REVOLUTIONARY COMPUTING
SYSTEMS FOR A DIGITAL SPACE

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INNOVATION TO DRIVE THE
NEW SPACE ECONOMY

Intelligent systems in space require advanced computing and storage capabilities that can withstand the high radiation levels and extreme temperatures. Ramon.Space revolutionizes orbital services, using proven technology that will radically transform satellites into SW-empowered, smart and autonomous systems. Combining in-house advanced IC integrated circuits and virtual radiation hardening technology designed for space and manufactured in standard high volume processes, creating a new generation of Space COTS (commercial off the shelf) components that set new benchmarks for the new space economy.

2020 ESA/NASA SOLAR ORBITER
POWERED BY
RAMON.SPACE TECHNOLOGY

NOGAH SYSTEMS FOR DIGITAL PAYLOADS.

THE WORLD'S MOST PROGRAMMABLE
COMPUTING SYSTEMS IN SPACECRAFT

NOGAH is a family of space computing systems built from the ground up to enable advanced SW applications in space. With powerful processing, high-density storage and state-of-the-art modular architecture, our systems are the core for next generation digital payloads enabling best-of-breed Earth-like services with space resiliency.

CORE BUILDING BLOCKS
KEY FEATURES
NOGAH BENEFITS

PROCESSOR ICS

  • World’s most advanced space ML/AI DSP
  • Manycore architecture
  • Supports multi-processor environment
  • In-house technology

SSD STORAGE & MEMORY

  • High reliability
  • Intra-satellite RAID (redundant array of independent disks)
  • Distributed (network) storage
  • High endurance

SW TECHNOLOGY

  • Signal processing
  • ML/AI frameworks
  • Networking
  • FDIR (Fault Detection Isolation & Recovery)

RADIATION TECHNOLOGY

  • Virtual Radiation Shield ™
  • Correct radiation errors in external memories and data links
  • Monitor health, enforce recovery
  • FDIR software
  • Nano and Macro – from cubesat to GEO satellite
  • Vertically integrated core technology
  • Modular and scalable architecture
  • In orbit SW upgrades
  • High-density storage
  • Multi-layered Radiation hardening

UNLIMITED MISSION FLEXIBILITY

EXTENDED ORBITAL LIFETIME

EARTH-LIKE COMPUTING AND STORAGE

SPACE RESILIENT IN ANY ORBIT

OPTIMIZED SWaP-C

ENABLES INFINITE MISSIONS

2022 ESA JUPITER ORBITER
POWERED BY
RAMON.SPACE TECHNOLOGY

BUILDING INFINITE SW-EMPOWERED SOLUTIONS

Our unique computing systems enable limitless software solutions and applications with massive processing power and storage with ready to use architecture.

REMOTE SENSING, EARTH
OBSERVATION & IOT

Powered by AI & ML engines enabling the full span, from real-time processing of images or sensing data in orbit, to massive storage and downlink transmission. Our solution is cost effective, optimized SWaP (size, weight and power) and fully software programmable.

COMMUNICATION
PAYLOADS

Ranging from mega LEO constellations to MEO and GEO satellites, our software-defוned telecom solutions enable the realization of regenerative and non-regenerative smart communication satellites, including channelizers, inter-satellite links, routing in space, digital beamforming and beam hopping.

DATA CENTERS & EDGE
COMPUTING

With high-density SSD based storage and super computing capabilities, we offer data centers and data networks in space. This enables satellite constellations to receive non-stop data center services on-orbit and support the build out of computing infrastructure in space.

SPACE
EXPLORATION

Our computing platforms power unique space exploration missions all over the solar system. With diverse applications and software, we support complex missions, delivering unmatched performance under hostile space conditions.

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