Corsair

Corsair CX-9010010-WW Hydro X Series XC9 RGB CPU Water Block

Nickel-plated copper micro-fin engineering pulls extreme heat from HEDT and Threadripper CPUs to unlock sustained boost clocks.

$60.79*
In Stock on Amazon.com
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*Price sourced from Amazon.com. Last updated:Sep 15, 2026.Price and availability are subject to change — details.

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Overview

The Corsair Hydro X Series XC9 is a purpose-engineered CPU water block targeting Intel LGA 2066 and AMD sTRX4 HEDT platforms — processors with TDPs that routinely reach 165–280W under sustained all-core workloads. The nickel-plated copper cold plate incorporates more than 70 micro-cooling fins, a geometry that translates directly to lower thermal resistance between die and coolant. Lower thermal resistance means the block can remove heat faster than it accumulates at the CPU die, keeping junction temperatures below throttle thresholds and allowing the processor to hold peak boost clocks through sustained compute tasks rather than cycling down under thermal load.

This block is built for custom loop builders running Threadripper workstations, Core X content creation rigs, or competitive overclocking setups where no AIO offers sufficient headroom. The transparent flow chamber serves double duty: it's a loop health indicator in a professional workstation context, and a showcase element in a windowed case build. The 16 individually addressable RGB LEDs with both iCUE and 5V ARGB motherboard header support give builders flexibility without forcing ecosystem lock-in. Pre-applied thermal material and pre-installed mounting hardware keep installation straightforward for an HEDT platform that can otherwise be intimidating to mount on.

Key Features

The XC9’s nickel-plated copper cold plate and more than 70 high-efficiency micro-cooling fins efficiently draw heat away from your CPU, lowering temperatures and enabling maximum clock speeds.

16 Individually addressable RGB LEDs deliver 360° of stunning customizable RGB lighting effects. Add a CORSAIR iCUE Controller (sold separately) and powerful CORSAIR iCUE software to customize and sync RGB lighting across all your iCUE-compatible products including water blocks, fans, keyboard, and more.

A transparent flow chamber shows off your coolant and enhances RGB lighting.

Includes a 5V ARGB motherboard adapter cable to alternatively control lighting via compatible motherboards.

Easy to install on Intel LGA 2066 or AMD sTRX4 sockets with pre-installed mounting screws and pre-applied thermal material.

Specifications

Brand
Corsair
Model
CX-9010010-WW
Compatible Sockets
Intel LGA 2066, AMD sTRX4
Cold Plate Material
Nickel-plated copper
Micro-Cooling Fins
70+
RGB LEDs
16 individually addressable
RGB Control
CORSAIR iCUE (controller sold separately), 5V ARGB motherboard header
Flow Chamber
Transparent
Thermal Material
Pre-applied (included)
Mounting Hardware
Pre-installed mounting screws (included)

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Frequently Asked Questions

The XC9 is compatible with Intel LGA 2066 and AMD sTRX4 — both high-end desktop (HEDT) platforms. It is not designed for mainstream sockets like LGA 1700 or AM5, so verify your platform before purchasing.
Yes. Corsair includes pre-applied thermal material on the cold plate, so you can mount and run immediately without sourcing a separate compound. The pre-installed mounting screws further streamline the install process on both supported socket types.
Yes, with limitations. The included 5V ARGB adapter cable lets compatible motherboards drive the 16 individually addressable LEDs directly through your board's ARGB header. For full iCUE ecosystem sync — coordinating the XC9 with fans, keyboards, and other components — a CORSAIR iCUE Controller (sold separately) is required.
Both. The transparent chamber lets you visually confirm coolant flow and catch air bubbles or discoloration during loop maintenance. It also acts as a light diffuser, amplifying the 360° RGB effect from the 16 LEDs embedded in the block.
More than 70 micro-cooling fins dramatically increase the surface area in contact with flowing coolant. Greater surface area means more heat transfer per unit of time, which directly reduces the delta-T between the CPU die and the coolant — keeping the CPU cooler under sustained all-core load.