You have no items in your shopping cart.
Fusion F5
Step into the future of custom PC builds with the Fusion F5, a masterpiece of engineering and aesthetics housed in the striking InWin F5 case. Featuring the custom EK-QuantumX Loophole distribution plate with internal tube routings, this build is powered by the EK-Quantum Velocity² Direct Die CPU block and Vector² Red Devil GPU block. Showcased at Computex 2024, the Fusion F5 highlights intricate custom bends, the latest EK Quantum components, and a dazzling array of purple lighting, all accentuated by see-through blue coolant, making it a true testament to innovation and style.
>
About the Build
CPU Cooling
- EK-Quantum Velocity² Direct Die D-RGB - 1700 Core Edition
GPU Cooling
- EK-Quantum Vector² Red Devil RX 7900 XTX D-RGB - Nickel + Plexi
Radiators and Fans
- 2x EK-Quantum Surface S420 - Black
- 6x EK-Loop Fan FPT 140 D-RGB - Black (600-2200rpm)
Custom Distribution Plate
- EK-QuantumX Loophole Distroplate D5 PWM - Black
Fittings and Tubing
- EK-Quantum Torque fittings
- EK-Loop Hard Tube 12mm and 14mm - Acrylic
Loop Connections
Connecting Distro to GPU Block:
- Left port: Attach an HDC 14 fitting with a tube connecting to another HDC 14 fitting on the GPU block, followed by a 90° rotary adapter and a 7mm extender.
- Right port: Attach an HDC 14 fitting with a tube connecting to another HDC 14 fitting on the GPU block, then add a double rotary offset 28 and a 7mm extender.
- Inlet port: Connect a 90° micro rotary adapter to another 90° micro rotary adapter, then attach an HDC 14 fitting and connect with a tube to another HDC 14 fitting on the bottom radiator.
- Outlet port: Attach an HDC 14 fitting with a tube connecting to another HDC 14 fitting on the bottom radiator.
- Both ports: Use a 28mm extender connected to a 90° rotary adapter, followed by an HDC 14 fitting with a tube leading to another HDC 14 fitting on the CPU block. Add another 90° rotary adapter and a 28mm extender to complete the connection.
- Inlet port: Connect an HDC 14 fitting with a tube leading to another HDC 14 fitting on the top radiator, followed by a 90° rotary adapter.
- Outlet port: Connect an HDC 14 fitting with a tube leading to another HDC 14 fitting on the top radiator, followed by a 90° rotary adapter and a 28mm extender.
- GPU Outlet to Bottom Radiator Inlet: Use an HDC 12 micro fitting connected to a 90° micro rotary adapter, then attach a tube leading to another HDC 12 micro fitting and a 90° micro rotary adapter on the bottom radiator.
- Radiator Outlet to CPU Inlet: Attach an HDC 12 micro fitting to a 90° micro rotary adapter, followed by a tube leading to another HDC 12 micro fitting and a 90° micro rotary adapter on the CPU block.
- CPU Outlet to Top Radiator Inlet: Connect an HDC 12 micro fitting to a 90° micro rotary adapter, then attach a tube leading to another HDC 12 micro fitting and a 90° micro rotary adapter on the top radiator.
Connecting Distro to Bottom Radiator:
Connecting Distro to CPU Block:
Connecting Distro to Top Radiator:
Inside the Custom Distro:
Hardware in the Sample Build:
- PC Case: InWin F5 Blue
- Motherboard: ASUS® ROG MAXIMUS Z690 APEX
- Graphics Card: Red Devil R9 7900 XTX
- RAM: G.SKILL Trident Z5 Black
- Processor: Intel® Core™ i9-14900KS
- Cables: CableMod
CAUTION:
 |
|
Fusion F5 Loop Kit
