F3-1600C9D-16GXM is a DDR3 RAM from the G.Skill RipjawsX series. The kit consists of two RAM chips with a capacity of 8 GB each, which together gives a capacity of 16 GB. These chips are intended for use in desktop computers because they have a DIMM type connector. The memory frequency is 1600 MHz, which allows you to achieve data transfer rates of up to 12800 MB/s. The operating voltage of the memory is 1.5 V. The delays of the clock cycles are 9-9-9 2N, respectively. The bones are additionally cooled, which allows better dissipation of heat accumulated during operation. They use XMP. Dedicated for 3rd Generation Intel Core processors and Z77 platform. The set is covered by a lifetime manufacturer's warranty.
DDR3 16GB 2x8GB) RipjawsX 1600MHz CL9 XM
€54.18
Shipping from warehouse: A3
Estimated shipping: Tue, Nov 26 - Fri, Nov 29
14 days returnUnconditional return policy
- Availability:
- moderate quantity
- Brand:
- G.SKILL
- Product code:
- F3-1600C9D-16GXM / 4711148598682
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Specification
| Buffer memory type: | Unregistered (unbuffered) |
|---|---|
| Buffered memory type: | Unregistered (unbuffered) |
| Cas latency: | 9 |
| Cooling type: | Heatsink |
| Destiny: | Desktop |
| Ecc: | No |
| Ecc correction: | No |
| Ecc support: | No |
| Internal memory: | 16 GB |
| Joint: | DIMM |
| Line: | RipjawsX |
| Manufacturer's warranty: | Lifetime |
| Memory bus frequency (mhz): | 1600 |
| Memory capacity: | 16 GB |
| Memory channel support: | double |
| Memory channels: | Dual |
| Memory clock speed: | 1600 MHz |
| Memory construction: | Gold-plated contacts |
| Memory layout (modules x size): | 2 x 8 GB |
| Memory standard: | PC3-12800 |
| Memory type: | DDR3 |
| Memory voltage: | 1.5 V |
| Mounted cooling: | Yes |
| Number of modules in the set: | 2 |
| Opóźnienie cas latency: | 9 CL |
| Other parameters: | Dedicated for 3rd Generation Intel Core processors and Z77 platform, Data transfer speed: 12800 MB/s, Uses XMP |
| Ram: | 16 GB |
| Type of configuration: | Set |
| Type of cooling: | Heatsink |
| Voltage (v): | 1.5 |
Despite our best efforts, we cannot guarantee that the published technical data and photos do not contain inaccuracies or errors, which, however, cannot be a basis for claims.