Summary

Run type
Validate
Certification
PASS
Machine
LENOVO ThinkPad P16 Gen 3
Motherboard
LENOVO 21RRZD7QUS
CPU
Intel(R) Core(TM) Ultra 9 275HX · 1 socket · 24 cores / 24 threads
CPU flags
143 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_tscnoplnxospkepaepatpbepcidpclmulqdqpdcmpdpe1gbpebspgepkuplnpnipopcntpsepse36ptsrdpidrdrandrdseedrdt_ardtscprep_goodsdbgsepserializesha_nismapsmepsmxsplit_lock_detectssssbdssesse2sse4_1sse4_2ssse3stibpsyscalltmtm2tpr_shadowtsctsc_adjusttsc_deadline_timertsc_known_frequmipuser_shstkvaesvmevmxvnmivpclmulqdqvpidwaitpkgwbnoinvdx2apicxgetbv1xsavexsavecxsaveoptxsavesxtopologyxtpr
GPU
Arrow Lake-S [Intel Graphics] (i915 kernel:5.14.0-687.5.3.el9_8.x86_64)
Memory
125 GB · 4 × DDR5s @ 4000 MT/s
Memory modules
SlotChannelSizeType SpeedRankManufacturerPart number
Controller0-ChannelA-DIMM0 BANK 0 32 GB DDR5 4000 MT/s (rated 5600) 2 SK Hynix HMCG88AGBSA095N
Controller0-ChannelA-DIMM1 BANK 0 32 GB DDR5 4000 MT/s (rated 5600) 2 SK Hynix HMCG88AGBSA095N
Controller0-ChannelB-DIMM0 BANK 1 32 GB DDR5 4000 MT/s (rated 5600) 2 SK Hynix HMCG88AGBSA095N
Controller0-ChannelB-DIMM1 BANK 1 32 GB DDR5 4000 MT/s (rated 5600) 2 SK Hynix HMCG88AGBSA095N
4 of 4 slots populated
AlmaLinux
9.8
Kernel
5.14.0-687.5.3.el9_8.x86_64 tainted (4096) An out-of-tree module was loaded
GPU driver
loaded during the run Brought up in the running kernel by alma-certify rather than at boot, so this machine had not booted into the configuration the driver install leaves behind. The driver was installed during this run as well.
Suite
1.0.0 (1.0.0-1.el9)
Submitted by
jonathan · 2026-09-22 18:40

Validation tests

TestCategorySeverityStatusDetail
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 NVIDIA card on this machine is bound to the NVIDIA driver, so nvidia-smi and every CUDA call have nothing to reach: GB203GLM [RTX PRO 5000 Blackwell Generation Laptop GPU] [2c38] (nouveau). Blacklisting an in-tree driver happens on the kernel command line and in the initramfs, which take effect only at boot, so this needs a reboot with the NVIDIA driver installed
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 NVIDIA card on this machine is bound to the NVIDIA driver, so nvidia-smi and every CUDA call have nothing to reach: GB203GLM [RTX PRO 5000 Blackwell Generation Laptop GPU] [2c38] (nouveau). Blacklisting an in-tree driver happens on the kernel command line and in the initramfs, which take effect only at boot, so this needs a reboot with the NVIDIA driver installed
validate.gpu.cuda-devicequery gpu required skip no NVIDIA card on this machine is bound to the NVIDIA driver, so nvidia-smi and every CUDA call have nothing to reach: GB203GLM [RTX PRO 5000 Blackwell Generation Laptop GPU] [2c38] (nouveau). Blacklisting an in-tree driver happens on the kernel command line and in the initramfs, which take effect only at boot, so this needs a reboot with the NVIDIA driver installed
validate.gpu.cuda-vectoradd gpu required skip no NVIDIA card on this machine is bound to the NVIDIA driver, so nvidia-smi and every CUDA call have nothing to reach: GB203GLM [RTX PRO 5000 Blackwell Generation Laptop GPU] [2c38] (nouveau). Blacklisting an in-tree driver happens on the kernel command line and in the initramfs, which take effect only at boot, so this needs a reboot with the NVIDIA driver installed
validate.gpu.driver gpu informational pass 2 with a driver (i915, nouveau)
validate.gpu.nvidia-smi gpu required skip no NVIDIA card on this machine is bound to the NVIDIA driver, so nvidia-smi and every CUDA call have nothing to reach: GB203GLM [RTX PRO 5000 Blackwell Generation Laptop GPU] [2c38] (nouveau). Blacklisting an in-tree driver happens on the kernel command line and in the initramfs, which take effect only at boot, so this needs a reboot with the NVIDIA driver installed
validate.gpu.opencl-compute gpu required skip an OpenCL driver is installed and no device claims this hardware, so this GPU has no OpenCL support in what this release ships. Not a defect in the card
validate.gpu.opencl-devices gpu required skip an OpenCL driver is installed and no device claims this hardware, so this GPU has no OpenCL support in what this release ships. Not a defect in the card
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 5000 Blackwell Generation Laptop GPU (NVK GB203)
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

BenchmarkMetricValue
Python build bench.compile.python build_time primary 8.9 s ↓ better
xz compression bench.compress.xz comp_speed primary 232 MB/s ↑ better
zstd compression bench.compress.zstd comp_speed_l19 305 MB/s ↑ better
zstd compression bench.compress.zstd comp_speed_l3 primary 5,936 MB/s ↑ better
zstd compression bench.compress.zstd decomp_speed_l19 8,580 MB/s ↑ better
zstd compression bench.compress.zstd decomp_speed_l3 8,456 MB/s ↑ better
CPU matrix math bench.cpu.stressng-matrix bogo_ops_per_sec primary 111,848 bogo-ops/s ↑ better
CPU, all cores bench.cpu.sysbench-multi events_per_sec primary 84,495 events/s ↑ better
CPU, single core bench.cpu.sysbench-single events_per_sec primary 4,319 events/s ↑ better
AES-256-GCM bench.crypto.openssl-aes256gcm throughput primary 9,664 MB/s ↑ better
RSA-4096 signing bench.crypto.openssl-rsa4096 signs_per_sec primary 398 ops/s ↑ better
RSA-4096 signing bench.crypto.openssl-rsa4096 verifies_per_sec 25,446 ops/s ↑ better
SHA-256 bench.crypto.openssl-sha256 throughput primary 4,875 MB/s ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Single precision vulkan_single_precision_compute Intel Graphics (ARL) 1,907 GFLOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Single precision vulkan_single_precision_compute NVIDIA RTX PRO 5000 Blackwell Generation Laptop GPU (NVK GB203) primary 28,576 GFLOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Double precision vulkan_double_precision_compute Intel Graphics (ARL) 59.8 GFLOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Double precision vulkan_double_precision_compute NVIDIA RTX PRO 5000 Blackwell Generation Laptop GPU (NVK GB203) 920 GFLOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Half precision vulkan_half_precision_compute Intel Graphics (ARL) 3,728 GFLOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Half precision vulkan_half_precision_compute NVIDIA RTX PRO 5000 Blackwell Generation Laptop GPU (NVK GB203) 38,870 GFLOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Mixed precision vulkan_mixed_precision_compute Intel Graphics (ARL) 1,897 GFLOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Mixed precision vulkan_mixed_precision_compute NVIDIA RTX PRO 5000 Blackwell Generation Laptop GPU (NVK GB203) 35,118 GFLOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Integer vulkan_integer_compute Intel Graphics (ARL) 479 GOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Integer vulkan_integer_compute NVIDIA RTX PRO 5000 Blackwell Generation Laptop GPU (NVK GB203) 17,136 GOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Integer, int8 dot product vulkan_integer_compute_int8_dp Intel Graphics (ARL) 7,154 GOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Compute · Integer, int8 dot product vulkan_integer_compute_int8_dp NVIDIA RTX PRO 5000 Blackwell Generation Laptop GPU (NVK GB203) 13,543 GOPS ↑ better
GPU compute bench.gpu.clpeak Vulkan Bandwidth · Global memory vulkan_global_memory_bandwidth Intel Graphics (ARL) 50.7 GB/s ↑ better
GPU compute bench.gpu.clpeak Vulkan Bandwidth · Global memory vulkan_global_memory_bandwidth NVIDIA RTX PRO 5000 Blackwell Generation Laptop GPU (NVK GB203) 660 GB/s ↑ better
GPU compute bench.gpu.clpeak Vulkan Bandwidth · Local memory vulkan_local_memory_bandwidth Intel Graphics (ARL) 564 GB/s ↑ better
GPU compute bench.gpu.clpeak Vulkan Bandwidth · Local memory vulkan_local_memory_bandwidth NVIDIA RTX PRO 5000 Blackwell Generation Laptop GPU (NVK GB203) 6,360 GB/s ↑ better
GPU compute bench.gpu.clpeak Vulkan Bandwidth · Image memory vulkan_image_memory_bandwidth Intel Graphics (ARL) 31.3 GB/s ↑ better
GPU compute bench.gpu.clpeak Vulkan Bandwidth · Image memory vulkan_image_memory_bandwidth NVIDIA RTX PRO 5000 Blackwell Generation Laptop GPU (NVK GB203) 543 GB/s ↑ better
GPU compute bench.gpu.clpeak Vulkan Bandwidth · Host transfer vulkan_transfer_bandwidth Intel Graphics (ARL) 24.1 GB/s ↑ better
GPU compute bench.gpu.clpeak Vulkan Bandwidth · Host transfer vulkan_transfer_bandwidth NVIDIA RTX PRO 5000 Blackwell Generation Laptop GPU (NVK GB203) 50.6 GB/s ↑ better
GPU compute bench.gpu.clpeak Vulkan Latency · Kernel launch vulkan_kernel_launch_latency Intel Graphics (ARL) 72.6 us ↓ better
GPU compute bench.gpu.clpeak Vulkan Latency · Kernel launch vulkan_kernel_launch_latency NVIDIA RTX PRO 5000 Blackwell Generation Laptop GPU (NVK GB203) 27.5 us ↓ better
Memory bandwidth bench.mem.bandwidth add_bandwidth 37,948 MB/s ↑ better
Memory bandwidth bench.mem.bandwidth copy_bandwidth 34,796 MB/s ↑ better
Memory bandwidth bench.mem.bandwidth scale_bandwidth 34,512 MB/s ↑ better
Memory bandwidth bench.mem.bandwidth triad_bandwidth primary 39,053 MB/s ↑ better
Memory latency bench.mem.latency latency_64m primary 86.6 ns ↓ better
Memory stream bench.mem.stressng-stream compute_rate 90.3 Mflop/s ↑ better
Memory stream bench.mem.stressng-stream memory_read_rate primary 1,034 MB/s ↑ better
Memory stream bench.mem.stressng-stream memory_write_rate 689 MB/s ↑ better
Context switching bench.sched.stressng-switch ctx_switch_latency 3,408 ns ↓ better
Context switching bench.sched.stressng-switch ctx_switch_rate primary 7,042,963 ops/s ↑ better