-
-
Save ironicbadger/5da9b321acbe6b6b53070437023b844d to your computer and use it in GitHub Desktop.
####### | |
## These results are still open to the public. See | |
## https://blog.ktz.me/the-best-media-server-cpu-in-the-world/ | |
## for analysis of them. | |
# https://github.com/ironicbadger/quicksync_calc | |
# zoidberg - dell 7040 sff pc | |
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS | |
i5-6600T h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 116.352s 29.88 1.04x N/A | |
i5-6600T h264_1080p ribblehead_1080p_h264 18952 kb/s 20.774s 167.57 5.86x 6.59 | |
i5-6600T h264_4k ribblehead_4k_h264 46881 kb/s 68.870s 50.52 1.78x 7.24 | |
i5-6600T hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 50.236s 68.56 2.41x 9.68 | |
i5-6600T hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s x | |
# ncase-m1 | |
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS | |
i5-9500 h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 60.211s 57.47 2.04x N/A | |
i5-9500 h264_1080p ribblehead_1080p_h264 18952 kb/s 15.699s 220.00 7.63x 7.67 | |
i5-9500 h264_4k ribblehead_4k_h264 46881 kb/s 58.598s 58.88 2.13x 7.48 | |
i5-9500 hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 45.445s 75.94 2.64x 9.09 | |
i5-9500 hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 177.284s 19.09 .68x 10.14 | |
# morpheus - primary server (running a lot of other services) | |
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS | |
i5-8500 h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 103.622s 34.00 1.20x N/A | |
i5-8500 h264_1080p ribblehead_1080p_h264 18952 kb/s 19.740s 166.37 5.74x 5.48 | |
i5-8500 h264_4k ribblehead_4k_h264 46881 kb/s 68.755s 51.29 1.81x 5.84 | |
i5-8500 hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 46.563s 74.00 2.63x 8.38 | |
i5-8500 hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 191.809s 18.02 .62x 9.14 | |
# anton - local backup server | |
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS | |
i5-8500 h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 65.087s 54.10 1.90x N/A | |
i5-8500 h264_1080p ribblehead_1080p_h264 18952 kb/s 15.655s 220.43 7.65x 9.22 | |
i5-8500 h264_4k ribblehead_4k_h264 46881 kb/s 58.902s 58.72 2.06x 9.03 | |
i5-8500 hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 45.228s 76.22 2.66x 10.95 | |
i5-8500 hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 177.137s 19.09 .68x 11.86 | |
# pennywise - uk backup server | |
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS | |
i5-8500 h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 64.604s 54.30 1.95x N/A | |
i5-8500 h264_1080p ribblehead_1080p_h264 18952 kb/s 15.383s 224.60 7.78x | |
i5-8500 h264_4k ribblehead_4k_h264 46881 kb/s 57.850s 60.04 2.10x | |
i5-8500 hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 45.212s 76.24 2.66x | |
i5-8500 hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 176.234s 21.60 .68x | |
# hl15 full build (Xeon Bronze 3204 CPU @ 1.90GHz) with arc a40 pro gpu on proxmox | |
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS | |
arc pro h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 149.702s 23.30 .81x N/A | |
arc pro h264_1080p ribblehead_1080p_h264 18952 kb/s 19.069s 180.05 6.31x | |
arc pro h264_4k ribblehead_4k_h264 46881 kb/s 81.341s 42.78 1.49x | |
arc pro hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 20.050s 171.86 5.94x | |
arc pro hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 140.355s 24.90 .89x | |
# EPYC 7402 build with Arc A40 Pro GPU on Proxmox | |
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS | |
AMD EPYC 7402 24-Core Processor h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 22.089s 157.73 5.55x N/A | |
AMD EPYC 7402 24-Core Processor h264_1080p ribblehead_1080p_h264 18952 kb/s 8.614s 381.00 x | |
AMD EPYC 7402 24-Core Processor h264_4k ribblehead_4k_h264 46881 kb/s 32.168s 90.20 3.71x | |
AMD EPYC 7402 24-Core Processor hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 7.528s 451.30 x | |
AMD EPYC 7402 24-Core Processor hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 39.077s 86.54 2.98x | |
# i5 13600k + supermicro x13sae-f | |
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS | |
13th Gen Intel(R) Core(TM) i5-13600K h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 22.594s 154.64 5.45x N/A | |
13th Gen Intel(R) Core(TM) i5-13600K h264_1080p ribblehead_1080p_h264 18952 kb/s 14.590s 235.77 8.17x | |
13th Gen Intel(R) Core(TM) i5-13600K h264_4k ribblehead_4k_h264 46881 kb/s 51.045s 67.08 2.37x | |
13th Gen Intel(R) Core(TM) i5-13600K hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 38.720s 87.02 3.07x | |
13th Gen Intel(R) Core(TM) i5-13600K hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 133.974s 25.60 .89x |
# xe | |
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS | |
i5-10600 h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 46.713s 76.13 2.72x N/A | |
i5-10600 h264_1080p ribblehead_1080p_h264 18952 kb/s 15.003s 230.95 7.98x 9.45 | |
i5-10600 h264_4k ribblehead_4k_h264 46881 kb/s 58.119s 58.91 2.10x 9.18 | |
i5-10600 hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 41.573s 82.97 2.94x 10.86 | |
i5-10600 hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 167.489s 21.03 .72x 12.13 | |
# awly | |
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS | |
i7-1260p h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 63.906s 62.70 2.31x N/A | |
i7-1260p h264_1080p ribblehead_1080p_h264 18952 kb/s 17.910s 194.68 6.83x 3.43 | |
i7-1260p h264_4k ribblehead_4k_h264 46881 kb/s 54.981s 61.86 2.18x 3.20 | |
i7-1260p hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 29.951s 114.51 4.00x 7.74 | |
i7-1260p hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 110.048s 35.15 1.23x 7.64 | |
# povertypanda | |
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS | |
i5-13600k h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 19.343s 178.77 6.24x N/A | |
i5-13600k h264_1080p ribblehead_1080p_h264 18952 kb/s 14.787s 232.52 8.05x 3.20 | |
i5-13600k h264_4k ribblehead_4k_h264 46881 kb/s 50.087s 68.08 2.43x 3.47 | |
i5-13600k hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 39.212s 85.93 2.95x 3.31 | |
i5-13600k hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 132.962s 25.74 .90x 3.66 |
CWWK X86 P5 Super Mini Router Twelfth generation Intel N100 16GB: https://cwwk.net/products/cwwk-x86-p5-super-mini-router-12th-gen-intel-n100-ddr5-4800mhz-firewall-pc-2x-i226-v-2-5g-lan-fanless-mini-pc
Running Proxmox. All cores and pci passthrough + 8GB to:
Ubuntu 24.04 LTS kernel: 6.8.0-39-generic
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS
Intel(R) N100 h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 222.723s 15.67 .58x N/A
Intel(R) N100 h264_1080p ribblehead_1080p_h264 18952 kb/s 65.630s 50.83 1.81x
Intel(R) N100 h264_4k ribblehead_4k_h264 46881 kb/s 208.116s 15.96 .57x
Intel(R) N100 hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 64.979s 51.06 1.78x
Intel(R) N100 hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 233.095s 14.50 .51x
Debian 12
Kernel 6.1
CPU: i5-8400 @ 2.8 GHz
RAM: 96GB DDR4
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS
i5-8400 h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 73.763s 46.88 1.75x N/A
i5-8400 h264_1080p ribblehead_1080p_h264 18952 kb/s 18.866s 184.41 6.52x
i5-8400 h264_4k ribblehead_4k_h264 46881 kb/s 59.903s 53.90 1.91x
i5-8400 hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 48.782s 69.85 2.46x
i5-8400 hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 186.385s 18.22 .65x
Dell Latitude 5440 with Ubuntu 22.04, XFCE 4.16 (more details below)
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS
13th Gen Intel(R) Core(TM) i5-1345U h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 46.033s 74.12 2.80x N/A
13th Gen Intel(R) Core(TM) i5-1345U h264_1080p ribblehead_1080p_h264 18952 kb/s 16.501s 192.00 7.30x 4.77
13th Gen Intel(R) Core(TM) i5-1345U h264_4k ribblehead_4k_h264 46881 kb/s 51.868s 64.09 2.30x 4.35
13th Gen Intel(R) Core(TM) i5-1345U hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 33.159s 98.25 3.52x 5.46
13th Gen Intel(R) Core(TM) i5-1345U hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 112.200s 31.26 1.10x 4.88
System:
Host: lynx Kernel: 6.8.0-40-generic x86_64 bits: 64 Desktop: Xfce 4.16.0
Distro: Ubuntu 22.04.4 LTS (Jammy Jellyfish)
Machine:
Type: Laptop System: Dell product: Latitude 5440
CPU:
Info: 10-core (2-mt/8-st) model: 13th Gen Intel Core i5-1345U bits: 64
type: MST AMCP cache: L2: 6.5 MiB
Speed (MHz): avg: 499 min/max: 400/4700:3500
Graphics:
Device-1: Intel driver: i915 v: kernel
Display: server: X.Org v: 1.21.1.4 driver: X: loaded: modesetting
unloaded: fbdev,vesa gpu: i915 resolution: 1: 1920x1200~60Hz
2: 2560x1440~60Hz 3: 1920x1080~60Hz
OpenGL: renderer: Mesa Intel Graphics (RPL-U)
v: 4.6 Mesa 23.2.1-1ubuntu3.1~22.04.2
Fujitsu Esprimo Q558
OS: Proxmox VE 8.2.4
Kernel: 6.8.12-1-pve
RAM: 24GB RAM DDR4
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS
Intel(R) Core(TM) i3-8100T CPU @ 3.10GHz h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 123.069s 26.56 .99x N/A
Intel(R) Core(TM) i3-8100T CPU @ 3.10GHz h264_1080p ribblehead_1080p_h264 18952 kb/s 22.252s 152.97 5.41x 6.49
Intel(R) Core(TM) i3-8100T CPU @ 3.10GHz h264_4k ribblehead_4k_h264 46881 kb/s 76.107s 44.57 1.59x 6.44
Intel(R) Core(TM) i3-8100T CPU @ 3.10GHz hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 48.587s 70.56 2.50x 9.87
Intel(R) Core(TM) i3-8100T CPU @ 3.10GHz hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 198.426s 16.93 .60x 10.69
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS
11th Gen Intel(R) Core(TM) i9-11900K @ 3.50GHz h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 28.708s 114.75 4.33x N/A
11th Gen Intel(R) Core(TM) i9-11900K @ 3.50GHz h264_1080p ribblehead_1080p_h264 18952 kb/s 13.770s 246.42 8.65x 10540.40
11th Gen Intel(R) Core(TM) i9-11900K @ 3.50GHz h264_4k ribblehead_4k_h264 46881 kb/s 48.362s 69.13 2.54x 11800.53
11th Gen Intel(R) Core(TM) i9-11900K @ 3.50GHz hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 52.832s 63.83 2.22x 6191.73
11th Gen Intel(R) Core(TM) i9-11900K @ 3.50GHz hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 161.252s 21.20 .75x 10223.93
Running in a VM under ProxMox, but this is a Beelink EQi12 with an i3-1220P processer (10C/12T) and 24 GB RAM
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS
QEMU Virtual CPU version 2.5+ h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 49.393s 66.50 2.20x N/A
QEMU Virtual CPU version 2.5+ h264_1080p ribblehead_1080p_h264 18952 kb/s 23.070s 147.26 4.89x
QEMU Virtual CPU version 2.5+ h264_4k ribblehead_4k_h264 46881 kb/s 79.154s 42.58 1.41x
QEMU Virtual CPU version 2.5+ hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 38.373s 86.53 2.86x
QEMU Virtual CPU version 2.5+ hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 158.523s 23.10 .76x
cpu: Intel i5-7400T
gpu: HD Graphics 630 (integrated)
memory: 16 GiB SODIMM DDR4 2400 MHz
os: ubuntu 24.04
(computer is a refurbed HP EliteDesk G3 800 Mini Desktop)
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS
Intel(R) Core(TM) i5-7400T CPU @ 2.40GHz h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 130.197s 25.47 .83x N/A
Intel(R) Core(TM) i5-7400T CPU @ 2.40GHz h264_1080p ribblehead_1080p_h264 18952 kb/s 22.930s 146.17 4.85x 6.80
Intel(R) Core(TM) i5-7400T CPU @ 2.40GHz h264_4k ribblehead_4k_h264 46881 kb/s 78.341s 43.20 1.43x 6.80
Intel(R) Core(TM) i5-7400T CPU @ 2.40GHz hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 50.608s 67.50 2.23x 9.87
Intel(R) Core(TM) i5-7400T CPU @ 2.40GHz hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 202.810s 16.89 .55x 10.82
cpu: intel i5-8500 @ 3.00GHz
gpu: HD Graphics 630 (integrated)
memory: 16 GiB SODIMM DDR4 2400 MHz
os: ubuntu 24.04
(computer is a refurbed HP EliteDesk G4 800 MiniDesktop)
CPU TEST FILE BITRATE TIME AVG_FPS AVG_SPEED AVG_WATTS
Intel(R) Core(TM) i5-8500 CPU @ 3.00GHz h264_1080p_cpu ribblehead_1080p_h264 18952 kb/s 66.914s 48.25 1.63x N/A
Intel(R) Core(TM) i5-8500 CPU @ 3.00GHz h264_1080p ribblehead_1080p_h264 18952 kb/s 18.276s 185.85 6.21x 6.72
Intel(R) Core(TM) i5-8500 CPU @ 3.00GHz h264_4k ribblehead_4k_h264 46881 kb/s 68.588s 47.28 1.64x 6.32
Intel(R) Core(TM) i5-8500 CPU @ 3.00GHz hevc_8bit ribblehead_1080p_hevc_8bit 14947 kb/s 46.263s 73.74 2.44x 8.85
Intel(R) Core(TM) i5-8500 CPU @ 3.00GHz hevc_4k_10bit ribblehead_4k_hevc_10bit 44617 kb/s 314.802s 17.86 .57x 9.41
HP Elitedesk 800 G4 SFF
32GB RAM
Ubuntu 22.04.3 LTS
Fairly disappointed, I thought it was better, perhaps too many services running.