HAF 700

THE BERSERKER  

Unparalleled Hardware & Cooling Capabilities Mammoth Water

Cooling Support Exclusive Tool-Less Technology ARGB Gen2

ready with MasterPlus+ integration

NO LIMITS.

The HAF 700 is capable of housing up to SSI-EEB motherboards (E-ATX),

as well as any sized graphics cards in BOTH horizontal and vertical orientations.

RICH CONNECTIVITY

The front I/O is designed to maximize the front connectivity for most high

end motherboards, featuring four USB Gen 3.1 Type A ports,

a USB Gen 3.2 Type C,

a 4 pin audio/mic headset jack as well as a dedicated mic jack.

MAMMOTH RADIATOR SUPPORT

UNPARALLELED OPTIONS FOR

CUSTOM COOLING

Pre-installed CF120 ARGB fans provide ample airflow, ensuring low temperatures,

 high performance, and eye-catching aesthetics during even the

 most intense gaming sessions.

ADVANCED MOUNTING OPTIONS

The unique removable top panel design allows you to effortlessly install,

reach and maintain cooling components such as fans and radiators even in

builds with complex custom cooling systems.

This, coupled with the rotatable radiator/fan bracket included out of the

box allows for an unparalleled building experience.

EXCLUSIVE 200MM SICKLEFLOW ARGB

PWM PERFORMANCE EDITION

HAF 700 comes with dual exclusive 200mm Sickleflow ARGB PWM

"Performance Edition" fans tailored to strike a balance between performance

potential and noise levels.

ARGB GEN2 READY,

CONTROLLER INCLUDED

ARGB Gen2 technology allows users to explore full range customization

down to the lighting effecting of each individual LED, while remaining

compatible with third party devices.

UNRESTRICTED FRONT PANEL INTAKE

HAF 700 sports a fully meshed front panel, specifically

 designed to allow for maximum air intake.

 With the front panel structurally reinforced to prevent resonation caused

 by fan vibrations, systems can run smoothly at minimal noise levels.

MULTI CHAMBER LAYOUT

HAF 700’s structure segregates non heat sensitive components so heat

 dissipation can be targeted towards heat sensitive components

at an overall higher efficiency.