MS3Pro Mini vs AMP Competition vs MS3Pro EVO+ vs EVO+ HC
Choosing a wire‑in standalone ECU isn’t about “best overall” — it’s about what matches your engine, your ignition hardware (smart vs dumb coils), and whether you’re running sequential COP or wasted spark. This comparison page helps you choose the right AMP wire‑in ECU with confidence.
Quick Picks
- Need the smallest ECU? MS3Pro Mini
- Want 8×8 sequential + integrated Bosch LSU 4.9 wideband + Stepper IAC? AMP Competition ECU
- Need all the IO? MS3Pro EVO+
- Running dumb coils and want direct‑drive (no igniters)? MS3Pro EVO+ HC
Jump to: ECU Options | Comparison Chart | How to Choose | FAQ
Compare the 4 Wire‑In ECUs
MS3Pro Mini
Compact wire‑in ECU for up to 8 cylinders — ideal when space is tight.
- 8 Injector Outputs
- 4 Logic‑level Spark Outputs
- 4‑Bar MAP + Baro sensing
- SD logging + CAN / RS232
- Read Mini guide →
AMP Competition ECU
8×8 sequential with integrated wideband + Stepper IAC — same size as Mini
- 8×8 Sequential Fuel & Spark
- Integrated Bosch LSU 4.9 Wideband
- Stepper Idle Support (IAC)
- SD logging (64ch @ 330Hz) + CAN
- Read Competition guide →
MS3Pro EVO+ (Logic‑Level)
Maximum I/O + smart‑coil friendly logic outputs — for complex builds.
- Up to 12 Sequential Injectors
- Up to 10 Logic‑level Spark Outputs
- 92‑pin / 3× AMPSEAL harnessing
- SD logging (64ch @ 330Hz) + CAN
- Read EVO+ guide →
MS3Pro EVO+ HC (High Current)
Direct‑drive ignition outputs for dumb coils — no external igniters required.
- Up to 12 Sequential Injectors
- 8 High‑current Direct‑drive Spark Outputs
- 92‑pin / 3× AMPSEAL harnessing
- SD logging (64ch @ 330Hz) + CAN
- Read EVO+ / HC guide →
Wire‑In ECU Comparison Chart
This chart is designed to fit the page without horizontal scrolling by keeping each cell short and breaking details into more rows. If you’re comparing for ignition strategy (sequential vs wasted spark), pay special attention to Spark Outputs and Output Type.
| Feature | Mini | Competition | EVO+ | EVO+ HC |
|---|---|---|---|---|
| Fuel & Ignition | ||||
| Injector Outputs | 8 | 8 | Up to 12 | Up to 12 |
| Spark Outputs | 4 | 8 | Up to 10 | 8 |
| Ignition Output Type | Logic (smart) | Logic (smart) | Logic (smart) | High current (dumb) |
| Sensors & Wideband | ||||
| Onboard MAP Sensor | 4‑Bar | 4‑Bar | 4‑Bar | 4‑Bar |
| Onboard Baro Sensor | Yes | Yes | Yes | Yes |
| Integrated Wideband | — | Yes - LSU 4.9 | — | — |
| Idle Valve Support | ||||
| PWM Idle Valve | Yes | Yes | Yes | Yes |
| Stepper Idle Valve | No | Yes | Yes | Yes |
| Logging & Connectivity | ||||
| Onboard Logging | SD | SD | SD | SD |
| Channels and Freq | 64ch @ 330Hz | 64ch @ 330Hz | 64ch @ 330Hz | 64ch @ 330Hz |
| CANbus | Yes | Yes | Yes | Yes |
| Serial / RS232 | RS232 | RS232 | USB/Serial | USB/Serial |
| I/O Breakdown | ||||
| Analog Inputs | 7 | 8 | 12 | 12 |
| Digital Inputs | 4 | 7 | 15 | 15 |
| Speed Inputs | 4 | 8 | 11 | 11 |
| Conditioned Knock Inputs | — | — | 2 | 2 |
| PWM Outputs | 2 (+ unused IO) | 9 (+unused IO) | 21 (+unused IO) | 21 (+unused IO) |
| Digital Outputs | 2 (+ unused IO) | 9 (+unused IO) | 21 (+unused IO) | 21 (+unused IO) |
Notes: Not all IO can be used at the same time. Unused Injectors and Spark can be used as digital and PWM outputs.
How to Choose the Right Wire‑In ECU
1) Start with coils: smart vs dumb
- Smart coils (built‑in igniters) → choose a logic‑level ECU (Mini, Competition, or EVO+).
- Dumb coils (no igniters) → if you want to eliminate external igniters/modules, choose EVO+ HC (direct‑drive).
2) Choose your ignition strategy: Sequential COP vs Wasted Spark / Distributor
-
Sequential COP (one coil per cylinder): Choose an ECU with enough spark outputs for your cylinder count.
- 4‑cyl sequential COP → Mini, Competition, EVO+, or EVO+ HC (choose based on coil type and features)
- V8 sequential COP (8 coils) → Competition, EVO+, or EVO+ HC
- Wasted spark / distributor: You can run more cylinders with fewer spark outputs. Example: a V8 wasted‑spark setup typically uses 4 spark outputs — this is where MS3Pro Mini is commonly a strong fit if space and simplicity matter.
3) Decide if you want integrated wideband + Stepper IAC in the ECU
- If you want integrated Bosch wideband control and Stepper idle support in the same ECU, choose AMP Competition ECU.
4) Decide how much I/O you need (now and later)
- If you expect to add more sensors and motorsports strategies (boost by gear, traction, wheel speed, extra outputs), the EVO+ platform is designed for that depth.
- If your build is simpler or space-constrained, the Competition keeps it compact while still delivering real standalone control.
Frequently Asked Questions
What’s the difference between EVO+ and EVO+ HC?
Same EVO+ platform and I/O — the difference is ignition output type: EVO+ is logic‑level for smart coils/external igniters, and EVO+ HC is high current direct‑drive for dumb coils.
What does “logic‑level” mean?
Logic‑level spark outputs provide a 0–5V trigger to smart coils (coils with built‑in igniters) or to an external ignition module.
What does “direct‑drive” (high current) mean?
Direct‑drive means the ECU includes ignition drivers to supply coil current to dumb coils, reducing the need for external igniters/modules.
Which ECU has integrated wideband control?
The AMP Competition ECU includes integrated Bosch LSU 4.9 wideband control.
Still Not Sure Which ECU You Need?
Tell us your engine, cylinder count, crank/cam trigger type, and whether your coils are smart or dumb — and we’ll point you to the cleanest ECU choice for your goals.