Bitspower Releases Monoblock For ROG Maximus XI APEX With Full Support of ASUS AURA Sync

The newest addition to Bitspower lineup of water blocks is the ROG Maximus XI Apex Monoblock. This monoblock is specifically designed for the Z390 platform. The new unit features a brushed aluminum finish along with underlying RGB lights.

Bitspower Releases Monoblock For ROG Maximus XI Apex With RGB Support

The OLED display uses a single wire to power the display and the RGB lights. It uses a 5V input and can use up to .07 watts. The block is made of clear CNC machined acrylic which allows the lights to radiate through the block. The cold plate is made of high-quality copper (C1100). Bitspower always releases quality products, so I wouldn’t doubt the quality of this monoblock.

The integrated RGB LEDs can be controlled by the motherboard through 3-pin or 4-pin RGB headers and supports the major board partners, like Asus Aura Sync, Gigabyte RGB Fusion, MSI Mystic Light Sync, and ASRock Polychrome, along with with Razer’s RGB LED control software, Chroma. All you need to do is to plug it into your header and synchronize it to the rest of the RGB in your PC. It was specifically for ROG Maximus XI Apex which means you should use Asus Aura Sync.

Features :
1. Block top cover made by hi-quality acrylic.
2. Fantasy light can be changed as you want.
3. A single wire runs power to both the DRGB lighting and the illuminated temperature gauge
4. Block base made by hi-quality copper C1100.
5. RoHS compliant.

Brackets Color: Silver

Thread: G1/4″ x 2

Dimension ( LxWxH ) : 120 x119 x27.6 mm

Compatibility :
1. Asus ROG Z390 Maximus XI Apex

The block is compatible with Intel’s Z390 board from Asus which is the Asus ROG Maximus XI Apex. This may work with other high-end Z390 boards, but it is not recommended to use with different motherboards. It is currently not available and the price nor the release date has been listed.

The post Bitspower Releases Monoblock For ROG Maximus XI APEX With Full Support of ASUS AURA Sync by Alex Casas appeared first on Wccftech.



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