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BSPs and Device Drivers
Linux BSP for Freescale Media5200 EVB
Note: For better experience, software downloads are recommended on desktop.
The Media5200 development platform for MPC5200B provides all the hardware needed for rich user and machine interfaces and the software tools to make effective use of them. It is based on the 760 MIPS low-power MPC5200B processor, which contains a Power Architecture core. It contains a wide variety of integrated I/O and has virtually all the hardware components you need to quickly develop scalable software solutions while saving valuable software integration time and development costs. The MPC5200B is capable of processing CPU and DSP intensive applications on a single, easy-to-manage core including voice recognition, acoustic echo cancellation, compressed audio decoding/encoding and video decoding.
Software Development Templates
The Media5200 development platform is self-configurable to your development environment through the use of scripts and utilities. A fully networked image using NFS, CIFS and TCP/IP is supplied, allowing you to compile on your host and run on your target, all through an Ethernet connection— easy and fast! System configuration examples along with build files for hardware supported configurations are included.
Target Applications and System Summary Automotive
entertainment and information systems, network gateways, network access storage, industrial controllers, audio systems, instrumentation systems, video and data interpretation systems, telematics devices, hands-free phone modules, lane departure warning systems and set-top boxes are just a sample of target systems the Media5200 may be used to develop and prototype.
The system may be powered directly with 12VDC (optional 120VAC adapter included) or via an ATX-style power supply. A DIN-sized main board offers comprehensive hardware utilities, including a repositionable touch screen graphics display with 3-D support, audio subsystem, GPS module, automotive networking including CAN and Media Oriented Systems Transfer (MOST), as well as connectivity to wireless subsystems (such as cellular, Bluetooth technology, or IEEE® 802.11 standard), WiFi® technology and a rich set of I/O to accommodate a wide variety of designs.
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