Speakers
Description
In Space compute intensive applications, the current dilemma we observe is the following: how could one perform very complex and powerful data processing into Space, while:
- ensuring a decent level of radiation tolerance,
- participating to SwaP optimization (Size, Weight & Power, translating here at least in a limited power consumption of the computing platform),
- having either significant Space heritage or at least sufficient advantages and risks mitigation techniques to convince Space systems designers.
This paper will first introduce the two solutions proposed by Teledyne e2v in using state of the art powerful processing solutions for Space Payload applications:
- A Teledyne e2v Space specific and qualified version of Qormino® Common Computer Platform, based on NXP LS1046 (Quad Cortex ARM Cortex A72 @ 1.8GHz), 4GB of DDR4, on a custom Teledyne e2v proprietary substrate.
- A Space qualified NXP based LS1046 used as a standalone Microprocessor (Quad Core ARM Cortex A72 running at 1.8GHz).
Further to these products descriptions, this paper will describe the dedicated processes that Teledyne e2v will put in place to de-risk and validate the use of such innovative solutions in Space applications:
- Radiation testing.
- Mitigation of Radiation effects (SEU)
- Vibration Testing
| Paper submission | Yes |
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