I predict that the dual D700s in the top 2013 Mac Pro models will reach or exceed 4000KSamples/sec. It obliterates the iMac's single GPU, but a 2010 Mac Pro tower with a really strong AMD GPU like the 7970 (running only on internal factory PCIe power feeds) comes close. So we used it in our last graph to highlight the advantage of the 'late 2013' Mac Pro's slowest pair of GPUs (FirePro D300s).
LuxMark is one of the few OpenCL benchmarks that uses multiple GPUs. (Note that if you want those kind of speeds for your Mac Pro tower, there are PCIe flash products you can buy like the OWC Accelsior and Sonnet Tempo SSD Pro.) Since the newest iMac and Mac Pro both have PCIe flash STORAGE, they are close in speed with the exception of large sequential reads (playback) where the Mac Pro excels. When it comes to CPU crunching, the 'late 2013' iMac Core i7 4-core matches or beats the 'late 2013' Mac Pro 4-core - at leasts in the tests we used here. In the graph above we included the 'mid 2010' Mac Pro 6-core with various GPU scenarios running only on internal PCIe bay power leads.Ģ013 MP 4c D300*2 = 'late 2013' Mac Pro 4-core with dual FirePro D300 GPUsĢ010 MP 6c 7970 = 'mid 2010' Mac Pro 6-core with single Radeon HD 7970 GPUĢ010 MP 6c 7950 = 'mid 2010' Mac Pro 6-core with single Radeon HD 7950 GPUĢ010 MP 6c 7950 = 'mid 2010' Mac Pro 6-core with dual Radeon HD 5770 GPUsĢ013 iMac 4c 780M = 'late 2013' iMac 4-Core i7 with single GeForce GTX 780M GPU (LARGER number means FASTER in Thousands of Samples per Second.) For this round we used the default Sala scene (488K Triangles) and rendered using GPUs only. LuxMark 2.1 is an OpenCL benchmark that renders scenes of various complexity. We use the Standard Random test in QuickBench as a predictor boot volume performance and a simulation of an application that does multiple small random transfers. We used AJA System Test to test file level, large sequential transfer speed using a 16GB test document that simulates a video whose frame size is 4096x2160. Geekbench 3 - Here is the overall score for 64-bit performance of Integer, Floating Point, and Memory (HIGHER score means FASTER.) We have a partial answer.Ģ013 MP 4c 3.7GHz = 'late 2013' Mac Pro Xeon E5-1620v2 3.7GHz Quad-Core with 32G of 1866MHz DDR3, Dual FirePro D300s, and 256G PCIe flash storageĢ013 iMac 4c 3.5GHz = 'late 2013' iMac 3.5GHz Quad-Core i7 with 32G of 1600MHz DDR3, GeForce GTX 780M, and 512G PCIe flash storageĬinebench R15 - Render 3D Model using all cores. Some of you have asked how it compares in performance to the fastest 'late 2013' iMac (3.5GHz Core i7). Thanks to the Other World Computing's test lab, we have some preliminary benchmarks on the entry level 'late 2013' Mac Pro 3.7GHz Quad-Core.
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