نقبل الدفع بالعملة المشفرة — لذلك يمكن للعملات الرقمية التي تملكها أن تشتري أجهزة حقيقية.ادفع بالعملة المشفرة، وأنفقها على أجهزة حقيقية. شحن مؤمن مجانا إلى كل أنحاء العالم لما يتجاوز 399 US$. صناديق شحن بسيطة بلا علامة تجارية، ترسل من ألمانيا.شحن مؤمن مجانا لما يتجاوز 399 US$. يُقفل سعرك لمدة 30 دقيقة بمجرد فتح صفحة الدفع.السعر مقفل لمدة 30 دقيقة. كل قطعة مختومة، ورقمها التسلسلي متحقق منه، ومشمولة بضمان 24 شهرا.مختوم، وبضمان 24 شهرا.

قائمة الرصد تسجيل الدخول
Two green DDR3 modules with toothed metal heatspreaders

G.SKILL

G.SKILL Ripjaws Z F3-2400C10D-8GZH 8GB (2x4GB) DDR3 2400 CL10 desktop RAM

SKU CH-FFKZ-8FG5D MPN F3-2400C10D-8GZH

Dual-channel 8GB DDR3 kit running at 2400MHz with CL10 10-12-12-31 timings and 1.65V

  • Capacity8GB (2 x 4GB)
  • SpeedDDR3 2400 (PC3 19200)
  • CAS LatencyCL10
  • Timing10-12-12-31
  • Voltage1.65V
  • ECCNo
  • DDR3 2400 speed delivers up to 19.2 GB/s bandwidth per channel
  • CL10 latency with 10-12-12-31 timing for responsive system performance
  • 65 V operation enables high-frequency DDR3 stability
  • Dual-channel 8 GB kit (2 × 4 GB) optimised for matched-pair performance
  • Teeth-style heatspreader fins increase surface area for improved thermal dissipation

Ripjaws Z dual-channel kit

The G.SKILL Ripjaws Z F3-2400C10D-8GZH is an 8GB dual-channel kit built from two 4GB DDR3 modules rated at 2400MHz. It targets enthusiasts assembling or upgrading Intel platforms that demand high bandwidth and low latency from DDR3 memory. The kit operates at 1.65V with CL10 timings for responsive performance in demanding workloads.

Teeth-style heat spreader thermals

Each module carries a teeth-like fin heat spreader designed to expose extra surface area to airflow inside the chassis. This design helps dissipate heat generated at the rated 1.65V operating voltage during sustained loads. No active cooling or liquid loops are included, so adequate case airflow remains necessary for stable operation at DDR3 2400 speeds.

Intel XMP profile simplifies setup

The kit includes an Intel XMP profile that stores the 2400MHz frequency, 10-12-12-31 timings and 1.65V voltage in the SPD. Enabling the profile in a compatible BIOS applies these settings automatically without manual entry. No additional software utilities or driver packages are bundled with the memory modules.

أبرز المميزات

  • DDR3 2400 speed delivers up to 19.2 GB/s bandwidth per channel
  • CL10 latency with 10-12-12-31 timing for responsive system performance
  • 65 V operation enables high-frequency DDR3 stability
  • Dual-channel 8 GB kit (2 × 4 GB) optimised for matched-pair performance
  • Teeth-style heatspreader fins increase surface area for improved thermal dissipation

المواصفات

BrandG.SKILL
SeriesRipjaws Z Series
ModelF3-2400C10D-8GZH
Capacity8GB (2 x 4GB)
SpeedDDR3 2400 (PC3 19200)
CAS LatencyCL10
Timing10-12-12-31
Voltage1.65V
ECCNo
Buffered/RegisteredUnbuffered
Multi-channel KitDual Channel Kit
ColorN/A
FeaturesReady to Shred Through Data Like Never Before.
Imagine rows upon rows of teeth, ready at a moment's notice to tear anything to shreds. The RipjawsZ series brings back the classic performance of Ripjaws and features an astounding quad-channel support. With four times as many channels, you're ready to shred through data like never before.
Outstanding Cooling Design
At G.SKILL, we understand that heat management is always an important issue for any PC building enthusiast, in order to address this problem, our RipjawsZ Series are especially designed with a stylish teeth-like heat spreade
وزن الشحنة0.13 kg
أبعاد الطرد204 × 137 × 18 mm

أسئلة حول هذا المنتج

How do I install the 2400 MHz DDR3 modules and enable the rated 10-12-12-31 timings?

Insert each 4 GB stick into the motherboard's matching-colour slots for dual-channel operation, then activate the XMP profile in BIOS so the kit runs at 1.65 V with CL10 timings.

What maintenance or replacement will the Ripjaws Z heatspreader need over time?

The aluminium fin array is passive; clean dust from the teeth annually with compressed air and the modules require no further service unless a stick fails.

At what point does the 1.65 V limit appear first during sustained heavy workloads?

The 1.65 V operating voltage is the ceiling; prolonged loads that push the memory controller beyond this level will trigger throttling or instability before thermal limits are reached.

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