Apple iMac Pro 27" 18-Core Vega 56 (2017) in Geekbench 5

Here we show you how fast the Apple iMac Pro 27" 18-Core Vega 56 (2017) is in the benchmark Geekbench 5. You can use the benchmark result to decide whether the product is suitable for your applications.

The Apple iMac Pro 27" 18-Core Vega 56 (2017) uses the Intel Xeon W-2191B processor with 18 cores and has 32 - 256 GB DDR4 memory.

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Processor

Name: Intel Xeon W-2191B
Manufacturer: Intel
Cores / Threads: 18 / 36
Frequency: 2.30 (4.30) GHz

Memory

Memory Size: 32 - 256 GB
Memory Type: DDR4 2666
Memory Bandwith: --

Benchmark results

Geekbench 5 - Single Core

Geekbench 5 is a multi-system benchmark and measures the performance of a computer. Geekbench version 5 contains new test fields such as augmented reality applications and calculations for machine learning.

Apple MacBook Pro 13" i5 2.0 4 TB 3 (2020)
16 - 32 GB LPDDR4X
1,114
Amazon
Apple iMac Pro 27" 14-Core Vega 64X (2017)
32 - 256 GB DDR4
1,114
Amazon
Apple Mac Pro 16-Core (2019)
32 - 768 GB DDR4
1,113
Amazon
Apple MacBook Pro 13" i7 2.7 (2018)
8 - 16 GB LPDDR3
1,103
Amazon
Apple iMac Pro 27" 18-Core Vega 56 (2017)
32 - 256 GB DDR4
1,101
Amazon
Apple iMac Pro 27" 18-Core Vega 64X (2017)
32 - 256 GB DDR4
1,101
Amazon
Apple iMac Pro 27" 18-Core Vega 64 (2017)
32 - 256 GB DDR4
1,101
Amazon
Apple Mac Pro 28-Core (2019)
32 - 1,536 GB DDR4
1,096
Amazon
Apple Mac Pro 12-Core (2019)
32 - 768 GB DDR4
1,096
Amazon
View all Geekbench 5 benchmark results



Geekbench 5 - Multi Core

Geekbench 5 is a multi-system benchmark and measures the performance of a computer. Geekbench version 5 contains new test fields such as augmented reality applications and calculations for machine learning.

View all Geekbench 5 benchmark results



More benchmarks for
Apple iMac Pro 27" 18-Core Vega 56 (2017)

In order to determine the performance of a computer or a component in it, so-called "benchmarks" are carried out. The benchmark software carries out special calculations and measures the time it takes for the computer to complete the calculations. Since the benchmarks always run the same, the performance of several computers can be reliably compared with one another.

For this we use so-called theoretical or synthetic benchmarks such as Geekbench or Cinebench, as these support both x86 and ARM instruction sets in the current versions. We guarantee real comparability of the results by ensuring that the benchmarks are executed identically and correctly as well as by the condition of the system.

We currently use the following benchmarks to assess the performance of the products listed on our website:

Apple Devices



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