Antec 0-761345-10170-7. Form factor: Midi Tower

 Description by backtotheoffice

Antec CX800 ARGB Mid-Tower Chassis with Tempered Glass 3x 120mm ARGB Fans USB 3.0 ATX MicroATX Mini-ITXThe Antec CX800 ARGB is a sleek and stylish mid-tower chassis designed for ATX, Micro-ATX, and Mini-ITX builds. It features a tempered glass side panel that provides a 270° panoramic view of your components, making it perfect for showcasing your build.Description Standing out with a full-view design, the CX800 ARGB's seamless left and front glass panels offer an unobstructed view of your build, creating a stunning showcase for your components.

The dual-chamber design keeps the CPU and GPU cooling independent, with the PSU and drives on the right. This design maintains orderly airflow and optimised temperature zones.Specifications Dimensions:435 x 302 x 390mm (DWH)Form Factor:Mid Tower Mainboard Support:ATX, Micro-ATX, Mini-ITXFront Access & Controls:Power, Reset, LED Control Button, USB 3.0 x 1, USB 2.0 x1, Headphone/Mic Combo Jack Side Panel:4mm Tempered Glass Drive Bays:2 x 3.5, 2 x 2.5 Expansion Slots:6 Max GPU Length:=410mm Max CPU Cooler Height:=175mm Max PSU Length (Include cable):=225mm Net Weight:6.3 kg Warranty:2 Years Cooling Support Top Radiator:Up to 360mm Side Radiatorup to 240mm Bottom Radiatorup to 360mm Rear Radiator:120mm Fan Support Top:3 x 120mm or 2 x 140mm Side2x 120mm Bottom3x 120mm / 2 x 140mm Rear:1 x 120mm Additional Features Pre-Installed ARGB Fans:2x 120mm side1x 120mm rear97mm Cable Management Space: Design Form factor Midi Tower

 Description by computersdeal

Dual Chamber Dual chamber design ensures independent cooling for CPU/GPU on the left and PSU/Drives on the right.Support back-connect motherboardsCX800 ARGB supports next-gen back-connect motherboards. Plug in the cables from the back to give the front a cleaner look and a smoother airflow channel.Vertical Cooling with Massive Air IntakeA large amount of air is taken in through the mesh on bottom and side.

facilitating heat dissipation and protect hardware from overheating.