application note
This application note applies to the MPC7447A and MPC7448 processors embedded on an HPC II platform. It describes the implementation of an Automatic Thermal Monitoring System (ATMS) that can be used to automatically control the processor core temperature.
This document describes the design rules used for the High-Performance Computing Platform II (HPC II). Specifically it addresses issues for the design of the circuit board, such as layout, power supplies, and so forth.
NXP Semiconductors Power Architecture™ technology-based evaluation and development platforms may optionally implement a “System ID” non-volatile memory device. This device stores important configuration data about the board.
This application note describes the process of obtaining U-Boot source code and building a binary that runs on NXP’s High Performance Platform II (HPC II, also referred to as Taiga).
The High-Performance Computing Platform II (HPC II) is a high-performance PowerPC server reference design that is optimized for high-speed throughput between the processor and the memory, disk drive, and Ethernet port subsystems. The PowerPC processors supported by this board are as follows: MPC7448, MPC7447A, MPC7447, MPC7445, and MPC7441.
This quick-start guide explains how to prepare the High-Performance Computing Platform II (HPC II) evaluation board, connect it to a host system, and boot Linux.
This document describes the known errata and limitations of the HPC II reference platform, revision V2.
Wind River® Linux is the leader for building outstanding open source embedded products, ensuring customers work with the latest code from the most important open source efforts and most recent technologies.
DINK32 is a flexible software tool enabling initialization, evaluation, and debugging of the 32-bit microprocessors built on Power Architecture technology.