The controllers range in pin count, input, output, memory, and processor configuration.
Most modules are available in ‘F’ (Flash) or ‘C’ (Calibratible) versions. Flash modules are typically used for production purposes. Calibratible modules are typically for prototyping/development purposes and can be calibrated in real time using MotoTune or another calibration tool.
ECU Quick Reference Guide
Compare your IO, processing, and memory requirements to our online ECU Summary table.
ECU Selection Guide
To help select a electronic controller unit for a project, the ECU Selection Sheet is a valuable starting point. It helps the user ask all the basic questions needed to select a module for a project. If New Eagle is doing a project for you, this would be the document we would use for selecting the module and explaining the overall system. You can use this to help explain what exactly you need for your electronic control system.
Download Form - Please download, complete, and email or fax it when you're done. ECU Selection Document
Currently Available
Body Control Modules (BCM)
BCM-5646-48-1404 (BCM48)
Features Include
Freescale MPC 5646 microprocessor
Operating Voltage: 6-26 VDC
Operating Temperature: -40°C to 85°C
4 CAN / 4 LIN Channels / Ethernet
The BCM-5646-48-1404 functions as a communications gateway controller or general purpose automotive grade rugged controller. It uniquely has 4 CAN, 4 LIN, and embedded Ethernet as well as discrete IO. With an IP67 rating, the BCM-5646-48-1404 is able to withstand rough automotive, marine, and off-road environments. This device is Raptor programmable.
A Raptor OBD2 compatible, 8 cylinder engine controller is in development with Bosch. This controller will be used for engine and EV-HEV application that require automotive software development standards.
Naming, General Controller FAQs, Webstore, Warranty info
New Eagle Control Module Naming Scheme
The New Eagle naming scheme is broken into four main parts: type of control module, type of microprocessor, number of pins, and model year & variant. An extra sequence of numbers/letters may be seen at the end which determine certain model features such as flash, calibratible, or mounting feet.
ECM-565-128-0701-C-M
Start by looking at the first section which determines the type of control model. The model in the above example is an ECM (Engine Control Module) as opposed to a GCM (General Control Module), HCM (Hydraulic Control Module), or BCM (Body Control Module)
The second part describes the type of microprocessor the module has. The above module has a MPC565 Microprocessor.
The third part shows the number of pins that the module has. The example module has 128 pins.
The fourth section consists of the model year and the model variant. In the above example, the control model has a model year of 2007 and is the first variant.
The next section that may appear when naming modules determines certain features that the model may have. 'C' stands for Calibratible - thus the above module is calibratible. Other Endings may include 'F' (Flash), 'M' (Mounting Feet), 'CPO' (Calibratible "DEV" Development Module), and 'F00' (Flash "PROD" Production Module).
The last letter is M or it is blank. M means mounting feet are included.
Module Naming Quick Cheat Sheet:
Module: ECM-555-80-xxyy-CP0-M or F-M
ECM = engine control module
555 = MPC 555 microprocessor
80= 80 pins
xx = model year (e.g. 07 = 2007 model year)
yy = variant of 80-pin model for xx model year (e.g. 03 = third variant).
-Czz = calibratable "DEV" development module (zz is the development level (i.e. P1 - prototype level 1)
-F = flash "PROD" production module
The final letter is -M meaning rubber mounting feet attached. If the part number does not end in a M, the module will not come with feet.
General Controller FAQ
Controller FAQs. This section describes information common across modules. For specific module information, go to the controller page for that module family.
Please note that information given on the capability of a singular input or output is provided based on knowledge of its intended/designed/specified mode of operation.
New Eagle does not know how a customer may apply the module, and thus does not provide warranty without an express and specific production supply agreement based on the cumulative operating mode (which requires manufacturer testing/approval to validate).
Most products sold as engineering prototypes do not have warranty. The details are covered in the terms and conditions of sale.
New Eagle Engineering is available to assist with the validation of your application to the module design, hence providing the ability to gain a warranty for your recurring, production use.
