GCM48: Difference between revisions
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===FAQs=== | ===FAQs=== | ||
'''Recovery Procedure is CAN 1, 500K Baud Rate''' The GCM48 boot procedure only works at 500K Baud only. | '''Recovery Procedure is CAN 1, 500K Baud Rate''' The GCM48 boot procedure only works at 500K Baud only. | ||
The '''GCM48-2104''' only utilizes '''7''' Low-Side Outputs. In this variant, '''LSO6''' is utilized for FLIM (Fuel Level Indicator Module) actuation and is '''not''' able to function as a typical LSO. | |||
=== Compiler === | === Compiler === | ||
Revision as of 16:24, 20 April 2021
GCM-5605B-048 (GCM48)
The GCM48 is a general-purpose control module with 6 CAN buses, 2 LIN Masters and 1 LIN Slave, and configurable discrete inputs and outputs including analog inputs, frequency inputs, a wake input, low-side driver outputs, and an H-bridge driver output.
The GCM48 is one of the Raptor™ rugged production controllers that use a software development process based upon MATLAB/Simulink and Raptor-Dev which significantly speeds up algorithm development by using automatic integration and code generation. In addition, developers can quickly test application software using simulation and automated testing. See the next page for more details.
Data Sheets
- GCM-5605B-048-2002
- GCM-5605B-048-2008
- GCM-5605B-048-2104
FAQs
Recovery Procedure is CAN 1, 500K Baud Rate The GCM48 boot procedure only works at 500K Baud only.
The GCM48-2104 only utilizes 7 Low-Side Outputs. In this variant, LSO6 is utilized for FLIM (Fuel Level Indicator Module) actuation and is not able to function as a typical LSO.
Compiler
S32 Design Studio for Power Architecture v2.1
Please reference the following Document to download and install the compiler from NXP's website.
GCM48 Compiler Installation Guide