Run 722a0df9-5f70-48f0-a7fb-4a456fe9de45

Summary

Run type

Benchmark

Machine

LENOVO ThinkPad R500

Motherboard

LENOVO 2718B66

CPU

Intel(R) Core(TM)2 Duo CPU P8700 @ 2.53GHz · 1 socket · 2 cores / 2 threads

CPU flags

60 feature flags (informational)

All flags, as reported:

acpiaperfmperfapicarch_perfmonbtsclflushcmovconstant_tsccpuidcx16cx8deds_cpldtes64dthermdtsestflexpriorityfpufxsrhtidalahf_lmlmmcamcemmxmonitormsrmtrrnoplnxpaepatpbepdcmpebspgepnipsepse36ptirep_goodsepsmxssesse2sse4_1ssse3syscalltmtm2tpr_shadowtscvmevmxvnmivpidxsavextpr

GPU

Mobile 4 Series Chipset Integrated Graphics Controller (i915 kernel:4.18.0-553.el8_10.x86_64)

Memory

8 GB · 2 × DDR3s @ 1066 MT/s

Memory modules

Slot	Channel	Size	Type	Speed	Rank	Manufacturer	Part number
DIMM 1	Bank 0/1	4 GB	DDR3	1066 MT/s	-	80CE	M471B5273BH1-CF8
DIMM 2	Bank 2/3	4 GB	DDR3	1066 MT/s	-	80CE	M471B5273BH1-CF8

2 of 2 slots populated

AlmaLinux

8.10

Kernel

4.18.0-553.el8_10.x86_64 tainted (67584) A firmware-bug workaround was applied; Auxiliary taint, defined by the distribution

Suite

1.0.0 (1.0.0-1.el8)

Submitted by

konkred · 2026-10-03 21:08

Result counts

1 error 12 pass 4 skip

Validation tests

Test	Category	Status	Detail
`bench.compile.python`	compilation	pass
`bench.compress.xz`	compression	pass
`bench.compress.zstd`	compression	pass
`bench.cpu.stressng-matrix`	cpu	pass
`bench.cpu.sysbench-multi`	cpu	pass
`bench.cpu.sysbench-single`	cpu	pass
`bench.crypto.openssl-aes256gcm`	crypto	pass
`bench.crypto.openssl-rsa4096`	crypto	pass
`bench.crypto.openssl-sha256`	crypto	pass
`bench.gpu.clpeak`	gpu	skip	clpeak cannot be built here: cmake, gcc-c++, glslc, ocl-icd-devel, opencl-headers, vulkan-headers, vulkan-loader-devel not available in the configured repos
`bench.gpu.cuda-bandwidth`	gpu	skip	no NVIDIA GPU detected
`bench.mem.bandwidth`	memory	error	could not compile the bandwidth micro-benchmark
`bench.mem.latency`	memory	pass
`bench.mem.stressng-stream`	memory	pass
`bench.net.iperf3-reverse`	network	skip	no --peer given (needs an iperf3 server on a second host)
`bench.net.iperf3-tcp`	network	skip	no --peer given (needs an iperf3 server on a second host)
`bench.sched.stressng-switch`	scheduler	pass

Benchmarks

Benchmark	Metric	Value
Python build bench.compile.python	build_time primary	186 s	↓ better
xz compression bench.compress.xz	comp_speed primary	14 MB/s	↑ better
zstd compression bench.compress.zstd	comp_speed_l19	20.6 MB/s	↑ better
zstd compression bench.compress.zstd	comp_speed_l3 primary	1,279 MB/s	↑ better
zstd compression bench.compress.zstd	decomp_speed_l19	1,773 MB/s	↑ better
zstd compression bench.compress.zstd	decomp_speed_l3	1,606 MB/s	↑ better
CPU matrix math bench.cpu.stressng-matrix	bogo_ops_per_sec primary	2,872 bogo-ops/s	↑ better
CPU, all cores bench.cpu.sysbench-multi	events_per_sec primary	1,911 events/s	↑ better
CPU, single core bench.cpu.sysbench-single	events_per_sec primary	1,013 events/s	↑ better
AES-256-GCM bench.crypto.openssl-aes256gcm	throughput primary	106 MB/s	↑ better
RSA-4096 signing bench.crypto.openssl-rsa4096	signs_per_sec primary	55.5 ops/s	↑ better
RSA-4096 signing bench.crypto.openssl-rsa4096	verifies_per_sec	3,627 ops/s	↑ better
SHA-256 bench.crypto.openssl-sha256	throughput primary	202 MB/s	↑ better
Memory latency bench.mem.latency	latency_64m primary	89.2 ns	↓ better
Memory stream bench.mem.stressng-stream	compute_rate	129 Mflop/s	↑ better
Memory stream bench.mem.stressng-stream	memory_read_rate primary	1,471 MB/s	↑ better
Memory stream bench.mem.stressng-stream	memory_write_rate	981 MB/s	↑ better
Context switching bench.sched.stressng-switch	ctx_switch_latency	5,336 ns	↓ better
Context switching bench.sched.stressng-switch	ctx_switch_rate primary	378,049 ops/s	↑ better