Aceitamos criptomoeda — para que as moedas que detém possam comprar material informático real.Pague em cripto, gaste-a em material informático real. Envio seguro gratuito para todo o mundo acima de 399 $. Caixas neutras, sem marca, expedidas a partir da Alemanha.Envio seguro gratuito acima de 399 $. A sua taxa fica bloqueada durante 30 minutos assim que abre a finalização da compra.Taxa bloqueada 30 minutos. Cada artigo é selado, o seu número de série é verificado, e está coberto por uma garantia de 24 meses.Selado, garantido 24 meses.

Artigos guardados Iniciar sessão
Eight black finned DDR3 modules in a row

G.SKILL

G.SKILL Ripjaws Z F3-17000CL9Q2-32GBZH 32GB (8×4GB) DDR3 2133 CL9 desktop RAM

SKU CH-01TZ-P3AAJ MPN F3-17000CL9Q2-32GBZH

Eight 4 GB DDR3 modules deliver 32 GB at 2133 MHz with CL9 9-11-10-28 timing for quad-channel LGA2011 X79 systems

  • Capacity32GB (8 x 4GB)
  • SpeedDDR3 2133 (PC3 17000)
  • CAS LatencyCL9
  • Timing9-11-10-28
  • Voltage1.65V
  • ECCNo
  • Quad-channel kit built for LGA 2011 X79 platforms
  • 2133 MHz DDR3 delivers 17 GB/s bandwidth per channel
  • CL9 9-11-10-28 timing ensures responsive system performance
  • Intel XMP 1.3 ready for one-click speed configuration
  • 65 V operation with Ripjaws Z heatspreader for thermal control

Quad-Channel Kit for LGA 2011

This 32 GB kit contains eight 4 GB DDR3 modules rated at 2133 MT/s with CL9 9-11-10-28 timings. It is built for quad-channel operation on Intel Core i7 processors using the LGA 2011 socket and X79 platform. Intel XMP 1.3 profiles are supported for one-click configuration.

Sustained Load Behaviour

The modules run at 1.65 V to maintain the rated 2133 MT/s speed across all eight sticks during extended workloads. Quad-channel architecture delivers up to 17 GB/s bandwidth per channel, keeping data flowing to all cores without throttling. Rigorous factory testing on X79 platforms validates stability in continuous multi-threaded scenarios.

Thermals and Power Draw

An aggressive aluminium heatspreader with a toothed fin array dissipates heat from the DRAM and power components during normal use. The design moves warmth away from the modules into chassis airflow without requiring active cooling. Unbuffered, non-ECC construction keeps the electrical load predictable at the specified 1.65 V.

Pontos fortes

  • Quad-channel kit built for LGA 2011 X79 platforms
  • 2133 MHz DDR3 delivers 17 GB/s bandwidth per channel
  • CL9 9-11-10-28 timing ensures responsive system performance
  • Intel XMP 1.3 ready for one-click speed configuration
  • 65 V operation with Ripjaws Z heatspreader for thermal control

Especificações

BrandG.SKILL
SeriesRipjaws Z Series
ModelF3-17000CL9Q2-32GBZH
Capacity32GB (8 x 4GB)
SpeedDDR3 2133 (PC3 17000)
CAS LatencyCL9
Timing9-11-10-28
Voltage1.65V
ECCNo
Buffered/RegisteredUnbuffered
FeaturesQuad channel memory designed for LGA2011 Intel Core-i7 processors and X79 platforms.
Intel XMP 1.3 ready.
Peso de envio0.49 kg
Dimensões da embalagem185 × 112 × 76 mm

Perguntas sobre este artigo

How hot or noisy does the 1.65V Ripjaws Z kit get during all-day loads?

The modules run at 1.65V with the standard Ripjaws Z heatsink; they are passively cooled so they add no fan noise, and the aluminium spreader keeps temperatures in check for continuous quad-channel operation.

What motherboard and CPU must I already have to run this 8×4GB DDR3-2133 kit at its rated speed?

You need an LGA 2011 motherboard with the X79 chipset and a compatible Core i7 processor that supports quad-channel DDR3; the kit is XMP 1.3 ready so the rated 2133 MT/s CL9 9-11-10-28 timings load automatically in the BIOS.

Can I keep my existing DDR3 DIMMs and add this 32GB Ripjaws Z set to the same board?

Mixing kits is not recommended; the Ripjaws Z modules are validated as a matched 8-piece quad-channel set at 1.65V CL9, and adding different ICs or voltages will likely force the board to down-clock or lose stability.

Também nesta secção

Os clientes também compararam

Mesma prateleira, mesma finalização da compra — oito moedas e uma taxa bloqueada durante 30 minutos.