Hyväksymme kryptoa — hallussasi olevat kolikot voivat näin ostaa oikeaa laitteistoa.Maksa kryptolla, käytä se oikeaan laitteistoon. Ilmainen vakuutettu toimitus maailmanlaajuisesti yli 399 $. Neutraalit, tuotemerkittömät ulkopakkaukset, lähetetään Saksasta.Ilmainen vakuutettu toimitus yli 399 $. Kurssisi lukitaan 30 minuutiksi heti, kun kassa avautuu.Kurssi lukittu 30 minuutiksi. Jokainen tuote on sinetöity, sen sarjanumero on tarkistettu, ja sillä on 24 kuukauden takuu.Sinetöity, 24 kuukauden takuu.

Seuratut tuotteet Kirjaudu sisään
Four green DDR3L 240-pin ECC RDIMM modules in silver anti-static bags

A-Tech

A-Tech 32GB (4x8GB) DDR3L 1600 ECC RDIMM 2Rx4 1.35V Server RAM

SKU CH-CNVA-XZ6FA

32 GB quad-channel DDR3L 1600 ECC registered server memory kit running at 1.35 V

  • Capacity32GB (4 x 8GB)
  • SpeedDDR3L 1600 (PC3L 12800)
  • CAS LatencyCL11
  • Voltage1.35V
  • ECCYes
  • Buffered/RegisteredRegistered

Capacity 32GB (4 x 8GB)

Speed DDR3L 1600 (PC3L 12800)

  • ECC registered design protects data integrity in critical workloads
  • 32GB quad-channel kit scales memory bandwidth for demanding applications
  • DDR3L 1600MHz at 1.35V reduces power draw versus standard DDR3
  • 240-pin RDIMM form factor fits compatible server and workstation slots
  • Dual-rank x4 organisation increases memory density per channel

Server memory upgrade kit

This 32 GB quad-channel kit contains four 8 GB DDR3L 1600 registered ECC DIMMs built for servers and workstations. Each module runs at 1.35 V with CL11 latency and a 2Rx4 dual-rank layout on 240-pin form factor. It is not compatible with desktop or laptop computers.

Thermals noise and power

Low-voltage DDR3L operation at 1.35 V reduces power draw and heat output compared with standard 1.5 V DDR3 modules. Registered buffering lightens the electrical load on the memory controller, helping stability under sustained workloads. No active cooling is included or required for normal server use.

What the bundle changes

The matched quad-channel set enables full bandwidth on platforms that support four-channel memory architectures. ECC error correction detects and corrects single-bit errors to protect data integrity in critical applications. Lifetime warranty and US-based technical support are provided by the manufacturer.

Kohokohdat

  • ECC registered design protects data integrity in critical workloads
  • 32GB quad-channel kit scales memory bandwidth for demanding applications
  • DDR3L 1600MHz at 1.35V reduces power draw versus standard DDR3
  • 240-pin RDIMM form factor fits compatible server and workstation slots
  • Dual-rank x4 organisation increases memory density per channel

Tekniset tiedot

BrandA-Tech
SeriesA-Tech DDR3 Server Memory RAM
ModelA-Tech 8GB 2Rx4 PC3L-12800R
Capacity32GB (4 x 8GB)
SpeedDDR3L 1600 (PC3L 12800)
CAS LatencyCL11
Voltage1.35V
ECCYes
Buffered/RegisteredRegistered
Rank2Rx4
Multi-channel KitQuad Channel Kit
ChipsetMajor Brand Chipset
FeaturesMajor Brand Chips

Tämän mallin muut versiot

5 lisää samasta mallistosta

Sama tuoteperhe, eri muisti, jäähdytin tai kellotaajuus — vertaile ennen päätöstä.

Kysymyksiä tästä tuotteesta

How do I install the 240-pin DDR3L RDIMMs in quad-channel mode?

Power down the server, open the chassis, align each module's notch with the DDR3 DIMM slot key, press firmly until the retention clips lock, then populate all four channels per the system manual to enable quad-channel operation.

What maintenance will the registered ECC modules need over their service life?

No scheduled maintenance is required; ECC error correction and the registered buffer operate transparently, so only reseat the modules if the system reports correctable errors after a hardware move.

At what point does the CL11 latency become the bottleneck under sustained load?

CL11 at 1600 MHz sets the minimum access delay; once the memory controller saturates bandwidth, latency dominates response time rather than throughput.

Myös tällä osastolla

Asiakkaat vertailivat myös näitä

Sama osasto, sama kassa — kahdeksan kryptovaluuttaa ja 30 minuutin kurssilukko.