MEMORY DIMM 16GB PC25600 DDR4/F4-3200C16S-16GVK G.SKILL

Availability: 30tk SKU: F4-3200C16S-16GVK-LKO

G.SKILL

36.60 €/ tk

Includes VAT 22%

Quantity

Sooduspakkumised püsiklientidele!

Ripjaws V

DDR4-3200 CL16-18-18-38 1.35V

16GB (1x16GB)

As the latest addition to the classic Ripjaws family, Ripjaws V series is the newest DDR4 memory designed for maximum compatibility and cutting-edge performance with the latest Intel Core processors.

!

The memory kit will boot at the SPD speed when BIOS settings are at default.

If XMP is supported, enable XMP/DOCP/A-XMP profile in the BIOS to reach up to the rated XMP overclock speed of the memory kit.

For XMP-enabled memory kits, reaching the rated XMP overclock speed and system stability depends on the capability of the motherboard & CPU.
Ripjaws V
Performance Gaming, DDR4
Module capacity 16GB, Quantity 1
3200 MHz, CL 16
Nominal voltage 1.35 V

EAN:	4719692007506

36.60 €/ tk

Includes VAT 22%

Quantity

Sooduspakkumised püsiklientidele!

Shipping methods

Courier:

Delivery 3-5 days

4.85 €

Pick-Up at warehouse:

Delivery 3-5 days

0.00 €

SmartPOST Parcel:

Delivery 3-5 days

1.85 €

Omniva Parcel:

Delivery 3-5 days

2.89 €

Tooteinfo
- Vendor Homepage
  
  www.gskill.com/product/165/184/1535687484/F4-3200C16S-16GVK
- Memory series
  
  Ripjaws V
- Performance
  
  Gaming
- Memory type
  
  DDR4
- Total capacity
  
  16GB
- Memory module capacity
  
  16GB
- Number of modules
  
  1
- Frequency speed
  
  3200
- Memory features
  
  UDIMM/UDIMM
- CL
  
  16
- Nominal voltage
  
  1.35
- Shipping box quantity
  
  1
- Shipping Box Depth
  
  22
- Shipping Box Height
  
  1.5
- Shipping Box Weight
  
  0.09
- Shipping Box Width
  
  14.5
- Unit Brutto Volume
  
  0.0004785
- Unit Net Weight
  
  0.03
- Unit Gross Weight
  
  0.09
- Unit Box Width
  
  0.145
- Unit Box Length
  
  0.22
- Unit Box Height
  
  0.015
- Full Description Line
  
  Ripjaws V|Performance Gaming|DDR4|Module capacity 16GB|Quantity 1|3200 MHz|CL 16|Nominal voltage 1.35 V
- Category Code
  
  MEM