Dodge is making statements about Dodges not Volvos.
Is Dodge installing indoors plumbing in their products?
Vida CEM swapping
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RickHaleParker
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Re: Vida CEM swapping
Is Dodge installing indoors plumbing in their products?
⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙
1998 C70, B5234T3, 16T, AW50-42, Bosch Motronic 4.4, Special Edition package.
2003 S40, B4204T3, 14T twin scroll AW55-50/51SN, Siemens EMS 2000.
2004 S60R, B8444S TF80 AWD. Yamaha V8 conversion
2005 XC90 T6 Executive, B6294T, 4T65 AWD, Bosch Motronic 7.0.
1998 C70, B5234T3, 16T, AW50-42, Bosch Motronic 4.4, Special Edition package.
2003 S40, B4204T3, 14T twin scroll AW55-50/51SN, Siemens EMS 2000.
2004 S60R, B8444S TF80 AWD. Yamaha V8 conversion
2005 XC90 T6 Executive, B6294T, 4T65 AWD, Bosch Motronic 7.0.
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gnalan
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That would be awesome! I don't know how many times driving I had to stop somewhere to use the bathroom. A built in flushable toilet for the driver's seat would be perfect.
2001 S60, B5244S, AW55-50SN, FWD (Sold)
Cancer/Illness/Caregiver Support Thread
Cancer/Illness/Caregiver Support Thread
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RickHaleParker
- Posts: 7129
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- Year and Model: See Signature below.
- Location: Kansas
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I read somewhere that some guys in Australia replaced the driver's seat in their Semis with a toilet loo. Pays for itself because they don't need to stop as often. If the truck is not moving its not making money.
⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙⸙
1998 C70, B5234T3, 16T, AW50-42, Bosch Motronic 4.4, Special Edition package.
2003 S40, B4204T3, 14T twin scroll AW55-50/51SN, Siemens EMS 2000.
2004 S60R, B8444S TF80 AWD. Yamaha V8 conversion
2005 XC90 T6 Executive, B6294T, 4T65 AWD, Bosch Motronic 7.0.
1998 C70, B5234T3, 16T, AW50-42, Bosch Motronic 4.4, Special Edition package.
2003 S40, B4204T3, 14T twin scroll AW55-50/51SN, Siemens EMS 2000.
2004 S60R, B8444S TF80 AWD. Yamaha V8 conversion
2005 XC90 T6 Executive, B6294T, 4T65 AWD, Bosch Motronic 7.0.
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sirloins
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- Year and Model: 2010 V50 T5 AWD M66
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Someone was asking if it was possible to use the Arduino UNO (16MHz) with the P1 CEM.
I was able to make some changes and get the first 2-3 bytes of the PIN with the third being the most unreliable. I think it is possible with some further improvements to reliably get the first 3 bytes, then brute-force the last 3. I was using the atmega2560 (same clock speed) as it has much more RAM which is useful during the development, I think this again could be optimized to reduce it.
Overall though, I think if someone is willing to wire up some board to do all this, they could get an Arduino DUE or teensy and call it a day. I agree with others that if there was a way to do it with hardware most people have it would be best, but I am less confident that is possible.
Regarding the DiCE unit, I am skeptical this can be done even if it reports a timestamp in the microseconds. I looked at a few dot net sample programs that can make use of the J2534 passthrough API. I haven't spent much time on it though, but since it is standardized it should be straightforward to write a sample program to use the DiCE driver provided and send/receive the can messages we need.
The DiCE unit seems to have a Renesas M32C M30855 processor at 32MHz max frequency: https://www.renesas.com/kr/en/products/ ... 5FJGP.html
Without them paying specific attention to the timing for received messages, I highly doubt the code is optimized enough to provide the correct level of resolution. I could be off on my assumptions/calculations..so I am not saying it isn't possible, just seems unlikely.
I was able to make some changes and get the first 2-3 bytes of the PIN with the third being the most unreliable. I think it is possible with some further improvements to reliably get the first 3 bytes, then brute-force the last 3. I was using the atmega2560 (same clock speed) as it has much more RAM which is useful during the development, I think this again could be optimized to reduce it.
Overall though, I think if someone is willing to wire up some board to do all this, they could get an Arduino DUE or teensy and call it a day. I agree with others that if there was a way to do it with hardware most people have it would be best, but I am less confident that is possible.
Regarding the DiCE unit, I am skeptical this can be done even if it reports a timestamp in the microseconds. I looked at a few dot net sample programs that can make use of the J2534 passthrough API. I haven't spent much time on it though, but since it is standardized it should be straightforward to write a sample program to use the DiCE driver provided and send/receive the can messages we need.
The DiCE unit seems to have a Renesas M32C M30855 processor at 32MHz max frequency: https://www.renesas.com/kr/en/products/ ... 5FJGP.html
Without them paying specific attention to the timing for received messages, I highly doubt the code is optimized enough to provide the correct level of resolution. I could be off on my assumptions/calculations..so I am not saying it isn't possible, just seems unlikely.
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vtl
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I'm not sure you can get much cheaper than Teensy. It is cheap already. Mark got it working with Teensy 3.x, which is two beers cheaper than 4.0. Arduino DUE + its dual CAN-shield is like 3-4x the price.
Chinese fake DiCE clones run with STM. I would not rely on DiCE these days at all, better get a real brand named J2543-compatible dongle with two buses, it will works. I have an xHorse clone that VIDA sees and reads one bus just fine.
Chinese fake DiCE clones run with STM. I would not rely on DiCE these days at all, better get a real brand named J2543-compatible dongle with two buses, it will works. I have an xHorse clone that VIDA sees and reads one bus just fine.
Last edited by vtl on 25 Nov 2020, 08:03, edited 1 time in total.
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sirloins
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Yeah, agree to just use teensy. I was just seeing if it was possible on the Arduino UNO which it seems to be at least for P1.
I think it is just a matter of some people want to use parts they already have and not have to wait for an order to arrive. Less about the cost of the teensy or Arduino.
Good to know about the dice clones, I haven't opened mine up yet to see what parts it was using.
I think it is just a matter of some people want to use parts they already have and not have to wait for an order to arrive. Less about the cost of the teensy or Arduino.
Good to know about the dice clones, I haven't opened mine up yet to see what parts it was using.
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vtl
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Old DiCE units were a "night shift" on an official production line. Mine is from 2011 or even 10, I was able to update its firmware for Windows 7+ USB support, so it is definitely Renesas-based.
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T5Luke
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P1 latency seems to be much easier to detect, maybe an uno or nano is enough if port is directly read and not by digital read() function.
Dice reports very random values for time, i have tested some c lib, if 1ms would be enough it would work but we need much more precission.
Dice exists in serval variations for serval prices you get what you pay for if you search for the processor you want to have, a 1:1 dice is really easy to get, also it is possible to add original bluetooth with some solder skills.
Open p2 bootloader with reading and writing function is on its way.
Dice reports very random values for time, i have tested some c lib, if 1ms would be enough it would work but we need much more precission.
Dice exists in serval variations for serval prices you get what you pay for if you search for the processor you want to have, a 1:1 dice is really easy to get, also it is possible to add original bluetooth with some solder skills.
Open p2 bootloader with reading and writing function is on its way.
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