File:AMD Epyc 9754 in Dual-CPU-Socket-Serversystem (极客湾Geekerwan) 07.png
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Summary
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Deutsch: 2×AMD Epyc 9754 in Dual-CPU-Socket-Serversystem. Jeder Prozessor hat 128 Kerne und 256 Threads. Im Serversystem gibt es 24 DDR5-RAM-Slots, die insgesamt mit 768 GiB (ca. 825 GB) in Form von DDR5-4800-RAM-Modulen bestückt sind. Das System kann mit maximal 2600 Watt versorgt werden. Dazu wird eine RTX 6000 eingebaut. Das Serversystem kostet mehr als 100 000 Yuan (etwa 12741 Euro am 15.05.2024, 16:46 UTC). Das Serversystem im Betrieb saugt Luft merklich. Im Task-Manager werden 256 Kerne und 512 Threads erkannt. Hieraus ergeben sich 16 MiB L1-Cache, 256 MiB L2-Cache und 512 MiB L3-Cache. Die CPU-Auslastungsanzeige im Task-Manager erlaubt es durch das Raster, kleine pixelige Figuren durch gezieltes Auslasten bestimmter Threads zu erzeugen (wie ein 32×16-Pixelraster). In Benchmarks erzielt der CPU-Verband sehr starke Ergebnisse, die teilweise mit GPUs mithalten können. Gemessen wurden ein Datendurchsatz beim RAM von bis zu 750 GB/s, und L1-Cache-Geschwindigkeiten von bis zu 36 TB/s.
English: 2×AMD Epyc 9754 in dual CPU socket server system. Each processor has 128 cores and 256 threads. There are 24 DDR5 RAM slots in the server system, which are equipped with a total of 768 GiB (approx. 825 GB) in the form of DDR5-4800 RAM modules. The system can be supplied with a maximum of 2600 watts. An RTX 6000 is installed for this purpose. The server system costs more than 100,000 yuan (approx. 12741 euros on 15/05/2024, 16:46 UTC). The server system sucks air noticeably during operation. The Task Manager recognizes 256 cores and 512 threads. This results in 16 MiB L1 cache, 256 MiB L2 cache and 512 MiB L3 cache. The CPU utilization display in the Task Manager allows the grid to generate small pixelated figures by selectively utilizing certain threads (like a 32×16 pixel grid). In benchmarks, the CPU association achieves very strong results that can sometimes keep up with GPUs. A RAM data throughput of up to 750 GB/s and L1 cache speeds of up to 36 TB/s were measured. |
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| Author | 极客湾Geekerwan |
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
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| current | 16:59, 15 May 2024 | | 3,840 × 2,160 (7.52 MB) | PantheraLeo1359531 | Uploaded a work by [https://www.youtube.com/@geekerwan1024 极客湾Geekerwan] from * {{From YouTube|1=oDIaHj-CGSI|2=256核512线程！史上最强CPU到底能做什么？}} * https://web.archive.org/web/20240515164145/https://www.youtube.com/watch?v=oDIaHj-CGSI with UploadWizard |
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