G.SKILL RipjawsX F3-17000CL9D-8GBXM DDR3 DIMM; 2 x 4GB; 2133MHz; CL9

€55.25
Shipping from warehouse: ⁨A3⁩
Estimated shipping: Mon, May 6 - Wed, May 8
14 days returnUnconditional return policy
Availability:
running out
Brand:
G.SKILL
Product code:
F3-17000CL9D-8GBXM / 4711148597432

Specification

Buffer memory type:Unregistered (unbuffered)
Buffered memory type:Unregistered (unbuffered)
Cas latency:9
Component for:PC/Server
Cooling type:Heatsink
Destiny:Desktop
Ecc:No
Ecc correction:No
Ecc support:No
Height:40 mm
Internal memory:8 GB
Internal memory type:DDR3
Joint:DIMM
Line:RipjawsX
Manufacturer's warranty:Lifetime
Memory bus frequency (mhz):2133
Memory capacity:8 GB
Memory channel support:Double
Memory channels:Dual-channel
Memory clock speed:2133 MHz
Memory construction:Gold-plated contacts
Memory form factor:240-pin DIMM
Memory layout (modules x size):2 x 4 GB
Memory standard:PC3-17000
Memory type:DDR3
Memory voltage:1.65 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 rate: 17000 MB/s, Uses XMP
Package type:DIMM
Product height:40 mm
Ram:8 GB
Spd profile:Yes
Spd's home:Yes
Type of configuration:Set
Type of cooling:Heatsink
Voltage (v):1.65

F3-17000CL9D-8GBXM is a DDR3 RAM from the G.Skill RipjawsX series. The set consists of two RAM chips with a capacity of 4 GB each, which together gives a capacity of 8 GB. These chips are intended for use in desktop computers because they have a DIMM type connector. The memory frequency is 2133 MHz, which allows you to achieve data transfer rates of up to 17000 MB/s. The operating voltage of the memory is 1.65 V. The delays of the clock cycles are 9-11-10-28-2N, 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.

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.

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