EK-Quantum Velocity Honor D-RGB – Black Nickel + Stars & Stripes



EK-Quantum Velocity Honor is a Stars & Stripes Limited Edition high-performance CPU water block for modern Intel® processors. It features a top with a diagonal strike-through design mixing black nickel with stars & stripes decoration. For every Honor Limited Edition water block sold, EK will donate $100 to a charity organization for disabled veterans. Only 100 pieces of this CPU water block have been made. In order to find out more about this charitable cause, please head over to the official EK Press release.

EK Velocity series CPU water blocks embed the 5th generation of the award-winning EK CPU water block cooling engine, further tweaked for performance and optimal coolant flow! Low hydraulic flow restriction enables this product to be used in setups using weaker water pumps or lower pump speeds for added silent operation, while still achieving top performance!

EK-Quantum Velocity Honor D-RGB Intel

The top is CNC-milled out of a solid piece of nickel-plated brass, while the aesthetic cover piece with the print is made of aluminum. The purest copper available on the market is used for the EK-Quantum Velocity Honor cold plate that is precisely machined to a dense microfin structure. The contact surface is machine-polished for better contact with the CPU IHS.

The cooling engine is characterized by the top-integrated jet nozzle which is combined with a thicker jet plate allowing a more precise bow control. The simplified water block structure offers a more optimized coolant flow and easier maintenance, while the interchangeable thick jet plate ensures the best contact surface for mainstream and HEDT Intel platforms.

The block is equipped with a reinforced hold-down bracket, and the enclosed mounting kit includes all the necessary mounting screws, mounting springs, an Intel 115x backplate, rubber backplate gasket and a small tube of Thermal Grizzly Hydronaut high-performance thermal paste. The EK-Quantum Velocity Honor CPU water block features a universal Intel mounting mechanism that offers error-preventing, tool-less installation supporting Intel LGA-1200, LGA-115x, and LGA-20xx sockets out of the box. The mounting screws are streamlined and are even smaller than before for an added aesthetical perfection.

Velocity RGB Compatibility

The product features an D-RGB illuminated middle section which connects to a standard 3-pin 5V D-RGB header. It is compatible with all popular RGB sync technologies from all major motherboard manufacturers. The arrow marking on the 3-pin LED connector is to be aligned with the +5V marking on the addressable/D-RGB header.

Technical specifications:
– D-RGB cable length: 30cm
– D-RGB connector classic 3-pin (+5V, Digital, Empty, Ground)

CPU socket compatibility:
– Intel LGA-1200
– Intel LGA-1150/1151/1155/1156
– Intel LGA-2011(-3)
– Intel LGA-2066

– EK-Quantum Velocity Honor CPU water block
– PreciseMount universal CPU mounting mechanism
– EK-Velocity Backplate
– 2.5mm Allen key
– Jet J2 (0.8mm* thick)
– Thermal grease Thermal Grizzly Hydronaut (1g)

Made in Slovenia – Europe!

EK-Quantum Velocity Honor is a high-performance flagship premium quality CPU water block for modern Intel processors. It features a fresh design that will enable a vast number of variations and options for enthusiasts and demanding users as well!

EK® Quantum – Design & Performance

Velocity series water blocks are part of the EK Quantum Product Line that emphasizes minimalistic, elegant design, and performance. For those who want to stand out!

Sold By: OG10KTech
SKU: 3831109827390 Category:
Estimated delivery times...
Due to market conditions, we cannot make any kind of estimates on delivery times. We offer a general Queue system that shows your approximate place in line, this is not a guarantee of any future delivery time. We do hold a small percentage of all products for our build and mining clients (less than 15%), we hold prices based on your order date and with rare execptions never move a order infront of any other order. We cannot answer questions regarding Q placement due to current volumne levels.