HN
Today

Run Windows 2000 on a DEC Alpha with a new es40 fork

A dedicated emulator community has unveiled a new fork of the es40 Alpha emulator, dramatically enhancing its capabilities for vintage operating systems. This technical achievement, featuring a JIT compiler and S3 graphics support, now enables enthusiasts to run Windows 2000 on emulated DEC Alpha hardware. It's a prime example of how niche technical efforts keep computing history alive and accessible for exploration.

5
Score
0
Comments
#3
Highest Rank
3h
on Front Page
First Seen
Jul 5, 3:00 PM
Last Seen
Jul 5, 5:00 PM
Rank Over Time
934

The Lowdown

The realm of vintage computing emulation has seen a significant stride with the introduction of a new fork for the es40 Alpha emulator. This development brings notable advancements, most prominently allowing users to successfully run Windows 2000 on emulated DEC Alpha hardware, alongside improvements for other classic Alpha-based operating systems like OpenVMS.

  • The new es40 emulator fork includes a JIT compiler, leading to substantial speed improvements for emulated systems, including OpenVMS and Windows NT.
  • It integrates an S3 graphics port derived from MAME and adds critical ARC support, facilitating a richer graphical environment for emulated operating systems.
  • These features are instrumental in enabling the installation and full operation of Windows 2000 for DEC Alpha, an operating system not commonly seen outside its native hardware.
  • The setup process involves specific steps such as upgrading the ARC firmware, using a particular S3 VGA BIOS, and sourcing Windows 2000 RC2 build 2128.
  • The article provides visual evidence through screenshots, demonstrating OpenVMS with native graphical support and the complete Windows 2000 desktop running within the emulator.

This project underscores the ongoing dedication within the retro computing community to preserve and make accessible historical computing environments. By pushing the boundaries of emulation technology, it offers a tangible and performant way to experience a unique piece of computing history.