 Thu 5/11/00 10 days 4/27 5/11 24 I Site Walks [35th Ave.] Mon 5/1/00 Tue 5/2/00 1 day . I 30 Site Walk Reports Tue 5/2/00 Tue 5/2/00 0.5 days 5/2 15/2 31 Site Preparation Wed 5/3/00 Tue 5/16/00 10 days 5/3 L 5/16 32 Site Walks [Greeley West] Tue 5/2/00 Wed 5/3/00 1 day . 38 Site Walk Reports Thu 5/4/00 Thu 5/4/00 0.5 days 5/4 15/4 39 i Site Preparation Thu 5/4/00 Thu 5/18/00 10 days 5/4 15/16 C_. 40 I Site Walks !Dispatch/ Thu 5/4/00 Thu 5/4/00 0.5 days . 44 Site Walk Reports Fri 5/5/00 Fri 5/5/00 0.5 days 515 I 5/5 • Task _ : Rolled Up Task External Tasks ,oiert Weld County Phase progress nwilea 4, e„0ae . l , rye rr,a-} ' — u aro/nn ,,,,,a • Roll.,,. Y Prtg.oss IIMIIIISSummary glIPMIII. Split • Page 1 I Weld County Phase I I I 1st Quarter 12nd Quarter 13rd Quarter 14th Quarter I I ID I Task Name I Start I Finish i Duration Jan j Feb j Mari Apr j May j Jun I Jul j Aug j Sep I Oct I Nov 45 Site Preparation Fri 5/5/00 Fri 5/19/00 10 days 5/5 ra 5/19 46 Meetings internal and Customer Mon 4/3/00 Mon 10/2100 131 days gpliNip 75 Order, Manufacture,and Ship Equipment Mon 4/3/00 Fri 6/16/00 55 days 76 COF Orders-PLACED AT CONTRACT EXECUTION Mon 4/3/00 Thu 4/6/00 4 days 4/3 U 4/6 77 Order and Manufacture Hardware Mon 4/3/00 Fri 5/26/00 8 wks I 4/3 II _ _I 5/26 • 78 Factory Staging Fri 5/5/00 Mon 6/5/00 21.5 days 85 Ship Equipment Mon 5/29/00 Fri 6/16/00 15 days 88 Materials Management Mon 5/29/00 Tue 6/20/00 17 days f. 94 Site Installation Wed 5/17/00 Fri 7/21/00 47.5 days grMilip 142 System Optimization Mon 7/24/00 Tue 9/26/00 46.5 days 143 Optimization of Subsystem Equipment Mon 7/24/00 Fri 9/8/00 35 days 144 Program Subsystem Mon 7/24/00 Tue 8/22/00 22 days 145 Program/Optimize Master Site Mon 7/24/00 Wed 8/16/00 17.75 days 155 Program/Optimize[35th Ave.]Site[REPEAT TH Wed 8/16/00 Tue 8/22/00 4.25 days 160 Set Levels Wed 8/23/00 Wed 8/23/00 0.5 days 8/23 18/23 161 Verify/Test Subsystem Functionality Wed 8/23/00 Thu 8/24/00 1 day 8/23 18/24 162 Program/Optimize[Greeley West]Site Thu 8/24/00 Wed 8/30/00 4.25 days w • 1671 Set Levels Wed 8/30/00 Thu 8/31/00 0.5 days 8/30 18/31 168 Verify/Test Subsystem Functionality Thu 8/31/00 Fri 9/1/00 1 day 8/31 19/1 169 Program/Optimize[Dispatch]Site Fri 9/1/00 Thu 9/7/00 4.25 days 174 Set Levels Thu 9/7/00 Thu 9/7/00 0.5 days - 9n 19n Task • Rolled Up Task External Tasks PnlecY Weld County phase Progress IMMINENMI ko'ieu up ivLleoluuc ,/ Pcojeut Summary .a. -, 'AF' ^a•o Thu liver I MIIas,mw <3;I6 r= MIIIIMIIIIMII Summary VIIIIMIIIIM. Split Page 2 Weld County Phase I I I I i 1st Quarter '2nd Quarter .3rd Quarter 4th Quarter ID Task Name I Start Finish I Duration Jan j Feb I Mar Apr I May I Jun Jul I Aug 1 Sep Oct I Nov I Dec 175 Verify/Test Subsystem Functionality Fri 9/8/00 Fri 9/8/00 1 day 9/8 19/8 176 Acceptance Test Plan Mon 9/11/00 Tue 9/26/00 11.5 days in 177 Standalone Acceptance Testing Mon 9/11/00 Tue 9/26/00 11.5 days W. 184 Subscribers Mon 7/24/00 Fri 8/4/00 10 days .. 188 Training Tue 6/6/00 Fri 11/10/00 113.5 days L190189 Schedule Training Tue 6/6/00 Tue 6/6/00 0.5 days 6/6 6/6 L190 Training Facility Tue 6/6/00 Tue 6/6/00 0 days . 6/6 191 SUBSYSTEM Subsystem Training Equipment Tue 6/6/00 Tue 6/6/00 0 days . 6/6 192 Deliver Training Tue 9/26/00 Fri 11/10/00 33 days igrOW 193 Functional User Training-Police Tue 9/26/00 Tue 10/3/00 5 days 9/26 1 1 10/3 194 Functional User Training-Fire Tue 10/3/00 Fri 10/6/00 3 days 10/3 1:110/6 195 Technical Training Fri 10/6/00 Fn 11/10/00 25 days • 10/6 11/10 196 System Cutover Fri 10/6/00 Fri 10/20/00 10 days WI 201 Post Acceptance Support Tue 10/10/00 Tue 10/17/00 5.25 days • 202 System Support/System Documentation Tue 10/10(00 Tue 10/17/00 5 days Illi 207 Deliver System Manual Tue 10/17/00 Tue 10/17/00 0.25 days 10/17 i 10/17 208 Final Subsystem Acceptance Tue 9/26/00 Mon 11/20/00 39 days 209 Ensure System Acceptance Criteria Completed Tue 9/26/00 Fri 11/10/00 33 days 215 Final System Acceptance Fri 11/17/00 Mon 11/20/00 1 day 11/17 11/20 F I Task Rolled Up Task External Tasks ' Progress IMIIIIIIIIIIIIM r filed Lb M stc+. ` 7'o ec'Summa u oroie Weld Coy Lase i y i "'" "" '" II Milestone . 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