Description
The Bykski XPR CPU block strives for exceptional design, unparalleled innovation, and meticulous craftsmanship to unlock remarkable performance and create stunning aesthetics. The V3 version of the XPR block features a .08mm spray-type micro-channel design. This increases the heat absorption surface area and provides a larger heat dissipation capacity. A 5v Addressable RGB (RBW) light strip is included on the PMMA model, adding to the unique appearance.
Standard Features
- Unique .08mm Channel Design
- Pure Copper for High Heat Applications
- Designed to Fit Standard G1/4 Thread Fittings
Model Features
- Built-in A-RGB (RBW) lighting (CPU-XPR-I-V3)
- Durable POM Inlet/Outlet (CPU-XPR-POM-I-V3)
- Extra Heat Absorption with Full Metal (CPU-XPR-CU-I-V3)
Compatibility
- Intel Socket: LGA 1200/1700 – 115x – 2011/2066
Parts Included
- CPU Water Cooling Block
- Installation Hardware, including thermal paste
- 5v Addressable RGB (RBW) (CPU-XPR-I-V3 PMMA version only)
- (Warning: Addressable RGB (RBW) is 5V and is ONLY compatible with Addressable RGB (RBW) components. RGB is 12V and is ONLY compatible with RGB components. Mix and match will NOT work and will cause damage.
Warnings
Do NOT use this block with any visual effect coolant (floating particles). Due to the incredibly small .08mm channel design, any small debris will clog the CPU block. Make sure the system is extremely clean, and a filter is recommended.
Please pay attention to the inlet/outlet during installation. The wrong direction during installation will affect the heat dissipation performance. The manufacturer reserves the right to alter the block design to expand compatibility. The delivered item may not 100% match the pictured item. The product does NOT include English installation instructions.
This product is designed for self-installation. The manufacturer is not liable for any damages resulting from misuse, including, but not limited to, improper installation or the use of incompatible hardware or fluids. By using this product, you accept all related risks.
