Super Computer for SpaCe

SCS750

page  of 5

|

The

industry’s need for high-performance computing and on-board data

processing while providing excellent reliability/upset immunity.

There is a trend to perform data management and manipulation

on the spacecraft, which requires a large amount of processing

power. This next generation super computer will enable future

satellite designs to dramatically increase error-free, on-board data

processing, mission planning and critical decision-making.

The

ing high performance computing and memory for the most demand-

ing space applications. Its design decisions have been driven by a

guarantee of the highest reliability and performance. Maxwell has

developed a comprehensive radiation mitigation strategy to provide

total dose hardness, latchup immunity and upset error mitigation for

the

•

•

up to 000X Better performance than Current Space

processor Boards

•

Highest Space-Qualified performance @800 mIpS

•

Demonstrated radiation tolerance

- Silicon-on-Insulator (SoI) processors

- actel rtaX-S radiation tolerant fpGas

- raD-paK® & raD-StaKtm packaged memories

•

triple modular redundant processing

•

advanced error Corrected SDram

•

ultimate upgradeability

•

Software Selectable power Consumption

from 7-25 watts typical

•

Standard Development platform – Compatible

with IBm's powerpC750tm

Overview of Specifications

Maxwell's SCS750 has become the benchmark of which all

future space processor boards will be measured.

SCS750F FLIGHT MODULE

®

®

SUPER COMPUTER FOR SPACE

One board upset every 100 years in a GEO or

LEO Orbit

7