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
Green circuit board with black chips, gold edge connector, no heat spreader

OWC

OWC 64GB DDR4 3200 ECC Registered RDIMM 2Rx4 CL22 1.2V 288-pin memory upgrade

SKU CH-NNFZ-Q10SQ

A 64GB DDR4 3200 ECC registered RDIMM module for Gigabyte R262-ZA1, R262-ZA2, R271-Z00, R272-P30 and R272-P31 servers

  • Capacity64GB
  • Type288-Pin DDR4 ECC RDIMM
  • SpeedDDR4 3200 (PC4 25600)
  • CAS Latency22
  • Voltage1.2V
  • ECCYes

Capacity 64GB

Prečrtane različice obstajajo, vendar tukaj niso na voljo.

  • ECC registered design protects data integrity in servers
  • 64GB single module expands capacity for virtualisation workloads
  • DDR4 3200 speed matches PC4-25600 bandwidth specification
  • 2V operation reduces power draw in dense configurations
  • Compatible with Gigabyte R262-ZA1, R262-ZA2, R271-Z00, R272-P30, R272-P31

64 GB DDR4 3200 ECC RDIMM for Gigabyte servers

This 64 GB DDR4 3200 ECC registered RDIMM is built for Gigabyte R262-ZA1, R262-ZA2, R271-Z00, R272-P30 and R272-P31 systems. It delivers error-correcting registered memory required by workstation and server platforms. The module will not work in standard desktop computers and must not be mixed with unbuffered or load-reduced DIMMs.

Sustained throughput at 3200 MT/s with CL22

At its rated 3200 MT/s speed and CL22 latency the module maintains steady data rates during long compute jobs. It also runs at 2133, 2400, 2666 or 2933 MT/s when the platform requires a lower frequency. The registered buffer helps keep signal integrity stable across all supported speeds.

Low-voltage operation without a heat spreader

The DIMM runs at 1.2 V and has no integrated heat spreader, relying on chassis airflow for cooling. Power draw stays modest during typical server workloads, and the lack of a spreader keeps the module height low for dense configurations. Acoustic output is determined by the system fans rather than the memory itself.

Poudarki

  • ECC registered design protects data integrity in servers
  • 64GB single module expands capacity for virtualisation workloads
  • DDR4 3200 speed matches PC4-25600 bandwidth specification
  • 2V operation reduces power draw in dense configurations
  • Compatible with Gigabyte R262-ZA1, R262-ZA2, R271-Z00, R272-P30, R272-P31

Specifikacije

BrandOWC
Part Number3R2D42R464GB
Capacity64GB
Type288-Pin DDR4 ECC RDIMM
SpeedDDR4 3200 (PC4 25600)
CAS Latency22
Voltage1.2V
ECCYes
Buffered/RegisteredRegistered
Rank2Rx4
Heat SpreaderNo
Compatible SystemGigabyte R262-ZA1
Gigabyte R262-ZA2
Gigabyte R271-Z00
Gigabyte R272-P30
Gigabyte R272-P31

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 power does the 1.2V 64GB DDR4 3200 ECC RDIMM draw when running continuously in a server?

The module operates at 1.2 volts, the standard DDR4 voltage, so power draw stays within JEDEC limits for registered DIMMs.

What motherboard slot and chipset support is required to install this 288-pin registered ECC module?

It fits a 288-pin DDR4 RDIMM slot and is validated for Gigabyte R262-ZA1, R262-ZA2, R271-Z00, R272-P30 and R272-P31 platforms.

Will this CL22 3200MHz registered DIMM run stably alongside existing 2133MHz or 2400MHz ECC memory?

Yes, backward compatibility is specified for 2133, 2400, 2666 and 2933 MHz speeds; the system will clock all modules to the lowest common speed.

Tudi v tem oddelku

Stranke so primerjale tudi te

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