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In part 2, we looked at memory architectures, in-package integration architecture, and high-speed serial IO capabilities. Apple told us that the Mac Pro system as a whole only pulls 980 watts, versus 1,000 watts for the Power Mac Quad G5, and a lot of that power is routed to the PCI Express bus.In part 1 of this series, we looked at new high-end FPGA families from Xilinx, Intel, and Achronix and discussed their underlying semiconductor processes, the type and amount of programmable logic LUT fabric, the type and amount of DSP/arithmetic resources and their applicability to AI inference acceleration tasks, the claimed TOPS/FLOPS performance capabilities, and on-chip interconnect such as FPGA routing resources and networks-on-chip (NOCs). The fact that Apple has been able to eliminate so much of the Power MacвЂ™s cooling apparatus says quite a bit about the power requirements of the 5100, however.

Synplify pro on xeon series#

Intel and IBM donвЂ™t use the same metrics or nomenclature when discussing power efficiency, so itвЂ™s hard to compare the true power efficiency of the Xeon 5100 series with the Power Mac G5вЂ™s PowerPC 970MP processor. geekier) explanation, check out ArsTechnicaвЂ™s excellentДЄnalysis of the Core architecture, written by Jon Hannibal Stokes.) (If you would like a much more in-depth (i.e. It also should provide enhanced performance of native graphics applications, especially when working with large amounts of data. This theoretically doubles the performance of vector operations, and brings Intel to parity with AltiVec.

Synplify pro on xeon for mac#

For Mac users, the important thing to note about Advanced Digital Media Boost is that it executes 128-bit vector-based instructions in one clock cycle, instead of the two clock cycles taken by previous Intel designs. That may not roll off the tongue as cleanly as AltiVec, but Intel claims that it achieves the same end.

In the Core architecture, Intel has a feature called Advanced Digital Media Boost. Known to Mac users as AltiVec, or the Velocity Engine, this technology increased vector-based processing significantly on the PowerPC machines, and was one of the reasons that applications like Photoshop were able to manipulate such large image files with ease, even when other parts of the Mac subsystem werenвЂ™t as fast as comparable Intel-based PCs. (Each core in the PowerPC 970MP chip has 1MB of dedicated Level 2 cache.)Д«ut, with the Xeon 5100, Intel claims that it has eliminated one huge performance advantage held by the PowerPC architecture: vector processing. 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. 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 The 5100 can only be used in single- or dual-processor configurations, so we wonвЂ™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 AppleвЂ™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.

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ThatвЂ™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).

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The company terms it a вЂњserverвЂќ 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 havenвЂ™t shown up in Macs-at least not yet.Д¬ode-named вЂњWoodcrest,вЂќ the Xeon 5100 debutedДЄt the end of June, and was designed to offer top-speed computational throughput with better power efficiency than IntelвЂ™s previous high-end processors. Lines are entirely new chips, based on IntelвЂ™s 64-bit Core architecture platform. Although Intel has been using the Xeon name since 1998, the dual-core Xeon 5100 processors that power the