A Silicon Valley start-up company, Transitive Software, has recently made mention of its Quick Transit “hardware visualisation” software (a posh term for ‘emulator’) which will apparently make Xbox 2 backward compatibility perfectly plausible. In an interview with wired.com, Bob Weiderhold, CEO of Transitive, specifically cited the next Microsoft console as an example of Quick Transit’s functionality.
It had been thought that Xbox 2 backward-compatibility would be too complicated to justify: the current system uses an Intel CPU and Nvidia graphics, whilst the next uses an IBM Power PC CPU and ATi graphics – with no obvious way to make a seamless cross-over, without serious changes to the games’ binary and source codes. However, with this software based revelation: there is now no reason why Xbox fans couldn’t enjoy some ‘old skool’ Halo on their next Microsoft machine.
Indeed, whilst displaying Quake III running smoothly on an Apple Powerbook, Weiderhold went on to say, “One of the key breakthroughs is performance, you can’t tell the difference between a translated application and a native application.” And explaining how Quick Transit actually operates, lead engineer Frank Weidel made the following useful analogy: “It’s like a translator versus an interpreter, instead of working on every chunk of code, Quick Transit translates a sentence, or a paragraph, at a time. That’s how we get the performance.”
It is an impressive development with a multitude of potential uses. If it becomes theoretically possible to put any software on any platform, then for starters, the gaming emulation scene is about to be blown wide open. On the wider computer technology scene, there will also be very important repercussions for the way that hardware manufacturers compete and interact.
As IT analyst Jim Turley rather neatly put it: “a universal emulator is computer science’s equivalent of alchemy’s quest to turn base metal into gold. Many have tried; all have failed.” Until now, that is. Expect more Quick Transit related news in the near future.