Dear friends! I'm glad to announce the integration of sinocastel protocol in flespi! The following devices are supported: Sinocastel IDD-213GD Sinocastel IDD-213GL Sinocastel IDD-213L Sinocastel IDD-213N Sinocastel IDD-213W Sinocastel D-218L Sinocastel LT-163L Sinocastel LT-168L Sinocastel T-229L Information about sinocastel protocol updates will be posted here.

We've released sinocastel protocol improvement: alarms report is supported now.

Sinocastel protocol updated: DTC (Diagnostic Trouble Codes) report is supported.

Sinocastel protocol updated: Snapshot/Frozen frame data report is supported. This report carries data read from OBDII interface.

Snapshot/Frozen frame data report is fixed for the case, when Number of PID types is 0.

Sinocastel protocol updated: settings Query Response packet is supported.

Sinocastel protocol updated: PID data packet is supported.

Sinocastel protocol updated: fixed the position.latitude and position.longitude parameters sign

[Changelog] sinocastel protocol

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Sinocastel protocol updated: added parsing of TLV 0x1705: International mobile subscriber identity (IMSI)

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Sinocastel protocol updated: G-Sensor data packet is supported (accelerometer data)

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Sinocastel protocol updated: protocol IDs 0xD004 and 0xD005 supported - Firmware upgrade result

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Additional OBD-II PIDs are supported for sinocastel protocol.

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vehicle.vin parameter parsing added
OBD pids 2123(fuel pressure) and 214F(oxygen sensor max values) parsing added

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OBD-II PIDs supported:

0x210A - parameter can.fuel.pressure
0x2122 - parameter can.relative.fuel.rail.pressure
0x2123 - parameter can.direct.fuel.rail.pressure (renamed from can.fuel.pressure )

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Supported OBD-II PID 0x2102: DTC that caused freeze frame data capture - parameter can.freeze.dtc

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Supported OBD-II PID 0x2112: commanded secondary air status - parameter can.secondary.air.state

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The following OBD-II PIDs are supported:

0x2118 - oxygen sensor output voltage (B3-S1) and short term fuel trip associated with this sensor (B3-S1).
parameters: can.oxygen.sensor.output.voltage.5 and can.oxygen.sensor.fuel.trim.5
0x2119 - same as above for oxygen sensor B3-S2
parameters: can.oxygen.sensor.output.voltage.6 and can.oxygen.sensor.fuel.trim.6
0x211A - same as above for oxygen sensor B4-S1
parameters: can.oxygen.sensor.output.voltage.7 and can.oxygen.sensor.fuel.trim.7
0x211B - same as above for oxygen sensor B4-S2
parameters: can.oxygen.sensor.output.voltage.8 and can.oxygen.sensor.fuel.trim.8

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Sinocastel protocol updated:
Parameters power.on.event and power.off.event are replaced by power.on.status parameter:

power.on.event corresponds to power.on.status=true
power.off.event corresponds to power.on.status=false

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Sinocastel protocol updated:
integer parameter position.fix.type showing if the position is 2D (value = 1), 3D (value = 2) or not fixed (value = 0) added

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Supported OBD-II PID 0x214E: engine run time since DTCs cleared - parameter can.dtc.cleared.engine.time

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Sinocastel protocol updated: supported protocol id 0x4008 - Cell ID

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Supported OBD_II PID 0x2131: EVAP system vapor pressure - parameter can.evap.vapor.pressure

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The following OBD-II PIDs are supported:

0x2128 - Linear or the equivalence ratio of broadband oxygen sensor (lambda) and voltage for sensor B3-S1
parameters: can.oxygen.sensor.fuel.air.ratio.5 and can.oxygen.sensor.voltage.5
0x2129 - same as above for oxygen sensor B3-S2
parameters: can.oxygen.sensor.fuel.air.ratio.6 and can.oxygen.sensor.voltage.6
0x212A - same as above for oxygen sensor B4-S1
parameters: can.oxygen.sensor.fuel.air.ratio.7 and can.oxygen.sensor.voltage.7
0x212B - same as above for oxygen sensor B4-S2
parameters: can.oxygen.sensor.fuel.air.ratio.8 and can.oxygen.sensor.voltage.8

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Sinocastel protocol is updated - the following OBD-II PIDs are supported:

0x2135 - Linear or the equivalence ratio of broadband oxygen sensor (lambda) and current for sensor B1S2
parameters: can.oxygen.sensor.fuel.air.ratio.2 and can.oxygen.sensor.current.2
0x2136 - Linear or the equivalence ratio of broadband oxygen sensor (lambda) and current for sensor B2S1
parameters: can.oxygen.sensor.fuel.air.ratio.3 and can.oxygen.sensor.current.3
0x2137 - Linear or the equivalence ratio of broadband oxygen sensor (lambda) and current for sensor B2S2
parameters: can.oxygen.sensor.fuel.air.ratio.4 and can.oxygen.sensor.current.4
0x2138 - Linear or the equivalence ratio of broadband oxygen sensor (lambda) and current for sensor B3S1
parameters: can.oxygen.sensor.fuel.air.ratio.5 and can.oxygen.sensor.current.5
0x2139 - Linear or the equivalence ratio of broadband oxygen sensor (lambda) and current for sensor B3S2
parameters: can.oxygen.sensor.fuel.air.ratio.6 and can.oxygen.sensor.current.6
0x213A - Linear or the equivalence ratio of broadband oxygen sensor (lambda) and current for sensor B4S1
parameters: can.oxygen.sensor.fuel.air.ratio.7 and can.oxygen.sensor.current.7
0x213B - Linear or the equivalence ratio of broadband oxygen sensor (lambda) and current for sensor B4S2
parameters: can.oxygen.sensor.fuel.air.ratio.8 and can.oxygen.sensor.current.8

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New OBD-II PID is added for sinocastel protocol:
0x2152 - Alcohol fuel percentage (%), flespi parameter: alcohol.fuel.percentage

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New OBD-II PIDs are supported for sinocastel protocol.
Mapping to the flespi parameters is below:

0x211E - Auxiliary Input Status, A0 Power Take Off (PTO) status - can.pto.status
0x2159 - Fuel Rail Pressure (absolute) - can.absolute.fuel.rail.pressure
0x215B - Hybrid battery pack remaining life - can.hybrid.battery.pack.life
0x215C - Engine oil temperature - can.engine.oil.temperature
0x215D - Fuel injection timing - can.fuel.injection.timing
0x215E - Engine fuel rate - can.engine.fuel.rate

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Sinocastel protocol is updated - added getparam command:

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New PIDs are supported for sinocastel protocol. Mapping to flespi parameters is as follows:

0x2154 - Evap System Vapor Pressure - can.evap.vapor.pressure, Pa
0x2167 - Engine Coolant Temperature:
-- Byte B Engine Coolant value of ECT Sensor 1 - can.engine.coolant.temperature.1, celsius (this parameter is registered if bit0 of Byte A ECT Sensor 1 supported is 1)
-- Byte C Engine Coolant value of ECT Sensor 2 - can.engine.coolant.temperature.2, celsius (this parameter is registered if bit1 of Byte A ECT Sensor 2 supported is 1)
0x2168 Intake Air Temperature:
-- Byte B： Intake Air Temperature Bank 1, Sensor 1 - can.intake.air.temperature.1, celsius (this parameter is registered if bit0 of Byte A Support of Intake Air Temperature Sensor Data is 1)
-- Byte C： Intake Air Temperature Bank 1, Sensor 2 - can.intake.air.temperature.2, celsius
(this parameter is registered if bit1 of Byte A Support of Intake Air Temperature Sensor Data is 1)
-- Byte D： Intake Air Temperature Bank 1, Sensor 3 - can.intake.air.temperature.3, celsius
(this parameter is registered if bit2 of Byte A Support of Intake Air Temperature Sensor Data is 1)
-- Byte E： Intake Air Temperature Bank 2, Sensor 1 - can.intake.air.temperature.4, celsius
(this parameter is registered if bit3 of Byte A Support of Intake Air Temperature Sensor Data is 1)
-- Byte F： Intake Air Temperature Bank 2, Sensor 2 - can.intake.air.temperature.5, celsius
(this parameter is registered if bit4 of Byte A Support of Intake Air Temperature Sensor Data is 1)
-- Byte G： Intake Air Temperature Bank 2, Sensor 3 - can.intake.air.temperature.6, celsius
(this parameter is registered if bit5 of Byte A Support of Intake Air Temperature Sensor Data is 1)
0x2187 Intake Manifold Absolute Pressure:
-- Byte BC： Intake Manifold Absolute Pressure A - can.intake.map.1, kPa (this parameter is registered if bit0 of Byte A Support of Intake Manifold Absolute Pressure Data is 1)
-- Byte DE： Intake Manifold Absolute Pressure B - can.intake.map.2, kPa (this parameter is registered if bit1 of Byte A Support of Intake Manifold Absolute Pressure Data is 1)
0x219D Fuel Rate - can.fuel.rate, g/s
0x21A6 Vehicle Odometer - can.vehicle.mileage, km