Command & Data Handling

Reliability and high performance are key design elements of our data handling system, which include features such as, Error Detection and Correction (EDAC), and Non-Volatile & Flash Memory. Designed to support price-sensitive commercial missions that require reliable, qualified solutions.

Our reputation for reliability and performance is gaining ever more traction from our customers world-wide. You can read more about some of these customer missions here.

Developed to deliver ‘always-on’ operation with flexiblity across multiple mission applications and customer requirements. Incorporating flight proven processors and innovative hardware/firmware recovery mechanisms, our highly miniaturized On Board Computer delivers high-performance computing for the most demanding missions. 

  • Reliable high-performance space data handling avionics
  • Tolerant to Single-Event-Effects (SEE) in logic and data storage
  • RTEMS real-time operating system (RTOS)
  • Multiple on-board data buses
  • Designed for five years in LEO
  • ITAR free equipment
  • Modular, compatible, mechanical design
  • GPS available on PLUS models

Downloads

KRYTEN-M3 DATASHEET (1.8 MB PDF)

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CubeSat

Providing reliable performance in a radiation environment, our robust spacecraft computing platform features Error Detection and Correction Protocols, Non-Volatile Memory with SECDED protection, and GNSS capability. Designed to support commercial quality standards and commercially reliable service guarantees.

Product Quantity Price
KRYTEN-M3 -- Contact Us
KRYTEN-M3-PLUS -- Contact Us

Smallsat

Our real-time operating systems run on a fault-tolerant soft processor and are compliant to IEEE 1754 SPARC v8, emphasising on enhanced error detection and correction.

Product Quantity Price
SIRIUS OBC LEON3FT -- Contact Us
SIRIUS TCM LEON3FT -- Contact Us
Sirius OBC Development Kit -- Contact Us
Sirius TCM Development Kit -- Contact Us

“ALE selected the AAC Clyde Space the Sirius solutions because of the excellent functional specifications and ease of integration. Incorporating flight proven processors and innovative hardware/firmware recovery mechanisms, the Sirius TCM boasts 16 GB mass storage and CCSDS encoding as standard enabling the high-performance for our flexible satellite operations. We are pleased that the Sirius TCM has allowed us to utilize several ground stations to link our cutting-edge satellites, proving to be reliable and robust data handling system.”

Hiroki Kitamura, Senior Space System Engineer, ALE Co., LTD

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