Run f29ae2b9-694c-45ba-866d-770c21b61102

Summary

Run type

Validate

Certification

PASS

Machine

LENOVO ThinkPad P16 Gen 2

Motherboard

LENOVO 21FA004SGE

CPU

Intel(R) Core(TM) i7-14700HX · 1 socket · 20 cores / 28 threads

CPU flags

137 feature flags (informational)

All flags, as reported:

3dnowprefetchabmacpiadxaesaperfmperfapicaratarch_capabilitiesarch_lbrarch_perfmonartavxavx2avx_vnnibmi1bmi2btsclflushclflushoptclwbcmovconstant_tsccpuidcpuid_faultcx16cx8deds_cpldtes64dthermdtsepbeptept_adermsestf16cflexpriorityflush_l1dfmafpufsgsbasefsrmfxsrgfnihfihthwphwp_act_windowhwp_epphwp_notifyhwp_pkg_reqibpbibrsibrs_enhancedibtidaintel_ptinvpcidlahf_lmlmmcamcemd_clearmmxmonitormovbemovdir64bmovdirimsrmtrrnonstop_tscnoplnxospkepaepatpbepcidpclmulqdqpdcmpdpe1gbpebspgepkuplnpnipopcntpsepse36ptsrdpidrdrandrdseedrdtscprep_goodsdbgsepserializesha_nismapsmepsplit_lock_detectssssbdssesse2sse4_1sse4_2ssse3stibpsyscalltmtm2tpr_shadowtsctsc_adjusttsc_deadline_timertsc_known_frequmipuser_shstkvaesvmevmxvnmivpclmulqdqvpidwaitpkgx2apicxgetbv1xsavexsavecxsaveoptxsavesxtopologyxtpr

GPU

NVIDIA RTX 2000 Ada Generation Laptop GPU (nvidia 610.57.04)

Memory

31 GB · 2 × DDR5s @ 4400 MT/s

Memory modules

Slot	Channel	Size	Type	Speed	Rank	Manufacturer	Part number
Controller0-ChannelA/B-DIMM1	BANK 0/1	16 GB	DDR5	4400 MT/s (rated 5600)	1	Ramaxel Technology	RMSB3410MD88IBF-5600
Controller1-ChannelA/B-DIMM1	BANK 0/1	16 GB	DDR5	4400 MT/s (rated 5600)	1	Ramaxel Technology	RMSB3410MD88IBF-5600

2 of 4 slots populated

AlmaLinux

9.8

Kernel

5.14.0-687.42.1.el9_8.x86_64 tainted (4096) An out-of-tree module was loaded

Suite

1.0.0 (1.0.0-1.el9)

Submitted by

Anonymous · 2026-09-28 13:38

Result counts

48 pass 5 skip

Linked system: LENOVO ThinkPad P16 Gen 2

Linked components

CPU Intel Core 14th Generation
GPU NVIDIA RTX 2000 Ada Generation Laptop GPU
Motherboard LENOVO 21FA004SGE
NIC Intel 700 Series Chipset CNVi WiFi

Validation tests

Test	Category	Severity	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		pass
`bench.gpu.cuda-bandwidth`	gpu		pass
`bench.mem.bandwidth`	memory		pass
`bench.mem.latency`	memory		pass
`bench.mem.stressng-stream`	memory		pass
`bench.net.iperf3-reverse`	network		pass
`bench.net.iperf3-tcp`	network		pass
`bench.sched.stressng-switch`	scheduler		pass
`validate.cpu.flags`	cpu	informational	skip	no CPU feature flags were reported by this system
`validate.cpu.functional`	cpu	required	pass
`validate.gpu.cuda-bandwidth`	gpu	required	pass	host to device 11.96 GiB/s, device to host 12.27 GiB/s
`validate.gpu.cuda-devicequery`	gpu	required	pass	CUDA sees 1 device(s): NVIDIA RTX 2000 Ada Generation Laptop GPU (runtime 13040, driver 13030)
`validate.gpu.cuda-vectoradd`	gpu	required	pass	16777216 elements computed correctly on the device
`validate.gpu.driver`	gpu	informational	pass	1 with a driver (nvidia)
`validate.gpu.nvidia-smi`	gpu	required	pass	1 NVIDIA GPU(s), driver 610.57.04
`validate.gpu.opencl-compute`	gpu	required	pass	4194304 elements computed correctly on NVIDIA RTX 2000 Ada Generation Laptop GPU
`validate.gpu.opencl-devices`	gpu	required	pass	OpenCL sees 1 hardware device(s): NVIDIA RTX 2000 Ada Generation Laptop GPU
`validate.gpu.vulkan-compute`	gpu	required	pass	16777216 bytes filled and verified on NVIDIA RTX 2000 Ada Generation Laptop GPU (discrete)
`validate.gpu.vulkan-devices`	gpu	required	pass	Vulkan sees 1 hardware device(s): NVIDIA RTX 2000 Ada Generation Laptop GPU
`validate.ipmi.bmc`	ipmi	conditional	skip	no IPMI device: SMBIOS declares no BMC and the kernel exposes no IPMI interface
`validate.ipmi.health`	ipmi	conditional	skip	no IPMI device: SMBIOS declares no BMC and the kernel exposes no IPMI interface
`validate.ipmi.sel`	ipmi	informational	skip	no IPMI device: SMBIOS declares no BMC and the kernel exposes no IPMI interface
`validate.kernel.dmesg`	kernel	required	pass
`validate.kernel.taint`	kernel	required	pass	tainted (O) but not by anything hardware-related: out-of-tree module loaded
`validate.media.audio`	media	informational	pass
`validate.media.video`	media	informational	pass
`validate.memory.edac`	memory	conditional	skip	no EDAC memory controller driver loaded
`validate.memory.functional`	memory	required	pass
`validate.network.datapath`	network	conditional	pass
`validate.network.link`	network	required	pass
`validate.network.pci-drivers`	network	required	pass
`validate.platform.firmware`	platform	informational	pass
`validate.platform.pcie-aer`	platform	required	pass
`validate.platform.rtc`	platform	required	pass
`validate.platform.secureboot`	platform	informational	pass
`validate.platform.selinux`	platform	informational	pass	worth a look: SELinux is permissive, so this run was not performed in the configuration AlmaLinux ships. The hardware results stand; treat them as weaker evidence for anything that depends on driver or firmware-loading paths under enforcing
`validate.platform.thermal`	platform	conditional	pass
`validate.platform.watchdog`	platform	conditional	pass
`validate.power.backlight`	power	conditional	pass
`validate.power.cpufreq`	power	conditional	pass
`validate.storage.io-sanity`	storage	required	pass
`validate.storage.nvme-errorlog`	storage	conditional	pass
`validate.storage.smart`	storage	required	pass
`validate.virt.kvm`	virtualization	conditional	pass

Benchmarks

Benchmark	Metric	Value
Python build bench.compile.python	build_time primary	17.1 s	↓ better
xz compression bench.compress.xz	comp_speed primary	152 MB/s	↑ better
zstd compression bench.compress.zstd	comp_speed_l19	261 MB/s	↑ better
zstd compression bench.compress.zstd	comp_speed_l3 primary	9,379 MB/s	↑ better
zstd compression bench.compress.zstd	decomp_speed_l19	12,312 MB/s	↑ better
zstd compression bench.compress.zstd	decomp_speed_l3	10,256 MB/s	↑ better
CPU matrix math bench.cpu.stressng-matrix	bogo_ops_per_sec primary	49,437 bogo-ops/s	↑ better
CPU, all cores bench.cpu.sysbench-multi	events_per_sec primary	30,146 events/s	↑ better
CPU, single core bench.cpu.sysbench-single	events_per_sec primary	4,671 events/s	↑ better
AES-256-GCM bench.crypto.openssl-aes256gcm	throughput primary	6,920 MB/s	↑ better
RSA-4096 signing bench.crypto.openssl-rsa4096	signs_per_sec primary	387 ops/s	↑ better
RSA-4096 signing bench.crypto.openssl-rsa4096	verifies_per_sec	23,686 ops/s	↑ better
SHA-256 bench.crypto.openssl-sha256	throughput primary	2,435 MB/s	↑ better
GPU compute bench.gpu.clpeak	CUDA Compute · Single precision cuda_single_precision_compute NVIDIA RTX 2000 Ada Generation Laptop GPU primary	14,954 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	CUDA Compute · Double precision cuda_double_precision_compute NVIDIA RTX 2000 Ada Generation Laptop GPU	237 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	CUDA Compute · Half precision cuda_half_precision_compute NVIDIA RTX 2000 Ada Generation Laptop GPU	15,023 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	CUDA Compute · Mixed precision cuda_mixed_precision_compute NVIDIA RTX 2000 Ada Generation Laptop GPU	14,610 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	CUDA Compute · bfloat16 cuda_bfloat16_compute NVIDIA RTX 2000 Ada Generation Laptop GPU	14,496 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	CUDA Compute · Integer cuda_integer_compute NVIDIA RTX 2000 Ada Generation Laptop GPU	7,486 GOPS	↑ better
GPU compute bench.gpu.clpeak	CUDA Compute · Integer, int8 dot product cuda_integer_compute_int8_dp NVIDIA RTX 2000 Ada Generation Laptop GPU	29,843 GOPS	↑ better
GPU compute bench.gpu.clpeak	CUDA Bandwidth · Global memory cuda_global_memory_bandwidth NVIDIA RTX 2000 Ada Generation Laptop GPU	235 GB/s	↑ better
GPU compute bench.gpu.clpeak	CUDA Bandwidth · Local memory cuda_local_memory_bandwidth NVIDIA RTX 2000 Ada Generation Laptop GPU	6,221 GB/s	↑ better
GPU compute bench.gpu.clpeak	CUDA Bandwidth · Image memory cuda_image_memory_bandwidth NVIDIA RTX 2000 Ada Generation Laptop GPU	231 GB/s	↑ better
GPU compute bench.gpu.clpeak	CUDA Bandwidth · Host transfer cuda_transfer_bandwidth NVIDIA RTX 2000 Ada Generation Laptop GPU	13.2 GB/s	↑ better
GPU compute bench.gpu.clpeak	CUDA Latency · Kernel launch cuda_kernel_launch_latency NVIDIA RTX 2000 Ada Generation Laptop GPU	4.12 us	↓ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Single precision vulkan_single_precision_compute NVIDIA RTX 2000 Ada Generation Laptop GPU	14,806 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Double precision vulkan_double_precision_compute NVIDIA RTX 2000 Ada Generation Laptop GPU	236 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Half precision vulkan_half_precision_compute NVIDIA RTX 2000 Ada Generation Laptop GPU	14,998 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Mixed precision vulkan_mixed_precision_compute NVIDIA RTX 2000 Ada Generation Laptop GPU	14,832 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · bfloat16 vulkan_bfloat16_compute NVIDIA RTX 2000 Ada Generation Laptop GPU	13,799 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Integer vulkan_integer_compute NVIDIA RTX 2000 Ada Generation Laptop GPU	7,519 GOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Integer, int8 dot product vulkan_integer_compute_int8_dp NVIDIA RTX 2000 Ada Generation Laptop GPU	6,996 GOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Global memory vulkan_global_memory_bandwidth NVIDIA RTX 2000 Ada Generation Laptop GPU	241 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Local memory vulkan_local_memory_bandwidth NVIDIA RTX 2000 Ada Generation Laptop GPU	5,940 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Image memory vulkan_image_memory_bandwidth NVIDIA RTX 2000 Ada Generation Laptop GPU	241 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Host transfer vulkan_transfer_bandwidth NVIDIA RTX 2000 Ada Generation Laptop GPU	13.1 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Latency · Kernel launch vulkan_kernel_launch_latency NVIDIA RTX 2000 Ada Generation Laptop GPU	34.2 us	↓ better
GPU transfer bench.gpu.cuda-bandwidth	device_to_device	91.9 GiB/s	↑ better
GPU transfer bench.gpu.cuda-bandwidth	device_to_host	12.3 GiB/s	↑ better
GPU transfer bench.gpu.cuda-bandwidth	host_to_device primary	12 GiB/s	↑ better
Memory bandwidth bench.mem.bandwidth	add_bandwidth	60,153 MB/s	↑ better
Memory bandwidth bench.mem.bandwidth	copy_bandwidth	59,349 MB/s	↑ better
Memory bandwidth bench.mem.bandwidth	scale_bandwidth	59,577 MB/s	↑ better
Memory bandwidth bench.mem.bandwidth	triad_bandwidth primary	60,146 MB/s	↑ better
Memory latency bench.mem.latency	latency_64m primary	54.9 ns	↓ better
Memory stream bench.mem.stressng-stream	compute_rate	105 Mflop/s	↑ better
Memory stream bench.mem.stressng-stream	memory_read_rate primary	1,202 MB/s	↑ better
Memory stream bench.mem.stressng-stream	memory_write_rate	801 MB/s	↑ better
Network throughput, inbound bench.net.iperf3-reverse	retransmits	0 count	↓ better
Network throughput, inbound bench.net.iperf3-reverse	throughput primary	0.94 Gbit/s	↑ better
Network throughput bench.net.iperf3-tcp	retransmits	5,184 count	↓ better
Network throughput bench.net.iperf3-tcp	throughput primary	0.69 Gbit/s	↑ better
Context switching bench.sched.stressng-switch	ctx_switch_latency	5,910 ns	↓ better
Context switching bench.sched.stressng-switch	ctx_switch_rate primary	4,737,543 ops/s	↑ better