Sprejemamo kriptovalute — tako lahko sredstva, ki jih imate, kupijo pravo strojno opremo.Plačajte v kriptovaluti, zapravite jo za pravo strojno opremo. Brezplačna zavarovana dostava po vsem svetu nad 399 $. Nevtralni kartoni brez znamke, poslani iz Nemčije.Brezplačna zavarovana dostava nad 399 $. Vaš tečaj je zaklenjen za 30 minut, takoj ko se odpre blagajna.Tečaj zaklenjen 30 minut. Vsak izdelek je zapečaten, njegova serijska številka preverjena, in krit z 24-mesečno garancijo.Zapečateno, 24-mesečna garancija.

Spremljani izdelki Prijava
Square green ceramic processor with gold contact pads and silver heat spreader, AM5 socket form factor

AMD

AMD EPYC 4565P 16-core 4.3/5.7 GHz 64 MB L3 DDR5-5600 170 W AM5 server processor 100-100001559WOF

SKU CH-VGRN-2PNBH MPN 100-100001559WOF

Sixteen-core server CPU with 32 threads, 64 MB L3 cache, DDR5-5600 support and a 170 W TDP for entry-level systems

  • NameEPYC 4565P
  • CPU Socket TypeSocket AM5
  • # of Cores16-Core
  • L3 Cache64MB
  • 64-Bit SupportYes
  • Integrated Memory Controller SpeedDDR5 5600

Option EPYC 4565P

Prečrtane različice obstajajo, vendar tukaj niso na voljo.

  • 16 Zen 5 cores handle demanding server workloads
  • 32 threads boost multi-tasking throughput
  • 64 MB L3 cache cuts memory latency
  • DDR5-5600 controller speeds data access
  • 170 W TDP balances performance and efficiency

AMD EPYC 4565P for entry-level servers

The AMD EPYC 4565P is a 16-core, 32-thread processor built on the Zen5 architecture for the EPYC 4005 series. It targets small businesses and hosted service providers that need dependable performance for everyday server workloads. The CPU fits the AM5 socket and supports DDR5-5600 memory. It delivers a base clock of 4.3 GHz and a maximum boost of 5.7 GHz.

Sustained throughput with 170 W TDP

A thermal design power of 170 W allows the chip to maintain high frequencies during extended compute tasks rather than throttling after a short burst. The 64 MB L3 cache reduces latency for multi-threaded applications such as virtualisation, databases and web hosting. All 16 cores remain available for continuous parallel processing across long duty cycles.

Thermals, noise and power in normal use

At the rated 170 W the processor runs within a defined thermal envelope that standard server coolers are designed to dissipate. Fan speeds and acoustic output depend on the chosen cooler and chassis airflow, not on the CPU alone. Power draw scales with workload, staying near the TDP ceiling only when all cores operate at elevated frequencies.

Poudarki

  • 16 Zen 5 cores handle demanding server workloads
  • 32 threads boost multi-tasking throughput
  • 64 MB L3 cache cuts memory latency
  • DDR5-5600 controller speeds data access
  • 170 W TDP balances performance and efficiency

Specifikacije

BrandAMD
NameEPYC 4565P
Model100-100001559WOF
CPU Socket TypeSocket AM5
# of Cores16-Core
L3 Cache64MB
64-Bit SupportYes
Integrated Memory Controller SpeedDDR5 5600
Thermal Design Power170W
Teža pošiljke0.09 kg
Velikost pošiljke127 × 127 × 38 mm

Druge različice tega modela

še 5 v isti paleti

Ista družina, različen pomnilnik, hladilnik ali takt — primerjajte, preden se odločite.

Vprašanja o tem izdelku

How much heat does the 170 W TDP generate under continuous all-day load?

The processor is rated at 170 W thermal design power; sustained full-load operation will require a server-grade cooler and adequate chassis airflow to keep temperatures within specification.

What motherboard socket and memory type are required for the EPYC 4565P?

The CPU uses the AM5 socket and an integrated DDR5-5600 memory controller, so a compatible AM5 server motherboard and DDR5 modules are mandatory.

Can the 16-core 4565P share a platform with earlier EPYC 7000 or 9000 series parts?

No — the 4565P belongs to the EPYC 4005 series on the AM5 platform, while 7000 and 9000 series processors use different sockets and chipsets and are not interchangeable.

Tudi v tem oddelku

Stranke so primerjale tudi te

Ista polica, ista blagajna — osem kriptovalut in 30-minutni zaklep tečaja.