White gaming keyboard in full-size form factor, US key layout, hot-swap capable, with distinctive RGB lighting, mechanical switches: Cherry MX Speed Silver
The Z-Multi Water Tank from Bitspower has two screw-in POM covers, one with only one G1/4" thread and the other with three G1/4" threads. In the cover, where there is only one G1/4" thread, an adapter is already screwed in, which flows in three individual jets against the reservoir when it is used as an inlet. In the cover, with three threads, a flow pipe is installed in one of the threads, which is usually used as an inlet. If the inlet starts from the upper side, i.e. on the opposite side of the flow pipe, the outlet should not be through the flow pipe, as in the case of a water level below the pipe, air would otherwise enter the cooling circuit. Two plugs are included to close the openings that are not used. One plug is shiny silver, while the other is transparent and has a hole for an optional LED illumination. Two clamps are also included to mount the reservoir to the case or something else. Technical Data: Material: Acrylic, POM Acrylic Tube Color: Clear Dimension: 270 x 60 mm (H x Φ, +/-3%) Length without Cover: 250 mm Inner Diameter: 50 mm Thread: 4x G1/4" Scope of Delivery: 1x G1/4" Silver Shining Stop Fitting, 1x G1/4" Silver Shining Aqua-Pipe I, 1x G1/4" Silver Shining Anti-Cyclone Adapter, 1x G1/4" Crystal Stop Fitting I With 5MM LED Hole, 2x Tank Clamp
The Arctic thermal pads are ideal for efficiently exchanging heat between different components. Thanks to the high quality of workmanship and excellent thermal conductivity, the pads are used in many places on computers and electronic components. The thermal pad, which is based on silicone and a special filler, far outperforms generic and performance-oriented pads. In a test by PC Games Hardware (11/2018), the "excellent processability and reusability in every respect" was praised. In combination with the fair price and good performance, our thermal pad was recommended as a "price-performance tip". Thanks to its low hardness and good compression properties, the thermal pad acts as a perfect gap filler and easily bridges uneven surfaces and air gaps. The ARCTIC Thermal Pads are non-adhesive and can therefore be placed precisely. Installation is child's play and therefore perfect for beginners. The pad contains no metal particles, is electrically insulating and not capacitive. Handling is therefore safe since contact with electrical parts does not lead to damage. Technical specifications: Dimensions 290 x 290 mm Contents 1 piece Thickness 0.5 mm Thermal conductivity 6.0 W / mK Hardness 25 shore 00 Relative density 3.2 g / cm³ colour blue Operating temperature -40 ~ 200 ℃ Volume resistance 1 X 1012 Ω-cm Interruption voltage 12 KV / mm Draw resistance 2.5 Kgf / cm² Elongation 45% Dielectric constant 14.1816 ε at 60 Hz 13.0264 ε at 1K Hz 13.0264 ε at 1M Hz Flammability V-0
A-RGB for Full Colour Control The 12 A-RGB LEDs installed in the BioniX P120 A-RGB are autonomously controllable. The BioniX P120 A-RGB is compatible with the common A-RGB standards of leading motherboard manufacturers for the simplest possible use. It can therefore be fully illuminated directly via the A-RGB motherboard connection or via an external controller and synchronized with other hardware lighting. Easy installation and extension via Connector Technology The ARCTIC BioniX P120 A-RGB have a modular cable management and use two connections: a power-in and a connector output. ARCTIC uses an 8-pin connector for this, which forwards both the fan and lighting signals and considerably simplifies the cabling *. The included connector block also enables a wireless series connection. * all necessary cables are included High-quality plain bearing Thanks to an alloy/lubricant combination developed in Germany, friction within the bearing is reduced, increasing efficiency. In this way, less heat is generated, there is less bearing noise and the service life of the fan is extended. Optimised for static pressure With the BioniX P120 A-RGB, as with the entire P-series, special emphasis was placed on a focused airflow and high static pressure. The fan guarantees extremely efficient cooling, even with increased air resistance. This makes the BioniX P120 A-RGB particularly suitable for use on heat sinks and radiators as well as with aperture plates and filters. Maximum smoothness, minimum vibration The operating noise of the newly developed ARCTIC motor is barely noticeable even at the lowest speed. Thanks to sinus magnetization, the P fan's motor generates only 5% of the commutation vibrations of a conventional DC motor. In addition, the ARCTIC BioniX P120 A-RGB has rubber pads on its contact surfaces for further decoupling. 400 to 2300 rpm regulated via PWM With a wide speed range and the connector functionality, the fan speed of the BioniX P120 A-RGB can be controlled synchronously with other fans. This reduces the noise development to a minimum while at the same time guaranteeing maximum cooling performance. Technical Data General Specifications Fan Speed: 400 - 2300 rpm Airflow: 48 CFM | 81,55 m³/h Static Pressure: 2,1 mm/H2O Noise Level: 0.45 Sone RPM Controll: PWM Connector: 2x A-RGB Fan 8-pin Connector Fan Bearing: Fluid Dynamic Bearing Electrical Fan Specifications Typical Voltage: 12 V DC Startup Voltage: 7 V Current: 0.13 A Cable Length: 400 mm + 80 mm A-RGB Specifications Number of LEDs LEDs: 12 A-RGB LEDs Typical Voltage: 5 V Current: 0.38 A Size & Weight Lenght: 120 mm Width: 120 mm Height: 30 mm Weight: 209 g
This is the 2nd generation Vector GPU water block from the EK® Quantum Line, designed for EVGA® FTW3 RTX 3070 graphics cards based on the latest NVIDIA® Ampere™ architecture. For a precise compatibility match of this water block, we recommend you refer to the EK Cooling Configurator. An EK Water Block for FTW3 RTX 3070 EK-Quantum Vector FTW3 3070 D-RGB water block is compatible with FTW3 RTX 3070 graphics cards. The Vector water block actively cools the GPU, VRAM, power stages, and chokes in the VRM (voltage regulation module). These newly developed water blocks feature optimized flow paths that reduce hydrodynamic instabilities and vortexing (dead spots) inside of them. The EK-Quantum Vector Series water blocks use an Open Split-Flow cooling engine design, which proved to be a superior solution for GPU water blocks. It is characterized by low hydraulic flow restriction, meaning it can be used with weaker water pumps or pumps running on low-speed settings, and still achieve top performance. The jet plate and fin structure geometry have been optimized to provide even flow distribution with minimal losses and optimal performance when used in any given coolant flow orientation. The fin array is populated by 28 microfins with 0.6mm wide microchannels that provide optimal cooling performance, without unnecessary flow restrictions or clogging hazards. The base of the block is CNC-machined out of nickel-plated electrolytic copper, while its top is CNC-machined out of durable POM acetal. These 2nd generation Vector GPU water blocks also feature Acetal terminals. The watertight sealing is ensured by high-quality EPDM O-rings, while brass standoffs are already pre-installed and allow for a safe and easy installation procedure. D-RGB lighting on EK-Quantum Vector FTW3 RTX 3070 D-RGB water block The aesthetic corner end-piece is housing the addressable D-RGB LEDs. This water block boasts a total of 8 individually addressable RGB LEDs, and it is compatible with popular RGB sync technologies from all major motherboard manufacturers. The arrow marking on the 3-pin D-RGB LED connector is to be aligned with the +5V marking on the D-RGB (addressable) header. Backplate for the EK-Quantum Vector FTW3 3070 water block EK recommends the purchase of a retention backplate, especially for the 3070 models of graphics cards. The backplate improves the overall aesthetics of your graphics cards and also provides additional passive cooling for the GPU core, and backside of the printed circuit board VRM section. Technical Specification Dimensions: (LxHxW) - 314x155x21mm Enclosed EK-Quantum Vector FTW3 RTX 3070 D-RGB series high-performance water block Mounting mechanism with screw-in brass standoffs Necessary mounting screws, nuts, and washers 2x Nickel plated brass plug G1/4” EK-Loop Multi Allen Key (6mm, 8mm, 9mm) Thermal pads Thermal grease EK-TIM Ectotherm (1g)
Schicker zylindrischer Ausgleichsbehälter, Röhre und Aufsätze aus transparentem Acryl, drei Aufsätze für flexible Anschlussmöglichkeiten, schwarze Sicherungsringe aus Aluminium
Schicker zylindrischer Ausgleichsbehälter, Röhre aus transparentem Acryl, Aufsätze mit mattem Finish, drei Aufsätze für flexible Anschlussmöglichkeiten, schwarze Sicherungsringe aus Aluminium
The Protium D5 pump housing from Singularity, is designed to enclose a D5 pump. Not only to look elegant, but above all to minimise pump noise. There are also openings in the cover, which are intended for cable routing. Technical Data Dimensions: 75 x 57 x 75 mm (B x H x T) Colour: Black Material: Aluminium / Steel
The Protium D5 pump housing from Singularity, is designed to enclose a D5 pump. Not only to look elegant, but above all to minimise pump noise. There are also openings in the cover, which are intended for cable routing. Technical Data Dimensions: 75 x 57 x 75 mm (B x H x T) Colour: Silver Material: Aluminium / Steel
Kompaktne ja vastupidav 1000VA puhvertoiteallikas . • Hoiab arvuti töös peale voolukatkestust, et saaksid salvestada vajalikud andmed ning aitab vältida riistavara kahjustust. • Ideaalne kasutamiseks kodus või kontoris tänu kompaktsele suurusele ja energia varule, mis suudab töös hoida ühte arvutit. • Liigpingeimpulsi eest kaitstud väljundid ning AVR funktsioon kaitseb seadmeid kahjustuste eest, mis võivad tekkida pinge muutustest. • Selged optilised ning akustilised teavitused muutustest. • Kaitseb ka ülekoormuste ning lühiste eest.
Transcend mälukaart SDHC 16GB Class 10 UHS-1, Kiirusklass: 10, UHS kiirusklassi: 1, Sobivus: seadmetele, mis kasutavad SDHC või SDXC kaarti, Andmeedastuskiirus: kuni 85MB/s lugemine, kuni 45 MB/s kirjutamine, Töötemperatuur: ...
