On-board Computing– tag –
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Planet Ventures Makes Strategic Investment in Starcloud, a Pioneer in Space-based AI Data Centers, Following $250M Series A Extension
Newsfile Canada Overview Planet Ventures announced a strategic investment in Starcloud, a pioneer in space-based AI data centers aiming to deploy large-scale computing infrastructure in orbit to support AI and high-performance computing ... -
NASA JPL Initiates Testing of “HPSC,” an AI-Ready Space Processor 500x Faster Than Current Chips
Times of India USA Overview NASA's Jet Propulsion Laboratory (JPL) has begun testing its High Performance Spaceflight Computing (HPSC) processor, reportedly 500 times faster than current radiation-hardened space chips. This palm-sized, A... -
Orbital AI Data Centers Accelerate to Solve Terrestrial Power Challenges; Google Plans 2027 Satellite Learning Mission
Space Daily USA Overview To address the escalating power consumption of AI-focused data centers (equivalent to 100,000 homes), companies like Google are accelerating strategies to deploy computing infrastructure in Earth's orbit. Orbital... -
VORAGO Technologies Expands Radiation-Hardened Microcontroller & Microprocessor Portfolio for Space, Aerospace, Defense with HARDSIL® Technology
VORAGO Technologies USA Overview VORAGO Technologies has significantly expanded its portfolio of radiation-hardened and tolerant microcontrollers and microprocessors for mission-critical applications in space, aerospace, and defense. Lev... -
Intel Unveils “Starfire”: First Space-Grade Processor Integrating AI Acceleration and Radiation Hardening
Semiconductor Engineering USA Overview Intel announced "Starfire" in July 2026, its inaugural processor designed for space, combining cutting-edge AI acceleration with robust radiation hardening. This system-on-chip is built on Intel's a... -
Orbital Data Centers Gain Traction Amid AI Boom: Starcloud Demonstrates Capability, SpaceX Seeks Approval
Digital Journal Canada Overview As the AI boom intensifies power, land, and water constraints for terrestrial data centers, interest in 'orbital data centers' is surging. This space-based computing concept, leveraging abundant solar ener... -
Miniaturized Radiation-Hardened FPGA for Small Satellites Boosts On-Board Processing by 50%, Enhancing Mission Capabilities
Small Satellite Conference Proceedings (July 2026) International Overview A new miniaturized and radiation-hardened FPGA (Field-Programmable Gate Array) optimized for small satellites has been unveiled, demonstrating a two-fold improveme... -
Premier Graphene Eyes Aerospace with Biomass-Derived Supermaterial
Markets Insider USA Overview Premier Graphene is introducing a novel graphene material, distinguished by its exceptional strength-to-weight ratio, high thermal conductivity, and robust radiation resistance, specifically targeting high-pe... -
Axiom Space, Starcloud, and SpaceX Accelerate Orbital Data Center Development, Redefining Cloud Computing by 2035
Data Center Knowledge USA Overview Driven by limitations in terrestrial infrastructure, interest in orbital data centers is surging. Axiom Space is developing orbital data center nodes supporting cloud computing, AI, and cybersecurity. S... -
Space Data Centers Poised to Revolutionize AI Infrastructure with 8x Terrestrial Power Generation and Vacuum Cooling
IEEE Computer Society USA Overview Space-based data centers offer a transformative solution for escalating AI infrastructure demands, potentially generating up to eight times more power from solar energy than terrestrial counterparts. Th...
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