G.Skill DDR5 32GB PC 6000 CL28 KIT (2x16GB) 32-RS5K
2 x 16GB, 6000 MHz, DDR5 RAM, DIMMDelivered between Thu, 8.5. and Mon, 12.5.
Only 3 items in stock at third-party supplier
Only 3 items in stock at third-party supplier
Supplied by
Product details
The G.Skill DDR5 32GB PC 6000 CL28 KIT (2x16GB) 32-RS5K is a high-performance memory module designed specifically for high-performance applications and overclocking. With a memory capacity of 32 GB, divided into two 16 GB modules, this RAM offers high bandwidth and fast data transfer rates of up to 6000 megatransfers per second. The CAS latency of 28 ensures efficient data processing, while the unbuffered configuration allows for direct communication with the memory controller. The DIMM form factor ensures easy integration into modern motherboards. This memory is ideal for users looking to maximize the performance of their system, whether for gaming, creative applications, or demanding computational tasks.
- High transfer rate of 6000 MT/s for fast data processing
- Optimized for high performance and overclocking
- XMP certified for easy overclocking settings
- Unbuffered RAM for direct communication with the memory controller.
Memory type | DDR5 RAM |
Memory configuration | 2 x 16GB |
Storage clock frequency | 6000 MHz |
CAS latency | 28 |
RAM certification | XMP 3.0 |
Item number | 54163708 |
Manufacturer | G.Skill |
Category | RAM |
Manufacturer no. | F5-6000J2836G16GX2-RS5K |
Release date | 22.1.2025 |
Colour | Black |
Exact colour description | Black |
LED colour | without LED |
Memory configuration | 2 x 16GB |
Hardware application range | High Performance / Overclocking |
Memory type | DDR5 RAM |
Storage clock frequency | 6000 MHz |
Transfer rate | 6000 MT/s |
Memory chip | DDR5-6000 |
Memory form factor | DIMM |
RAM buffer | Unbuffered |
CAS latency | 28 |
RAM certification | XMP 3.0 |
Country of origin | Taiwan |
CO₂-Emission | |
Climate contribution |
Length | 22.50 cm |
Width | 14.50 cm |
Height | 2 cm |
Weight | 123 g |
Specifications may include unverified machine translations.