- #NEW OS FOR IMAC G5 PROCESSORS MOVIE#
- #NEW OS FOR IMAC G5 PROCESSORS PRO#
- #NEW OS FOR IMAC G5 PROCESSORS PROFESSIONAL#
- #NEW OS FOR IMAC G5 PROCESSORS SERIES#
#NEW OS FOR IMAC G5 PROCESSORS PRO#
Of course, real-world benchmarks will tell the true story of the Mac Pro as it compares to its predecessor, but the Xeon 5100 should have a distinct performance edge over the older PowerPC chip, as we would expect in any more modern chip design with a faster front-side bus and larger and more flexible cache. Twice the integer performance of the previous top of the line, the 2.5GHz Power Mac Quad G5, and 1.6 times the floating point performance. In synthetic tests, Apple claims that the 3GHz Mac Pro, with its twin Xeon processors, offers more than
#NEW OS FOR IMAC G5 PROCESSORS SERIES#
The 5100 can only be used in single- or dual-processor configurations, so we won’t see any Xserves with four Xeons in it, although Intel is expected to announce a quad-core successor to the 5100 series some time in 2007. One other reason, aside from performance, that the Xeon 5100 was the perfect chip to use in Apple’s flagship Mac was because it is the only Core chip that can currently be used in a dual-processor configuration similar to the Power Mac Quad G5.
#NEW OS FOR IMAC G5 PROCESSORS MOVIE#
That’s due to the fact that the chip was designed to excel at the processing of huge amounts of data, like those found in real-world applications like movie production with Final Cut Pro, or image editing in applications like Aperture or Adobe Photoshop (once Photoshop is Intel-native on OS X).
#NEW OS FOR IMAC G5 PROCESSORS PROFESSIONAL#
The company terms it a “server” chip, although most hardware vendors, Apple included, will use it in professional systems like the Mac Pro. This platform was initially introduced to the public late in 2005, with chips continuing to roll out throughout this year it includes the Core Duo and Core Solo processors used in the Mac Mini and the iMac, as well as some other chips that haven’t shown up in Macs-at least not yet.Ĭode-named “Woodcrest,” the Xeon 5100 debutedĪt the end of June, and was designed to offer top-speed computational throughput with better power efficiency than Intel’s previous high-end processors. Xserve lines are entirely new chips, based on Intel’s 64-bit Core architecture platform. There were some Linux distros that specifically supported PowerPC Macs (and even one or two for classic 68k Macs) but I don't know if any of them are still around and being updated.Although Intel has been using the Xeon name since 1998, the dual-core Xeon 5100 processors that power the RHEL 7 has both ppc64 and ppc64le variants but I don't know if the ppc64 version supports the G5.
Modern PowerPC processors like the Power8 and Power9 have this trick where they can run in traditional big endian mode or in little endian mode.ĭebian and Ubuntu only support little endian PowerPC (ppc64le, sometimes shown as ppc64el for some reason) and RHEL 8 is the same. That means it's an OS for PowerPC Little Endian, not classic G5 era PowerPC. The distro you're trying to use is "ppc64le". So what does this mean for you? Well it means that you need a Linux distribution that supports the "ppc64" architecture.
The important thing is that Intel and AMD processors are little endian and old PowerPC processors are big endian. Don't worry about what that actually means, it basically has to do with how the processor handles numbers internally. The G5 processor is the old style of PowerPC processor and they are 'big endian' only. Others have alluded to it, but I'll try to clarify a little.