Rad Tolerant, Advanced Scalable Solid State Recorder

Advanced EO, IR, and RF payload sensors on modern satellites produce significant volumes of data at Gigi-bit rates.

This data is required to be temporarily stored on-board to support data processing, downlink, or cross-link operations. Data files and associated metadata necessitates efficient management systems to support quick access to areas of interest within data files.

To support these needs, modern processors and memories paired with high speed optical or copper interfaces, executing file management/ database software is a necessity.

CONTACT OUR EXPERTS >

Jump To:

Features

Literature

Overview

Moog has invested significantly in components, architectures, and automated manufacturing equipment to provide state-of-the-art, radiation tolerant data processing and storage solutions for the space market.

Moog has leveraged state-of-the-art radiation tested commercial components, standard architectures such as VPX, and modern software data management capabilities to provide a high performance, high capacity Solid State Recorder.

Features:

Rad Tolerant, multi-core ARM Network Processor

– 2.1GHz

– Supports multiple 1G and 10G Ethernet

– Data-path accelerators

– Trust architecture capable

Rad Tolerant FPGA implements high speed DMA engines to Flash memory boards
Data striping to multiple Flash memory boards provides ultra-fast access speeds
RAID like ECC for multiple (>3) Memory board configurations
FMC like mezzanine board provides flexible payload interfaces (Optical or Copper based)