Aqua Computer cuplex kryos NEXT - Water block - Acrylic - Aluminium - Cooper - Nickel - Aluminium - Black - Copper - Nickel - Transparent - LGA 1700 - RGBpx - 1/4"
Бестселлер
- Артикул:
- 54967723
46 424 AMD
Характеристики
Specifications
- Тип сокета процессора
- Intel Sockel 1700 (Core i)
Вес и размеры
- Вес
- 0.45 кг
Общие характеристики
- Код товара
- 21875
Прочие свойства
- Бренд
- Aqua Computer GmbH & Co. KG
Свойства
- Тип
- Процессорный кулер, Кулер
- Материал
- Никель, Алюминий; Никель, Copper; Nickel
Описание
The cuplex kryos NEXT marks a new milestone in CPU water block development. Every detail has been analyzed, optimized and tested to achieve perfection in cooling performance, installation procedure and product features. The result is not just a CPU water block with outstanding performance - it is a product series with various models differing in color and functionality.
Base part with micro structure
The base part of the cuplex kryos NEXT is equipped with an extremely fine micro structure, the structural width is lower than 200 µm. The coolant is injected centrally through a slot-shaped nozzle and then runs to both sides of the structure. The base itself is manufactured from copper, nickel plated copper or .925 sterling silver depending on model.
Retention system
The cuplex kryos NEXT retention system consists of 2.5 mm thick stainless steel plates equipped with nickel plated spring cups. Springs and knurled screws secure the water block on the motherboard, the retention system has a very clean look when installed. All retention system versions feature a mechanical stop for optimum clamping force and even force distribution. The knurled screws can be installed by hand, additionally a hexagon socket wrench can be used for easy installation.
All water block versions for socket 1700 include a steel back plate with rubber insulation to stabilize the CPU region of the motherboard.
For optimum performance, every cuplex kryos NEXT ships with outstanding thermal compound. A syringe with 0.5 grams of premium grade thermal compound is included, complete with plastic spatula. This compound has a high thermal conductivity and spreads out thin and evenly between CPU and water block due to its low viscosity. The amount is sufficient for approximately five applications.
Integrated RGBpx LEDs
Below the black colored aluminum frame, 11 addressable RGBpx LEDs are integrated into the water block and can be connected to an Aqua Computer device with a RGBpx output.
Base part with micro structure
The base part of the cuplex kryos NEXT is equipped with an extremely fine micro structure, the structural width is lower than 200 µm. The coolant is injected centrally through a slot-shaped nozzle and then runs to both sides of the structure. The base itself is manufactured from copper, nickel plated copper or .925 sterling silver depending on model.
Retention system
The cuplex kryos NEXT retention system consists of 2.5 mm thick stainless steel plates equipped with nickel plated spring cups. Springs and knurled screws secure the water block on the motherboard, the retention system has a very clean look when installed. All retention system versions feature a mechanical stop for optimum clamping force and even force distribution. The knurled screws can be installed by hand, additionally a hexagon socket wrench can be used for easy installation.
All water block versions for socket 1700 include a steel back plate with rubber insulation to stabilize the CPU region of the motherboard.
For optimum performance, every cuplex kryos NEXT ships with outstanding thermal compound. A syringe with 0.5 grams of premium grade thermal compound is included, complete with plastic spatula. This compound has a high thermal conductivity and spreads out thin and evenly between CPU and water block due to its low viscosity. The amount is sufficient for approximately five applications.
Integrated RGBpx LEDs
Below the black colored aluminum frame, 11 addressable RGBpx LEDs are integrated into the water block and can be connected to an Aqua Computer device with a RGBpx output.
