CoreMark results

This page stores various results obtained from running the CoreMark benchmark included in this package. Bold text indicates the best result from a given compiler.

The results presented on this page are strictly unofficial, please refer to the CoreMark scores page on the EEMBC website for official results.

Jump to: Embedded systems, Workstations, Servers

Embedded Systems

HP t5700

Released in early 2003, the t5700 was among HP's first PC-compatible thin clients, featuring Transmeta's low-power Crusoe TM5800 x86-compatible 128-bit VLIW microprocessor with independent 64 KiB instruction and data caches as well as a 512 KiB unified secondary cache. All tests are performed under Debian 9.8 on a system not specifically configured for benchmarking.

GCC 6.3.0: 40,000 iterations

Options	Iterations/second
none	925.37
-O1	1732.35
-O2	2171.08
-O3	2283.91
-Ofast	2280.42

HP t5325

The t5325 is a miniscule low-power thin client unveiled by HP in late 2009, designed around a Marvell Kirkwood 88F6281 system-on-a-chip implementing a Marvell designed ARMv5TE-compliant "Sheeva" processor core clocked at 1.2 GHz with independent 16 KiB instruction and data caches and a 256 KiB unified secondary cache. All tests are performed under the HP "ThinPro" operating system, a lightly customized variant of Debian Lenny, on a system not specifically configured for benchmarking.

GCC 4.2.4: 40,000 iterations

Options	Iterations/second
none	551.95
-O1	1747.49
-O2	1873.54
-O3	2214.84

Workstations

Apple Power Mac G5 (Late 2005/2.3DC)

The mid range of Apple's final generation of PowerPC-based professional systems, the 2.3DC was introduced in October 2005 and featured IBM's new dual-core 64-bit PowerPC 970MP processor, which featured two PowerPC 970 cores each with 32 KiB data cache, 64 KiB instruction cache, and a unified 1 MiB secondary cache. This system has a clock frequency of 2.3 GHz. All tests are performed under Mac OS 10.4.11, on a system not specifically configured for benchmarking.

Apple GCC 4.0.1: 60,000 iterations

Options	Iterations/second
none	851.79
-O1	3742.98
-O2	4350.98
-O3	5080.44

HP VISUALIZE C3000 (9000/785/C3000)

A mid-range Unix workstation released in 1999, based on HP's indigenous PA-8500 microprocessor with 1 MiB of on-die data cache, 512 KiB of on-die instruction cache and a clock frequency of 400 MHz. All tests are performed under HP-UX 11.11 (11i v1) on a system not specifically configured for benchmarking.

HP C B.11.11.16: 20,000 iterations

Options	Iterations/second
none	182.82
+O1	257.37
+O2	727.28
+O3	800.64
+O4	752.73
-fast	776.70

Note: HP C +O2 is roughly equivalent to GCC -O1

GCC 4.2.3: 20,000 iterations

Options	Iterations/second
none	205.21
-O1	593.12
-O2	655.74
-O3	718.13
-O3 -ffast-math	718.13

Note: -Ofast is only available in GCC >=4.7

Servers

Sun Fire T1000

The Sun Fire T1000 is an entry-level 1U rackmounted server released in early 2006 as one of the first systems to use Sun's radically multi-threaded UltraSPARC T1 "Niagra" microprocessor, derived from a SPARC implementation originally developed by Afara Websystems that features four, six or eight relatively simple SPARC V9 cores with individual 16 KiB instruction caches and 8 KiB data caches, a shared 3 MiB secondary cache and a single floating-point unit shared among all cores. Each core also has four threads, all sharing a single pipeline and a massive register file composed of 640 64-bit registers that allows for a thread's state to be quickly saved and resumed in a single cycle in order to maximize processor utilization in heavily multi-threaded workloads. The T1 utilized in the T1000 is clocked at 1 GHz.

All tests are performed on a T1000 with an 8-core UltraSPARC T1 running Solaris 10 10/09 with no specific configuration for benchmarking purposes. Because the ANSIbench makefile is not yet set up to build CoreMark with multi-thread support, all results are for execution on one thread only. Keep this in mind when interpreting these results, as the T1's single-thread performance can be incredibly weak, even weaker than many low-power embedded processors like the ARM9 chip found in the HP t5325 above.

Sun Studio 12/Sun C 5.9: 20,000 iterations, 1 thread

Options	Iterations/second
none	594.71
-xO1	218.10
-xO2	870.32
-xO3	949.67
-xO4	1087.55
-xO5	1058.20
-fast	1048.77

GCC 5.5.0: 20,000 iterations, 1 thread

Options	Iterations/second
none	253.07
-O1	1086.96
-O2	1327.14
-O3	1407.46
-Ofast	1408.45