Onyx260

Eigenschaften Technische Daten Review

Supports up to 380mm-long VGA cards.

High-quality tempered glass side panel allows for clear visuals to inner components.

Available Fan Ports:

2 x 120mm / 2 x 140mm fan ports in the front (1 x 120mm LED fan installed)

2 x 120mm fan ports on the bottom

1 x 120mm fan port in the rear (installed)

Supports 120mm / 240mm / 280mm water cooling radiator.

Supports max. 210mm-long bottom-mounted power supply.

Cables are hidden behind the pre-drilled motherboard tray to achieve better airflow.

RGB controller on the front panel; 7 colors and 3 modes supported.

RGB Light Effects:

RGB light strip with magnet

RGB backlit logo plate

RGB lit front acrylic panel

Model
Model Name	Onyx 260
Model Number	CSAZ-260 / CSAZ-260X
SPECS
Type	ATX Mid Tower
Color	Black (exterior) / Black (interior), White (exterior) / Black (interior)
Side Panel	Tempered glass side panel with EVA Anti Vibration PAD
Max CPU Cooler Height	Up to 155mm
Motherboard Compatibility	ATX, Full ATX, Micro ATX
Expansion
External 5.25" Drive Bays	1
Internal 2.5" Drive Bays	Up to 5
Internal 3.5" Drive Bays	Up to 3
Expansion slots	7
Front Ports
CSAZ-260	1 x USB 3.0, 3 x USB 2.0, HD Audio, Mic.
CSAZ-260X	2 x USB 3.0, 2 x USB 2.0, HD Audio, Mic.
Cooling System
120mm Fan	1 x 120mm white LED front Fan; 1 x 120mm black rear Fan
Physical Specs
Dimensions(HxWxD)	473mm x 198mm x 447mm
Weight	6.16kg (13.58 lbs)
Carton Size (H x W x D)	525mm x 265mm x 524mm

Azza Onyx260 PC Case Review(Korean language)

FB-Tech2016/11/19

Azza Onyx260 PC Case Review

overclock2016/12/28

Azza Onyx260 PC Case Review

The Onyx 260 is designed for those visually-oriented users who care about appearances as much as they do performance. With its sleek design and side panel made of high-quality tempered glass, theOnyx 260 offers a clear view of the PC’s internal components hard at work. It supports up to three water cooling radiators (120mm/240mm/280mm), as well the longest video cards in the market.
The heat from the power supply is also kept at bay by enclosing the power supply in its own chambered bay, preventing its heat from affecting the rest of the internal components.