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Myllärinkatu 10
65100 Vaasa
Web: www.multitronic.fi
Telephone: 06 - 319 77 00
E-mail: info@multitronic.fi

G.SKILL Ripjaws S5 64GB (2 x 32GB) DDR5 6000 MHz, CL36 Memory (XMP)

Manufacturer: G.SKILL
ID: F5-6000J3636F32GX2-RS5K
80890€ Show VAT 0% Show VAT 25,5%
Estimated delivery: 09.12 - 10.12
13pcs available at remote stock
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Order and pick up in 5-7 days Open today: 10:00 - 18:00 About this store
Order and pick up in 5-7 days Open today: 09:00 - 17:00 About this store
Order and pick up in 5-7 days Open today: 10:00 - 17:00 About this store
Order and pick up in 5-7 days Open today: 10:00 - 18:00 About this store
Order and pick up in 5-7 days Open today: 10:00 - 17:00 About this store
Multitronic Vaasa
Multitronic Pietarsaari
Multitronic Jyväskylä
Multitronic Lappeenranta
Multitronic Mariehamn
Specifications
Description
Store availability
Delivery
Price development
Memory
Internal memory64 GB
Intel Extreme Memory Profile (XMP)checkmark
Intel Extreme Memory Profile (XMP) version3.0
Weight & dimensions
Height33 mm
Other features
Number of pins288
Features
Internal memory typeDDR5
ECCcross
CAS latency36
Product colourBlack
Memory clock speed6000 MHz
Backlightcross
Memory voltage1.35 V
Cooling typePassive
RoHS compliancecross
SPD profilecheckmark
Memory form factor288-pin DIMM
Memory channelsDual-channel
Component forPC
Internal memory64 GB
Memory layout (modules x size)2 x 32 GB
Intel Extreme Memory Profile (XMP)checkmark
Intel Extreme Memory Profile (XMP) version3.0
Memory data transfer rate6000 MT/s
Buffered memory typeUnregistered (unbuffered)
EAN4713294233868

The G.SKILL Ripjaws S5 is a dual-channel DDR5 memory kit intended for high-performance desktop computers. This kit provides a total capacity of 64 GB, distributed across two 32 GB modules, and operates at a frequency of 6000 MHz with CL36 timings. The higher bandwidth and capacity are suitable for demanding applications, such as video editing, 3D rendering, and running multiple virtual machines. It is engineered to function with compatible Intel-based systems supporting the DDR5 standard.

Each module is fitted with a black aluminum heat spreader designed for effective thermal dissipation under load. With a height of 33 mm, the low-profile design ensures broad compatibility with large CPU air coolers and small form-factor builds where component clearance is a consideration. The memory supports Intel XMP 3.0, which allows for straightforward configuration to achieve the rated overclocked speeds in the system BIOS. This kit is unbuffered and does not feature on-die error correction.

Key Features:
  • Total capacity of 64 GB (2 x 32 GB)
  • DDR5 memory technology
  • Operates at a speed of 6000 MHz
  • CAS Latency of CL36
  • Requires a voltage of 1.35 V
  • Designed for dual-channel memory architecture
  • Features a low-profile 33 mm heat spreader
  • Supports Intel XMP 3.0 for one-step overclocking
  • 288-pin UDIMM form factor
  • Non-ECC and unbuffered design
Multitronic Vaasa: 0 pcs
Estimated delivery: 08.12 - 10.12
Multitronic Pietarsaari: 0 pcs
Estimated delivery: 08.12 - 10.12
Multitronic Jyväskylä: 0 pcs
Estimated delivery: 08.12 - 10.12
Multitronic Lappeenranta: 0 pcs
Estimated delivery: 08.12 - 10.12
Multitronic Mariehamn: 0 pcs
Estimated delivery: 08.12 - 10.12
Fetch from the shop
Estimated delivery time: 08.12 - 10.12
Free
Matkahuolto: Parcel lockers and service points
Estimated delivery time: 09.12 - 10.12
3,90 €
Posti: Parcel lockers and service points
Estimated delivery time: 08.12 - 09.12
4,90 €
Posti: Postal package
Estimated delivery time: 09.12 - 10.12
4,90 €
Posti: Doorstep delivery
Estimated delivery time: 09.12
6,90 €
Matkahuolto: Business Parcel
Estimated delivery time: 08.12 - 10.12
12,90 €
Matkahuolto: Home Parcel
Estimated delivery time: 08.12 - 10.12
12,90 €
Posti: Home delivery
Estimated delivery time: 09.12
16,90 €
The above technical details are for reference only and may change without notice. We reserve the right to correct printing errors and use illustrations for guidance. Some text may be auto-generated or machine-translated, which could lead to inaccuracies.

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