Specifications - neoVI
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neoVI
FIRE
Device
Device Specifications
• ne o VI 3G Archite cture o ve r 10x pe rfo rm a nce o ve r pre vio us de vice s
• 3 DSP s a nd 1 R ISC pro ce sso r fo r 125 MIP S o f pro ce ssing
• P o we r C o nsum ptio n (typica l) : 150m A @ 14.4 VDC
• Sle e p P o we r C o nsum ptio n (typica l) : 12m A @ 12.0 VDC
• P o we r Supply: 4.5-27 Vo lt P o we r O pe ra tio n (P hysica l la ye rs no n functio na l unde r 5.5 vo lt)
• Dua l use r no tifica tio n LED (re d a nd gre e n)
• Te m pe ra ture R a nge : -40C to +85C
• Ve hicle C o nne cto rs : 25 P in m a le D-SUB a nd 9 P in Ma le D-SUB
• Wa rra nty: O ne Ye a r Lim ite d Wa rra nty
• Firm wa re : Fie ld upgra de a ble de sign (fla sh firm wa re )
• Ge ne ra l P urpo se IO : 6 MISC IO (0 - 3.3V), 4 IO ca n be co nfigure d a s a na lo g
• Ge ne ra l P urpo se IO ra te re po rt inte rva l: 10 Hz to 1 Khz o r ba se d o n digita l cha nge
• Micro so ft C e rtifie d USB drive rs
• Iso la te d USB
• Sta nd-Alo ne Mo de Including Scripting, R e ce ive Me ssa ge s, Tra nsm it Me ssa ge s, Ex pre ssio ns, IO , a nd Tra nspo rt La ye rs
• J2534 a nd R P 1210 A/B co m pa tible fo r C AN/ISO 15765, Ke ywo rd, ISO 9141, a nd J1850 VP W
• m icro SD ca rd slo t suppo rt fo r up to 16 Giga byte s o f sto ra ge (o r up to the lim it o f ne we r SDHC ca rds). T he re m o va ble ca rd is fo rm a tte d using FAT 32 fo r dire ct usa ge in a P C .
• Ba tte ry ba ck e d re a l tim e clo ck (R T C )
Networks - General
• 64 Bit tim e sta m ping to a ccura cy o f 10 m icro se co nds o n C AN a nd LIN ne two rk s a nd ne ve r o ve rflo ws. 0.5 m icro se co nd a ccura cy tim e sta m p a va ila ble if using o ne ne two rk o nly
• Sim ulta ne o us o pe ra tio ns o n a ll C AN/LIN/J1850 ne two rk s
• Tra nsm it m e ssa ge do uble -buffe ring o n a ll ne two rk s a llo ws ba ck to ba ck m e ssa ge tra nsm issio n
Network Specifications
6x CA N Channels
• 4 De dica te d ISO 11898 Dua l W ire C AN P hysica l La ye r (T JA1040)
• 1 De dica te d ISO 11519 Lo w Spe e d Fa ult To le ra nt C AN P hysica l La ye r (T JA1054A)
• 1 De dica te d Single W ire C AN P hysica l La ye r GMW 3089 / SAE J2411 (MC 33897)
• C AN 2.0B Active
• Up to 1 M-Bit So ftwa re Se le cta ble Ba ud R a te (a uto ba ud ca pa ble )
• C a pa ble o f ge ne ra ting a nd de te cting e rro r fra m e s (W ith firm wa re upda te )
• Lo gic Ana lysis o f C AN Wa ve fo rm with 25 na no se co nd re so lutio n (W ith firm wa re upda te )
• Gra phica l Bit T im e / Ba ud R a te C a lcula to r
• Liste n o nly m o de suppo rt
• Unte rm ina te d ne two rk de te ctio n (W ith firm wa re upda te )
• High Spe e d Mo de , Te st To o l R e sisto r, a nd High Vo lta ge Wa k e up suppo rt
4x LIN (Local Interconnect), ISO9141, Keyword 2000, or K and L Line
• Full suppo rt fo r LIN 1.X, 2.X a nd J2602
• LIN J2602 / 2.X co m pa tible physica l la ye r
• So ftwa re e na ble d 1K LIN Ma ste r R e sisto r P ER C HANNEL
• C a pa ble o f Ge ne ra ting LIN Wa ve fo rm s (Including Erro rs) Using De dica te d O utput C o m pa re Ha rdwa re (W ith firm wa re upda te )
• LIN Bus Mo nito r Mo de ide ntifie s e rro rs: Sync Bre a k Erro r Sta te a nd Le ngth, Sync Wa ve Erro r, Me ssa ge ID pa rity, T Fra m e Ma x /Sla ve No t R e spo nding, C he ck sum Erro r a nd Tra nsm it Bit Erro rs.
• LIN Bus Ma ste r Mo de o pe ra te s a t sa m e tim e a s LIN Bus Mo nito r
• LIN Bus Sla ve sim ula tio n - with o r witho ut a n LDF file
• LIN Bus ha rdwa re sche dule ta ble with suppo rt fo r LIN dia gno stics
• UAR T Ba se d Sta te Ma chine
•
o nly first cha nne l suppo rts L
• P ro gra m m a ble T im ing P a ra m e te rs including Inte r-Byte , T X Inte r-Fra m e , R X Inte r-Fra m e a nd Initia liza tio n Wa ve fo rm s (0.5 m s R e so lutio n)
• Initia liza tio n Wa ve fo rm s including Fa st Init, Five Ba ud, a nd C usto m
• So ftwa re Se le cta ble Ba ud R a te
• So ftwa re e na ble d 512K R e sisto r (cha nne l o ne o nly)
1x J1850 VPW (GM Class 2)
• VP W P hysica l La ye r ca pa ble o f T X a nd R X o pe ra tio ns (MC 33390)
• R e ce ptio n o f IFR da ta during T X a nd R X
1x GM CGI
• So ftwa re Ena ble d (disa ble s LIN2)
• P ro gra m m a ble Bit R a te (625K, 115.2K, o the rs)
• Full blo ck m o de m e ssa ge re ce ptio n o nly
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Summary of Contents for neoVI
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