Assembled, cased GenBoard v3.x (note: HW functionality changes since v3.0 to v3.6 are marginal, though useful for a small percentage of users: only the auditrigger onboard 3-trigger setup and the new onboard auditrigger camHALL-inverter. So no dedicated software or installation instructions changes ).

It is basically:

• GenBoard v3.6
• stepper driver (mounted)
• EC36pin23 used as flyback (as you know, flyback must be connected to the injector_common+ signal directly to protect the controller's injector outputs)
• EC36pin22 connected as an extra GND5. Ground pins (EC36pin5, EC36pin21, EC36pin32, EC36pin22 and EC36pin26 signal GND) must be connected to each other with short, 0.1m (0.75 .. 1.5 mm2 thick) wires (and than with strong shared wire to batt- or chassis ground). If the controller is powered through the sensor-GND only (EC36pin26) because the GND5 signals are not connected properly (or connection breaks during operation), the ECM will be damaged.
• 10 FET-driven power outputs: the 8 "injector driver", that includes flyback, and can be configured for other functions: drive relay, solenoid, etc...+2 WBO2 heater driver that can also be configured for a variaty of functions, but care is needed, since it does not have onboard flyback (good for WBO2 heater, lamp or LED, but must not drive inductive load)
• EC36-PCB
• EC18-PCB
• Alubos1600 + screws
• 2xAlubos gaskets
• CNC-d Alubos (2 part) frontplate
• CNC-d Alubos endplate
• 3xclamping plates + screws
• insulator sheet
• more complete testing
• RS232 connected to EC18-pin14 (=DSUB9 pin 3) ; EC18-pin15 (=DSUB9 pin2) and of course EC36-pin26 GND (=DSUB9 pin5). Flying loom RS232 is requestable if max 2 other extras of PS2, LCD, MAP, EGT requested.
• EC18pin6 is set up for electronic MAP signal when no onboard MAP sensor is used. Otherwise EC18pin6 set up for MCP3208 extra-ADC input (often channel6 or 7)
• EC18pin12 is set up for secondary_trigger VR when auditrigger is ordered. Otherwise EC18pin12 set up for MCP3208 extra-ADC input (often channel7 or 6)
• EC18pin16 is set up for MCP3208 extra-ADC input (often channel5 or 6 or 7) when 1-wire option is not selected (extra analog inputs are very useful). 1-wire is a very special HW features (1-wire input is not useful for most users) the Dallas/Maxim network standard, eg. used by "iButton security" touchon button.
• primary trigger: EC36pin27 set up for VR. Optionally EC36pin27 (same pin) setup for HALL for no extra charge

• HALL: EC36pin13 set up for HALL. Good if secondary trigger sensor is HALL or optical type (common even where primary trigger sensor is VR). Also good choice if you do not want to use the secondary trigger (as most even-fire setups). EC18pin12 is an mcp3208 analog input (usually channel 7 or 6 or 5).
• VR (new option, not same as auditrigger!!!) EC36pin13 is setup for VR input. EC18pin12 is an mcp3208 analog input (usually channel 7 or 6 or 5)
• AudiTrigger standard (with camsync inverter since orderid 3267, 2009-06-21): secondary trigger VR signal must be connected to EC18pin12 (or secondary trigger disabled in software). EC36pin13 can be pulled to ground (either in a VR-only setup, or running with a broken HALL sensor a "limp-home mode"). With auditrigger configuration, using only the EC36pin13 HALL input for secondary trigger will not work.
• AudiTrigger noCamsyncInverter (OBSOLETE): secondary trigger VR signal must be connected to EC18pin12. EC36pin13 can be left open (either in a VR-only setup, or running with a broken HALL sensor a "limp-home mode"). With auditrigger configuration, using only the EC36pin13 HALL for secondary trigger will not work.

• 8: all 8 ignition channels are configured with powerful driver (IGBT). (0 logic-level output). This is recommended for 8 cyl fully sequential (non-wasted-spark) ignition with traditional coils (coil without driver). Also popular for 5 cyl setups and 6cyl COP install. Note that some old tachometer (RPM) gauges need an extra IGBT output, see inductor item (in category Genboard/Testing).
• 6+2: 6 IGBT + 2 logic-level : Suitable for upto 12cyl wasted spark, upto 6 cyl fully sequential ignition, while also suitable for the 4cyl active wasted spark modules
• 4+4: 4 IGBT + 4 logic-level output
• 2+6: 2 IGBT + 6 logic-level output
• 0: 0 IGBT + 8 logic-level output (useful for 8cyl fully sequential with active coils)

• LCD and PS2 means flying loom DSUB9 connection, the new pinout (not the old; check here) for LCD; also flying loom connector for PS2 keyboard (attach keyboard and tweak!). You likely want to order an LCD as well, this is just the ECM-side connection.
• Onboard MAP means 250kPa MPX4250AP or 400kPa MPXH6400 sensor mounted onboard with frontplated mounted standard pneumatic (vacuum bearable) 6/4mm connector. Simplenipple is 4.5mm diameter brass nipple (with beak, like motronic, for rubber hose). Offboard MAP means that EC18pin6 is MAP input (0..5V, offset and gain calibration configurable in firmware).
• EGT and knock: means: EGT is through flying-loom compensational cable. Knock signal: EC18pin3. Knock GND: EC18pin2 (internally connected to EC36pin26, but connect both).
• mounting style=screws is by default 2 M5 or M6 screws stickout from the Alubos 71mm apart that can be used for mounting. If the standard 71mm distance is not the best for your app, write your wish in the order note (prefer metric screws, we might not be able to service non-metric or in the best case with delay).

To connect the ECU to the application, you will also need:

• EC36-wire (or EC36-harness)
• EC18-wire (or EC18-harness)

Make sure you specify trigger in the order note if standard is not appropriate for your setup. If you have doubts, or think further discussion is useful, please refer (with URL) from the order note to your wiki page under MembersPage.

The controller comes unclamped by default (this allows final testing, review and any customizations on site with shorter disassembly time). This requires clamping the 3 clamping plates with 6 screws, and 4+4 screws for the frontplate and endplate. Clamping is done on request for no extra charge.