Reeven today introduced the Naia 240 all-in-one liquid CPU cooler. The cooler is characterized by a clear acrylic pump+block with a small reservoir, which the company refers to as "water above pipe" design. The cooler has two reservoir segments, one at the radiator, and another at the pump-block. The one at the pump-block has a coolant injector port, letting you add coolant colors. The block features white LEDs, which lets the coolant glow through the acrylic top.

The pump-block is plumbed to a 240 mm x 120 mm radiator, which is ventilated by a pair of Reeven ColdWing 12 (120 mm) fans, which spin between 300 to 1,600 RPM, pushing up to 90.28 CFM of air, with a noise output ranging between 6.5 to 30.9 dBA. The block features a dense micro-fin array with 0.11 mm-thick fins. Out of the box, the cooler supports Intel LGA2066/2011(v3), LGA115x, AM4, AM3(+), and FM2(+), but socket TR4 support can be added with an optional retention module purchased separately. The company didn't reveal pricing.

Reeven may be a relatively little-known company, but I know for a fact they are one of the PC cooling companies offering one of the highest bang-for-buck ratio products in the Reeven Justice II (it's actually better than some AIOs; you should check the out.) The company makes use of a pretty distinct design language with their yellow-bladed fans (which they have recently built upon with the RGB Kiran.)

The coolers showcased by the company include the tower coolers Reeven Hans, a slim 120 mm cooler which includes a RGB Kiran fan and the Justice II, which builds upon the company's Justice while improving thermal characteristics. This is a high TDP design, black coated product, which looks gorgeous next to the yellow fans. The six heatpipe design helps this be one of the most effective tower air coolers in the market. Finally, the Ouranos Aero ends the scale on the tower coolers, being a 140 mm tower cooler (bigger than both the Hans and the Justice), and is especially designed for overclockers. The dual fan design ensures a greater airflow (and thus, higher heat dissipation capability.)