Ships in 5 days Shipping to United Kingdom only £ 21.99!
IN STOCK – ships in 5 days
At MemoryC we have multiple warehouses. This product is available to be transferred to the warehouse nearest your location, and is estimated to ship within 5 days from your order.
Shipping Location
Enter new post code to refresh estimated delivery time.
The CTE E600 MX is a new addition to the CTE series, a dual chamber mid-tower chassis that inherits Thermaltake’s innovative CTE Form Factor design and focuses on delivering high levels of thermal performance to critical components. The CTE E600 MX features a three-way GPU installation option and an interchangeable dual front panel design, giving users maximum flexibility to customize their setup.
Where Flexibility Meets Performance The CTE E600 MX is a new addition to the CTE series, a dual chamber mid-tower chassis that inherits Thermaltake’s innovative CTE Form Factor design and focuses on delivering high levels of thermal performance to critical components. The CTE E600 MX features a three-way GPU installation option (with a 400mm riser cable included) and an interchangeable dual front panel design, giving users maximum flexibility to customize their setup. Additionally, the CTE E600 MX offers excellent support on cooling solutions: up to a 420mm AIO radiator can be placed at the front, rear and the M/B side, and up to fourteen 120mm fans or twelve 140mm fans can be installed in the chassis. With both aesthesis and the compatibility, the CTE E600 MX is truly a showcase where flexibility meets performance.
Dual Interchangeable Front Panels With a 4mm tempered glass panel pre-installed on the left side, users can easily show off their interior configuration; on top of that, the CTE E600 MX offers two interchangeable front panels: a tempered glass panel and a perforated panel. The former for a great look and the latter for better airflow. Users have the flexibility to display their PC build the way they want.
Display It Your Way: Three-way GPU Installation There are three different ways to mount your GPU: 1.Floating GPU:Placing the GPU in the middle of the chassis by using the enclosed floating GPU bracket and pre-configured 400mm long PCI-e 4.0 riser cable 2.Up Right:Hanging the GPU vertically 3.Up Right Forward:Placing it up-right with the graphics card facing forward to the side panel on the rotational PCI-e slots
PCI-e 4.0 Riser Cable and Floating GPU Bracket Included A pre-configured 400mm PCI-e 4.0 riser cable makes it easy to achieve "floating GPU“ and “Up Right Forward” GPU placements. The riser cable complies with the PCI-e 4.0 Standard, offering a 16GT/s transfer rate and supporting up to 64 GB/s (bi-directional) data transmission.
Maximum Radiator Support The CTE E600 MX offers multiple mounting locations and plenty of room to create your own configurations. DIY radiators up to 420mm in length can be installed on the front, rear, bottom and M/B side, and for AIO compatibility, up to 420mm/360mm radiators can be installed on the front, rear and M/B side, giving PC enthusiasts plenty of flexibility to create their ideal setup.
CTE Form Factor Designed by Thermaltake The CTE Form Factor Designed by Thermaltake, stands for Centralized Thermal Efficiency, and is focused around providing high level thermal performance to critical components. The design utilizes a 90-degree rotation of the motherboard providing more efficient airflow pathways. Since the CPU location has been moved much closer to the front panel and the graphics card moved closer towards the rear panel, independent cold air induction is given for thermal dissipation of the CPU and graphics card respectively. This overall approach has allowed CTE to provide better and more efficient intake airflow through the placement of main components and cooling, as well as optimization to heat extraction from the system.
The CTE E600 MX is a new model of the CTE form factor series, which utilizes Centralized Thermal Efficiency and focuses on providing high levels of thermal performance to critical components.
The design utilizes a 90-degree rotation of the motherboard providing more efficient airflow pathways.
Move Critical Heat Sources (CPU And Graphic Cards) Closer Towards Cool Air Since the CPU location of the CTE E600 MX has been moved much closer to the front panel and the graphics card moved closer towards the rear panel, independent cold air induction is given for thermal dissipation of the CPU and graphics card respectively.
Active Cooling for More Efficient Intake Airflow This overall approach has allowed CTE E600 MX to provide better and more efficient intake airflow through the placement of main components and cooling, as well as optimization to heat extraction from the system.
All your dream cooling components can fit! The CTE E600 MX is designed with enormous fan and cooler installation capacity: up to fourteen 120mm fans or twelve 140mm fans, and 360mm/420mm AIO coolers at the front, rear and the M/B side. Moreover, equipped fan brackets at the front and bottom, and the installation spots at the top, rear, and M/B side ensures easy installation of all your desired cooling components.
We’ve Tested Everything, so You Don’t Have to At Thermaltake, we always stress test our products under harsh conditions to ensure product quality. The CTE E600 MX Mid Tower Chassis products were tested at 100% full load for 30 minutes, with the most high-end CPU, GPU, and motherboard at the time of test, while paring with a consumer-style setup, allowing us to test how the chassis performs under real-world situations.
Massive Airflow & Incredible Performance Thermal images taken during thermal testing. With the perforated panel, we were able to ensure that the CTE E600 MX achieves massive airflow, guaranteeing amazing cooling performance that keeps the internal temperature low and stable while using the most high-end components.
Excellent Hardware Support & Cooling Solutions The CTE E600 MX has excellent expandability, allowing you to build the most high-end system you can dream of. It can support up to an E-ATX (12”x10.5”) motherboard, a CPU cooler with a maximum height of 166mm, VGA clearance up to 443.8mm in length without a radiator, a power supply with a length of up to 220mm, and up to two 2.5” SSD or two 3.5” HDD. Optimized for excellent cooling capabilities, the CTE E600 MX can house up to fourteen 120mm fans or twelve 140mm fans, and 360mm/420mm AIO coolers at the front, rear and M/B side, allowing users to build their desired high-end system with many options.
How Much Storage Is Totally Up To You In the right chamber of CTE E600 MX, you can put on up to two 3.5” hard drives in the HDD Cage and two 2.5” drives on the Drive Plate.
Optimal Cable Management Thanks to the dual chamber design, the CTE E600 MX offers ample space in the right chamber for effective cable management. Numerous anchor points are available in this chamber, complimented with Velcro straps and cable ties from the accessory box to insure a neat and organized setup.
Everything You Need Is Located In One Place Two USB 3.0 ports, one USB 3.2 Gen 2 Type-C, and HD Audio ports are placed on the top panel to grant direct access when needed.
Perfect Dust Protection There are fine removable filters at the top, front, bottom, rear and right side of the chassis to provide excellent protection against dust, and they are easily removable for cleaning.
Specifications
FORM FACTOR
Midi Tower
MOTHERBOARD COMPATIBILITY
ATX, EATX, micro ATX, Mini-ITX
POWER SUPPLY INCLUDED
No
POWER SUPPLY MOUNTED
Bottom
MAX PSU LENGTH
22 cm
RADIATOR COMPATIBILITY
120,140,240,280,360,420 mm
COLOR
Black
SIDE PANEL WINDOW
Yes
MAX GPU LENGTH
44.4 cm
MAX CPU COOLER HEIGHT
16.6 cm
INTERNAL 3.5
2
INTERNAL 2.5
2
EXPANSION SLOTS
7
PORTS
2
FRONT FANS INSTALLED
3x 140 mm
FRONT FANS SUPPORTED
3
TOP FAN DIAMETERS
120 mm
TOP FANS SUPPORTED
2
REAR FAN SUPPORTED
120,140 mm
BOTTOM FAN SUPPORTED
3
BOTTOM FAN DIAMETERS
120,140 mm
MATERIAL
SPCC, Tempered glass
DIMENSIONS
270 mm
WEIGHT
16 kg
User Reviews
No reviews yet
Add your review
Cookies help us deliver the best experience on our website. By using our website, you agree to our use of cookies. Learn more