Products description
Full cover water block for NVIDIA RTX 2080 graphics cards according to reference design, compatible with SLI NVLink bridges.
Manufactured from a massive block of copper, the base of the water block covers the whole graphics card and contacts all relevant heat sources. In the GPU area, a jet plate made from stainless steel assures maximum cooling performance, while wide coolant channels in other areas guarantee minimum flow resistance.
The top is manufactured from acrylic glass, reinforced by a black anodized aluminum frame. Fifteen individually addressable RGBpx LEDs are integrated into the water block and can be connected to an Aqua Computer device with RGBpx output or to a motherboard with a compatible output.
The kryographics NEXT series retains established features of the kryographics series:
- Mirror finish for relevant contact areas.
- Direct contact to GPU and RAM, high quality thermal pad included for further components such as voltage regulators.
- All mounting threads are equipped with metal spacers for easy installation.
- Inlet and outlets ports with G1/4 thread, can be used from both sides. Two sealing screws included.
- Interchangeable connection terminal.
- Full compatibility to kryographics connection terminals with VISION module and kryoconnect SLI connectors.
Compatible products for integrated RGBpx illumination:
- All Aqua Computer products with RGBpx output, for example Quadro fan controller (product code 53256, not included in delivery)
- Motherboards manufactured by ASUS with connector for addressable RGB LEDs
Materials:
Base part: Copper, nickel plated
Top cover: Acrylic glass
Frame: Aluminum, anodized
Jet plate: Stainless steel
Terminal: Acetal
Scope of delivery:
Water block without hose connectors (threads G1/4)
Two G1/4 sealing screws
Thermal compound Thermal Grizzly Kryonaut, approx. 1 gram in syringe
Plastic spatula
Thermally conductive pad
Mounting material
RGBpx connection cable 50 cm
RGBpx connection cable for ASUS motherboards with header for addressable RGB LEDs
Please note:
Graphics card and fittings are not included in delivery, please order separately.
Manufactured from a massive block of copper, the base of the water block covers the whole graphics card and contacts all relevant heat sources. In the GPU area, a jet plate made from stainless steel assures maximum cooling performance, while wide coolant channels in other areas guarantee minimum flow resistance.
The top is manufactured from acrylic glass, reinforced by a black anodized aluminum frame. Fifteen individually addressable RGBpx LEDs are integrated into the water block and can be connected to an Aqua Computer device with RGBpx output or to a motherboard with a compatible output.
The kryographics NEXT series retains established features of the kryographics series:
- Mirror finish for relevant contact areas.
- Direct contact to GPU and RAM, high quality thermal pad included for further components such as voltage regulators.
- All mounting threads are equipped with metal spacers for easy installation.
- Inlet and outlets ports with G1/4 thread, can be used from both sides. Two sealing screws included.
- Interchangeable connection terminal.
- Full compatibility to kryographics connection terminals with VISION module and kryoconnect SLI connectors.
Compatible products for integrated RGBpx illumination:
- All Aqua Computer products with RGBpx output, for example Quadro fan controller (product code 53256, not included in delivery)
- Motherboards manufactured by ASUS with connector for addressable RGB LEDs
Materials:
Base part: Copper, nickel plated
Top cover: Acrylic glass
Frame: Aluminum, anodized
Jet plate: Stainless steel
Terminal: Acetal
Scope of delivery:
Water block without hose connectors (threads G1/4)
Two G1/4 sealing screws
Thermal compound Thermal Grizzly Kryonaut, approx. 1 gram in syringe
Plastic spatula
Thermally conductive pad
Mounting material
RGBpx connection cable 50 cm
RGBpx connection cable for ASUS motherboards with header for addressable RGB LEDs
Please note:
Graphics card and fittings are not included in delivery, please order separately.
This Product was added to our catalogue on 17/05/2019.
Manufacturer Information
Contact Manufacturer
Aqua Computer GmbH & Co. KG Gelliehäuser Str. 1
37130 Gleichen
Germany
info@aqua-computer.de
Anschlüsse
A product slider follows - navigate to the individual items using the Tab key.
Coupling 10/8 mm G 1/4 with O-gasket
Coupling 10/8 mm G 1/4 m. O-gasket elbow, pivotable
Coupling 8/6 mm G 1/4 with O-gasket
Coupling 8/6 mm G 1/4 w. O-gasket elbow, pivotable
Coupling 11/8 mm G 1/4, straight
Coupling 11/8 mm G 1/4 elbow, pivotable
Coupling 13/10 mm G 1/4 with O-gasket
Coupling 13/10 mm G 1/4 m. O-gasket elbow, pivotable
Straight plug&cool fitting G 1/4
Elbow fitting plug&cool G 1/4, pivotable
Zubehör
A product slider follows - navigate to the individual items using the Tab key.
kryoconnect kit for kryographics, width 4 slots for 2 graphics cards
kryoconnect kit for kryographics, width 5 slots for 2 or 3 graphics cards
kryoconnect kit for kryographics, width 7 slots for max. 7 graphics cards
VISION Glow connection terminal for kryographics
Back plate for kryographics NEXT RTX 2080, passive
Back plate for kryographics NEXT RTX 2080, active XCS
VISION RGBpx connection terminal for kryographics
This product is compatible with:
A product slider follows - navigate to the individual items using the Tab key.
Back plate for kryographics NEXT RTX 2080, passive
Back plate for kryographics NEXT RTX 2080, active XCS
Customers who bought this product also bought the following products:
A product slider follows - navigate to the individual items using the Tab key.
Back plate for kryographics NEXT RTX 2080 Ti / Titan RTX, active XCS
Barrow acrylic hard tube 16/12 mm, length 500 mm
VISION Glow table top unit with IR receiver and ambient temperature sensor
Back plate for kryographics NEXT RTX 2080, active XCS
ULTITUBE D5 200 reservoir with D5 PWM pump
Barrow PETG hard tube 16/12 mm, length 500 mm
Last viewed:
A product slider follows - navigate to the individual items using the Tab key.



