Tech News
Back to home
Technology

Programmer installed and ran Doom on an orbiting European Space Agency satellite

Source

Tom's Hardware

Published

TL;DR

AI Generated

A programmer successfully installed and ran Doom on an orbiting European Space Agency satellite, the OPS-SAT "flying laboratory," as part of a hacking challenge. The satellite, equipped with a powerful onboard computer, allowed for various experiments including running Doom, playing chess, and executing a stock transaction from space. The team faced challenges due to limited software dependencies and time slots for code uploads. To display the game, they used the satellite's camera images of Earth as the background, overcoming resolution and color depth issues with an onboard AI model. Despite tweaks to Doom's color palette, the achievement sets the stage for potential future gaming endeavors in space.

Read Full Article

Similar Articles

Zuckerberg's Meta will beam sunlight from space to power AI data centers, solar-collecting satellites will orbit 22,000 miles above Earth — firm reserves 1 Gigawatt of orbital solar energy and 100 Gigawatt-hours of long-duration storage

Zuckerberg's Meta will beam sunlight from space to power AI data centers, solar-collecting satellites will orbit 22,000 miles above Earth — firm reserves 1 Gigawatt of orbital solar energy and 100 Gigawatt-hours of long-duration storage

Meta, led by Zuckerberg, plans to power its AI data centers with sunlight beamed from space using solar-collecting satellites in geosynchronous orbit 22,000 miles above Earth. The company has reserved 1 Gigawatt of orbital solar energy and 100 Gigawatt-hours of long-duration storage to address the increasing energy demands of its AI infrastructure. This move is part of Meta's strategy to secure long-term energy supplies for its expanding AI operations, with a first orbital demonstration planned for 2028 and potential commercial delivery by 2030. The partnerships with Overview Energy and Noon Energy aim to tackle the challenges of intermittency and long-duration energy storage in renewable energy systems.

Tom's Hardware•
Scientists create electronic devices that function reliably at extreme temperatures from 500 degrees Celcuis to absolute zero — advanced semiconductor material unlocks new possibilities in space tech and quantum computing

Scientists create electronic devices that function reliably at extreme temperatures from 500 degrees Celcuis to absolute zero — advanced semiconductor material unlocks new possibilities in space tech and quantum computing

Scientists at KAUST have developed electronic devices made of gallium oxide that can function reliably in extreme temperatures from near absolute zero to 500°C. These devices have potential applications in space tech and quantum computing due to their ability to withstand extreme temperature swings. By using ultrawide-bandgap semiconductor beta-gallium oxide and heavily doping it with silicon atoms, the researchers created devices that can maintain electrical conduction even in cryogenic conditions. The team built transistors and logic inverters that operated reliably at temperatures as low as 2K, paving the way for the development of temperature-resistant devices for various technological applications.

Tom's Hardware•
Enthusiast fixes 30-year issue with S3 graphics card — hacking the VBIOS fixes black levels by scalpelling out the Virge DX’s ‘pedestal bit’

Enthusiast fixes 30-year issue with S3 graphics card — hacking the VBIOS fixes black levels by scalpelling out the Virge DX’s ‘pedestal bit’

A retro hardware enthusiast successfully fixed a 30-year-old issue with S3 graphics cards by hacking the VBIOS to address the 'pedestal bit' problem that caused washed-out black levels. By adjusting the hexadecimal value in the VBIOS code, the darkest blacks were restored to their proper color, eliminating the undesirable gray appearance. The enthusiast used debugging tools to locate and modify the pedestal bit, then dumped the VBIOS to a file, made the necessary tweaks, and flashed it back to the hardware. The fix resulted in a deep black background upon booting, confirming the successful elimination of the pedestal bit issue. This solution can potentially be applied to other S3 Virge DX models, offering a resolution to a long-standing problem in graphics card technology.

Tom's Hardware•
SpaceX says it is going to begin manufacturing GPUs — $1.75 trillion IPO listing reportedly includes in-house GPU production

SpaceX says it is going to begin manufacturing GPUs — $1.75 trillion IPO listing reportedly includes in-house GPU production

SpaceX's confidential $1.75 trillion IPO filing reveals plans to manufacture its own GPUs, investing billions in internal processor production due to a lack of long-term supply agreements with silicon suppliers. The company's intention to build GPUs, not specialized AI accelerators, is highlighted, with the naming convention still uncertain. While SpaceX's CEO confirmed plans for high-volume semiconductor manufacturing, the specifics of the GPUs remain unclear, raising questions about potential competition with existing AI GPU manufacturers like AMD and Nvidia. The S-1 form's confidential nature prevents verification of its content, leaving room for speculation on SpaceX's semiconductor endeavors.

Tom's Hardware•

We use cookies

We use cookies to ensure you get the best experience on our website. For more information on how we use cookies, please see our cookie policy.