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ETTC'2003 - SEE

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1000Mbit Ethernet, GPS receiver<br />

on board and a set of high-speed<br />

serial links for application specific<br />

needs.<br />

• The MFCC 8447, a successor of<br />

the MFCC 8441 and MFCC 8443<br />

is a PMC with PPC 750FX, up to<br />

256 Mbytes of main memory and<br />

most of the Virtex II Pro resources<br />

available for specific applications.<br />

• The MFCC 8448, will succed the<br />

MFCC 8442 and 8442xD PMC as<br />

powerful computing coprocessor. It<br />

can be equipped with up to two<br />

PCC 750FX or PPC 7447 CPUs, up<br />

to 512 Mbytes of main memory,<br />

and 10-1000Mbit Ethernet.<br />

• The GPIO 8408 allows to use the<br />

power of the Virtex II Pro FPGA<br />

on a PMC without the complication<br />

of an additional processor. This is<br />

the most economic solution for<br />

applications in which the CPU of<br />

the carrier SBC board is sufficient<br />

to handle the I/O requirements.<br />

Experience acquired with the current<br />

implementation of HALs will be used in<br />

the design of these boards, to provide a<br />

hardware infrastructure which fits the<br />

software requirements as far as possible.<br />

Conclusion<br />

Commercial and military aircraft system<br />

designs face similar constraints on<br />

development time, development costs and<br />

unit system costs. With the development of<br />

a coherent ‘Lego’ of function units, CES<br />

was able to provide solutions meeting<br />

these constraints in both fields. Today,<br />

solutions originally developed for a<br />

military program are more and more<br />

frequently applied to commercial systems<br />

and vice versa.

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