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ASUS ROG STRIX LC III 360 360 mm Liquid Cooler | AIO, RGB, Gaming
ASUS
MPN: ROG STRIX LC III 360
$219.99
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 360 mm liquid cooler
- ASUS ROG STRIX LC III series
- Radiator-based CPU thermal management
- Designed for high-load desktop cooling
- AIO form factor for cleaner system layout
- Built for sustained heat dissipation
- Premium cooling tier for enthusiast builds
- Control CPU temperatures with a 360 mm liquid cooling radiator
Keep demanding processors in their performance window with a 360 mm liquid cooling solution built for long sessions and high heat loads. ASUS ROG STRIX LC III 360 is aimed at systems that need more thermal capacity than a basic air cooler can provide, especially when CPU boost behavior, sustained rendering, or heavy multitasking pushes temperatures upward.
A 360 mm radiator gives this cooler the surface area needed to move heat away from the processor efficiently, helping maintain stable clocks and reducing the chance of thermal throttling. That matters in premium gaming rigs, creator workstations, and enthusiast desktops where CPU temperature directly affects responsiveness, frame consistency, and sustained throughput.
The value here is not just cooling capacity. It is the combination of radiator-based heat removal, a cleaner internal layout around the socket, and the thermal margin required for higher-end builds. For buyers comparing AIO options, this model fits the tier where cooling performance, system acoustics, and build quality all need to justify the investment.
Ideal For
- Gaming desktops with high-heat CPUs
- Creator workstations running long rendering jobs
- Enthusiast builds needing 360 mm radiator cooling
- Systems where sustained boost performance matters
Why This Product
- 1360 mm radiator offers more thermal capacity than smaller AIOs
- 2Better suited to high-wattage CPUs than entry-level air coolers
- 3Cleaner socket area than large tower coolers
- 4Built for sustained load rather than short burst cooling





