Run d5c00d13-7e5d-4365-8732-d6477676ca29

Summary

Run type

Validate

Certification

PASS

Machine

HP HP ZBook Fury G1i 16 inch Mobile Workstation PC

Motherboard

HP 8DE2

CPU

Intel(R) Core(TM) Ultra 9 285HX · 1 socket · 24 cores / 24 threads

CPU flags

144 feature flags (informational)

All flags, as reported:

3dnowprefetchabmacpiadxaesaperfmperfapicaratarch_capabilitiesarch_lbrarch_perfmonartavxavx2avx_vnnibmi1bmi2btsbus_lock_detectclflushclflushoptclwbcmovconstant_tsccpuidcpuid_faultcx16cx8deds_cpldtes64dthermdtsepbeptept_adermsestf16cflexpriorityflush_l1dfmafpufsgsbasefsrmfxsrgfnihfihthwphwp_act_windowhwp_epphwp_notifyhwp_pkg_reqibpbibrsibrs_enhancedibtidaintel_ppinintel_ptinvpcidlahf_lmlamlmmcamcemd_clearmmxmonitormovbemovdir64bmovdirimsrmtrrnonstop_tscnoplnxospkepaepatpbepcidpclmulqdqpconfigpdcmpdpe1gbpebspgepkuplnpnipopcntpsepse36ptsrdpidrdrandrdseedrdt_ardtscprep_goodsdbgsepserializesha_nismapsmepsmxsplit_lock_detectssssbdssesse2sse4_1sse4_2ssse3stibpsyscalltmtm2tpr_shadowtsctsc_adjusttsc_deadline_timertsc_known_frequmipuser_shstkvaesvmevmxvnmivpclmulqdqvpidwaitpkgwbnoinvdx2apicxgetbv1xsavexsavecxsaveoptxsavesxtopologyxtpr

GPU

Arrow Lake-S [Intel Graphics] (i915 kernel:6.12.0-211.56.1.el10_2.x86_64)

Memory

62 GB · 2 × DDR5s @ 4400 MT/s

Memory modules

Slot	Channel	Size	Type	Speed	Rank	Manufacturer	Part number
Bottom-Slot 1 (top)	Controller0ChannelBDimm1	32 GB	DDR5	4400 MT/s (rated 5600)	2	Hynix/Hyundai	HMCG88AGBSA092N
Bottom-Slot 2 (under)	Controller0ChannelADimm1	32 GB	DDR5	4400 MT/s (rated 5600)	2	Hynix/Hyundai	HMCG88AGBSA092N

2 of 4 slots populated

AlmaLinux

10.2

Kernel

6.12.0-211.56.1.el10_2.x86_64 tainted (4096) An out-of-tree module was loaded

Suite

1.0.0 (1.0.0-1.el10)

Submitted by

Anonymous · 2026-09-30 20:33

Result counts

41 pass 12 skip

Linked system: HP HP ZBook Fury G1i 16 inch Mobile Workstation PC

Linked components

CPU Intel Core Ultra Series 2
GPU Intel Core Ultra 9 285HX (Intel Graphics)
GPU NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU
Motherboard HP 8DE2
NIC Intel Ethernet Controller I226-LM
NIC Intel Wi-Fi 7(802.11be) AX1775*/AX1790*/BE20*/BE401/BE1750* 2x2

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		skip	no CUDA compiler found, so there is no CUDA toolkit to build the probe with; run 'alma-certify setup-gpu' to install it. By hand, that is the whole CUDA toolkit (cuda-toolkit) and the driver, not just the compiler: cuda-nvcc alone cannot build anything, because the runtime headers and libcudart come from cuda-cudart-devel
`bench.mem.bandwidth`	memory		pass
`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
`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	skip	no CUDA compiler found, so there is no CUDA toolkit; run 'alma-certify setup-gpu' to install it. By hand, that is the whole CUDA toolkit (cuda-toolkit) and the driver, not just the compiler: cuda-nvcc alone cannot build anything, because the runtime headers and libcudart come from cuda-cudart-devel
`validate.gpu.cuda-devicequery`	gpu	required	skip	no CUDA compiler found, so there is no CUDA toolkit; run 'alma-certify setup-gpu' to install it. By hand, that is the whole CUDA toolkit (cuda-toolkit) and the driver, not just the compiler: cuda-nvcc alone cannot build anything, because the runtime headers and libcudart come from cuda-cudart-devel
`validate.gpu.cuda-vectoradd`	gpu	required	skip	no CUDA compiler found, so there is no CUDA toolkit; run 'alma-certify setup-gpu' to install it. By hand, that is the whole CUDA toolkit (cuda-toolkit) and the driver, not just the compiler: cuda-nvcc alone cannot build anything, because the runtime headers and libcudart come from cuda-cudart-devel
`validate.gpu.driver`	gpu	informational	pass	2 with a driver (i915, nvidia)
`validate.gpu.nvidia-smi`	gpu	required	pass	1 NVIDIA GPU(s), driver 615.71.09
`validate.gpu.opencl-compute`	gpu	required	pass	4194304 elements computed correctly on NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU
`validate.gpu.opencl-devices`	gpu	required	pass	OpenCL sees 1 hardware device(s): NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU
`validate.gpu.vulkan-compute`	gpu	required	pass	16777216 bytes filled and verified on Intel(R) Graphics (ARL) (integrated)
`validate.gpu.vulkan-devices`	gpu	required	pass	Vulkan sees 2 hardware device(s): Intel(R) Graphics (ARL), NVIDIA RTX PRO 2000 Blackwell 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	skip	no --peer given (needs an iperf3 server on a second host)
`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	SELinux 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	16.1 s	↓ better
xz compression bench.compress.xz	comp_speed primary	178 MB/s	↑ better
zstd compression bench.compress.zstd	comp_speed_l19	238 MB/s	↑ better
zstd compression bench.compress.zstd	comp_speed_l3 primary	5,971 MB/s	↑ better
zstd compression bench.compress.zstd	decomp_speed_l19	8,681 MB/s	↑ better
zstd compression bench.compress.zstd	decomp_speed_l3	8,501 MB/s	↑ better
CPU matrix math bench.cpu.stressng-matrix	bogo_ops_per_sec primary	73,747 bogo-ops/s	↑ better
CPU, all cores bench.cpu.sysbench-multi	events_per_sec primary	72,193 events/s	↑ better
CPU, single core bench.cpu.sysbench-single	events_per_sec primary	3,993 events/s	↑ better
AES-256-GCM bench.crypto.openssl-aes256gcm	throughput primary	8,228 MB/s	↑ better
RSA-4096 signing bench.crypto.openssl-rsa4096	signs_per_sec primary	441 ops/s	↑ better
RSA-4096 signing bench.crypto.openssl-rsa4096	verifies_per_sec	24,624 ops/s	↑ better
SHA-256 bench.crypto.openssl-sha256	throughput primary	4,866 MB/s	↑ better
GPU compute bench.gpu.clpeak	OpenCL Compute · Single precision opencl_single_precision_compute Intel Graphics	2,019 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	OpenCL Compute · Single precision opencl_single_precision_compute NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	17,886 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	OpenCL Compute · Double precision opencl_double_precision_compute Intel Graphics	62.9 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	OpenCL Compute · Double precision opencl_double_precision_compute NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	298 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	OpenCL Compute · Half precision opencl_half_precision_compute Intel Graphics	3,986 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	OpenCL Compute · Mixed precision opencl_mixed_precision_compute Intel Graphics	2,022 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	OpenCL Compute · Integer opencl_integer_compute Intel Graphics	673 GOPS	↑ better
GPU compute bench.gpu.clpeak	OpenCL Compute · Integer opencl_integer_compute NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	8,799 GOPS	↑ better
GPU compute bench.gpu.clpeak	OpenCL Bandwidth · Global memory opencl_global_memory_bandwidth Intel Graphics	57 GB/s	↑ better
GPU compute bench.gpu.clpeak	OpenCL Bandwidth · Global memory opencl_global_memory_bandwidth NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	362 GB/s	↑ better
GPU compute bench.gpu.clpeak	OpenCL Bandwidth · Local memory opencl_local_memory_bandwidth Intel Graphics	720 GB/s	↑ better
GPU compute bench.gpu.clpeak	OpenCL Bandwidth · Local memory opencl_local_memory_bandwidth NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	7,574 GB/s	↑ better
GPU compute bench.gpu.clpeak	OpenCL Bandwidth · Image memory opencl_image_memory_bandwidth Intel Graphics	46.5 GB/s	↑ better
GPU compute bench.gpu.clpeak	OpenCL Bandwidth · Image memory opencl_image_memory_bandwidth NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	356 GB/s	↑ better
GPU compute bench.gpu.clpeak	OpenCL Bandwidth · Host transfer opencl_transfer_bandwidth Intel Graphics	27.1 GB/s	↑ better
GPU compute bench.gpu.clpeak	OpenCL Bandwidth · Host transfer opencl_transfer_bandwidth NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	28.6 GB/s	↑ better
GPU compute bench.gpu.clpeak	OpenCL Latency · Kernel launch opencl_kernel_launch_latency Intel Graphics	89.8 us	↓ better
GPU compute bench.gpu.clpeak	OpenCL Latency · Kernel launch opencl_kernel_launch_latency NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	15.2 us	↓ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Single precision vulkan_single_precision_compute Intel Graphics (ARL)	2,008 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Single precision vulkan_single_precision_compute NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU primary	18,620 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Double precision vulkan_double_precision_compute Intel Graphics (ARL)	61.5 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Double precision vulkan_double_precision_compute NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	296 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Half precision vulkan_half_precision_compute Intel Graphics (ARL)	3,876 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Half precision vulkan_half_precision_compute NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	18,559 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Mixed precision vulkan_mixed_precision_compute Intel Graphics (ARL)	1,976 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Mixed precision vulkan_mixed_precision_compute NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	17,695 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · bfloat16 vulkan_bfloat16_compute NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	16,226 GFLOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Integer vulkan_integer_compute Intel Graphics (ARL)	494 GOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Integer vulkan_integer_compute NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	8,332 GOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Integer, int8 dot product vulkan_integer_compute_int8_dp Intel Graphics (ARL)	7,334 GOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Compute · Integer, int8 dot product vulkan_integer_compute_int8_dp NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	22,983 GOPS	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Global memory vulkan_global_memory_bandwidth Intel Graphics (ARL)	55.8 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Global memory vulkan_global_memory_bandwidth NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	333 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Local memory vulkan_local_memory_bandwidth Intel Graphics (ARL)	578 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Local memory vulkan_local_memory_bandwidth NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	7,680 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Image memory vulkan_image_memory_bandwidth Intel Graphics (ARL)	34.3 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Image memory vulkan_image_memory_bandwidth NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	340 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Host transfer vulkan_transfer_bandwidth Intel Graphics (ARL)	26.9 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Bandwidth · Host transfer vulkan_transfer_bandwidth NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	26.6 GB/s	↑ better
GPU compute bench.gpu.clpeak	Vulkan Latency · Kernel launch vulkan_kernel_launch_latency Intel Graphics (ARL)	99.6 us	↓ better
GPU compute bench.gpu.clpeak	Vulkan Latency · Kernel launch vulkan_kernel_launch_latency NVIDIA RTX PRO 2000 Blackwell Generation Laptop GPU	40.2 us	↓ better
Memory bandwidth bench.mem.bandwidth	add_bandwidth	43,899 MB/s	↑ better
Memory bandwidth bench.mem.bandwidth	copy_bandwidth	39,566 MB/s	↑ better
Memory bandwidth bench.mem.bandwidth	scale_bandwidth	39,722 MB/s	↑ better
Memory bandwidth bench.mem.bandwidth	triad_bandwidth primary	44,749 MB/s	↑ better
Memory latency bench.mem.latency	latency_64m primary	84.8 ns	↓ better
Memory stream bench.mem.stressng-stream	compute_rate	99.8 Mflop/s	↑ better
Memory stream bench.mem.stressng-stream	memory_read_rate primary	1,142 MB/s	↑ better
Memory stream bench.mem.stressng-stream	memory_write_rate	761 MB/s	↑ better
Context switching bench.sched.stressng-switch	ctx_switch_latency	2,984 ns	↓ better
Context switching bench.sched.stressng-switch	ctx_switch_rate primary	8,044,040 ops/s	↑ better