Partner Product

Model 4294 Quad PowerPC Processor VME Board  (147)
Targets embedded applications that require high-performance interfaces

The Model 4294 Quad G4 Power PC VME Board supports numerous high-speed interfaces, including VIM, RACE++, VME64 and Ethernet.



Four identical processor nodes contain interface and memory resources ideally matching the I/O capabilities of the MPC7410. Each of the four nodes includes local memory and access to shared global resources and interfaces.



Each processor is equipped with its own VIM I/O connector, providing private, high-speed synchronous, bidirectional FIFO, which buffers 32-bit parallel data transfers between the mezzanine module and the MPC7410. The VIM architecture allows simultaneous I/O data transfers to all four processors with no contention for shared resources.



The Model 4294 includes a PCI bridge and SDRAM memory controller that also includes a powerful DMA engine useful for moving data between resources on the board.



Wind River's VxWorks BSP provides developers with a complete library of hardware initialization, control, and application functions. Used in conjunction with Wind River's Tornado II software development environment, it speeds application development. MPI Software Technology's VSI/Pro, an implementation of VSIPL scientific and engineering functions optimized for the PowerPC, and Pentek ReadyFlow board support libraries are also available for the Model 4294.

147
Four Motorola MPC7410 processors Floating-point AltiVec vector processing engine 400/500 MHz clock speed Four 2 MB L2 cache memories Four 32 MB or 128 MB SDRAMs Two high-performance VIM mezzanine sites Triple 64-bit PCI bus VME64 master/slave interface Optional 267 MB/sec RACE++ interface
Model 4294 Quad PowerPC Processor VME Board
The Model 4294 Quad G4 Power PC VME Board supports numerous high-speed interfaces, including VIM, RACE++, VME64 and Ethernet. Four identical processor nodes contain interface and memory resources ideally matching the I/O capabilities of the MPC7410. Each of the four nodes includes local memory and access to shared global resources and interfaces. Each processor is equipped with its own VIM I/O connector, providing private, high-speed synchronous, bidirectional FIFO, which buffers 32-bit parallel data transfers between the mezzanine module and the MPC7410. The VIM architecture allows simultaneous I/O data transfers to all four processors with no contention for shared resources. The Model 4294 includes a PCI bridge and SDRAM memory controller that also includes a powerful DMA engine useful for moving data between resources on the board. Wind River's VxWorks BSP provides developers with a complete library of hardware initialization, control, and application functions. Used in conjunction with Wind River's Tornado II software development environment, it speeds application development. MPI Software Technology's VSI/Pro, an implementation of VSIPL scientific and engineering functions optimized for the PowerPC, and Pentek ReadyFlow board support libraries are also available for the Model 4294.
NO
hardware
Targets embedded applications that require high-performance interfaces