The Modular Power PSUs from Kolink boast an enhanced circuit design & an associated performance increase These features offer a significant enhancement of voltage regulation & meet the needs of modern powerful computers In addition the extremely quiet 120mm fan with a fined-tuned RPM curve has been optimized for airflow This makes the Modular Power the quietest power supply of its kind The Modular Power PSUs looks amazing in any high-end gaming system due to its modern design & the flexible & flat cables use for connections across the system THE KOLINK MODULAR POWER 700W POWER SUPPLY AT A GLANCE648W & 54A on a 12V rail 80 PLUS bronze certificate for high efficiency ATX form factor with a length of 160 mm Modern look with flat black cables Connectors 1x 24-pin 1x 44-pin 4x 62-pin 6x SATA &38; 2x Molex KOLINK MODULAR POWER FULL PERFORMANCE & HIGH EFFICIENCYThe 700 Watt model of the Modular Power series offered here has enough connections & performance for fast gaming computers with basic equipment The PSU delivers up to 648W & 54A on the 12V rail while providing 110W & 15A each on the 33V & 5V rails This especially high efficiency meets the requirements of 80 Plus Bronze 230V EU & exceeds 858282 percent at 5020100 percent load (at 230 Volt input voltage) The PSU's highly efficient circuit design features independent DC-to-DC converters for the 33V & 5V outputs ensuring extremely precise voltage regulation Each example of Modular-Power series is cooled by a 120 mm fan with durable & quiet sleeve bearings that offer a fine-tuned RPM curve Thanks to the optimized airflow the fan & thus the entire PSU remain quiet as a whisper Besides the 204 pin for the motherboard the Kolink Modular Power has a 44 pin connector for the CPU & four 62 pin connectors for dedicated graphics cards Six SATA & two Molex connectors are available for additional components The flat flexible & completely black cables have a modern look & fit into almost any up-to-date gaming setup Note For environmental reasons the manufacturer does not supply a power cord for connection to the mains Technical Details Dimensions 150 x 86 x 160 mm (W x H x D) Fan 120 mm (automatic control) Colour Black (power supply fan) Efficiency minimum 858282 percent at 5020100 percent load Fulfils requirements for 80 PLUS Bronze certification Active PFCForm Factor ATX12V 24EPS12V 292 Performance 700 W33V 15 A5V 15 A33V &38; 5V combined 110 W12V 648 W 54 A-12V 3 W 03 A5 Vsb 125 W 25 AConnectors (semi-modular) Motherboard 1x 204-Pin ATX12VEPS12V (500 mm fixed)CPU 1x 44-Pin ATX12VEPS12V (600 mm fixed)1x 2 62-Pin PCIe (600 100 mm fixed)1x 2 62-Pin PCIe (600 100 mm modular)2x 3 SATA (500 100 100 mm modular)1x 2 Molex (500 100 mm modular) Protective Circuits OVPUVP (Over- & undervoltage protection)SCP (short circuit) OPP (overload) OCP (overcurrent on rails 12 33 & 5 Volt)MTBF 100000 h Manufacturer's guarantee 3 Years ...

Cutting a striking figure amongst the highly competitive ATX-format segment the Nimbus Midi-Tower from Kolink offers an ARGB-LED strip rounding the large cut-out in the front
- enabling a significant improvement in airflow The hardware installed inside the case will also remain clear of dust thanks to the filter which is important as users will also enjoy the opportunity to admire their hard-earned hardware through the tempered glass side In spite of Kolink's use of solid tempered glass the Kolink Nimbus still weighs only 458kg The generous

Dimensions of the case not only help with airflow they also allow users to install motherboards up to ATX in form factor Graphics cards up to 325 mm long are compatible
- meaning that the case is perfect for housing some seriously high-end gaming hardware THE FEATURES OF THE KOLINK NIMBUS MIDI-TOWER AT A GLANCEDesigner case in black for motherboards up to ATXLarge air inlet in the front with ARGB-LED surround for better airflow Magnetic dust filters on the front roof & bottom 4 mm thick tempered glass side panel 1x Pre-installed 120 mm fan 6 possible in total IO Panel with 2x USB (Universal Serial Bus) 20 1x USB (Universal Serial Bus) 30 &38; HD Audio In Out RGB-LED controller Support for radiators up to 240 mm in front & roof 2x 3525 drive slots 2x slots for 25 drives on motherboard tray Supports graphics cards up to 325 cm long &38; CPU coolers up to 16 cm TEMPERED GLASS SIDE PANEL &38; PRE-INSTALLED FANThe robust chassis consists of one millimetre thick SECC steel &

Includes:: a four millimetre thick tempered glass side panel with an aluminium-look plastic front A large cut-out in the front has a digitally addressable RGB-LED strip included which can be both synced to compatible 3-Pin motherboards & controlled on the front panel The magnetic dust filter located behind it helps keep the interior clean & dust free & allows for sufficient airflow The interior has a black coating & utilises a power supply shroud to help maintain a clean aesthetic Beneath this users will find a non-removable drive cage with brackets for two 35- or 25 drives as well as space for the power supply itself Two additional slots for 25 drives are located to the rear of the motherboard tray DUST FILTERS KEEP THE KOLINK NIMBUS CLEANIn order to keep your gaming hardware supplied with a continuous stream of cool fresh air
- one (of a possible total of six) 120 mm fan in black is included with the case & installed in the rear The front of the case supports up to three 120 mm fans the roof of the case allows for two further 120 mm fans The front of the case supports two 140 mm fans A 240 mm radiator can be installed in the front & the roof The motherboard tray & the PSU cover include various openings for all the cable management options you could ask for The air inlets located in the roof & underside of the case also include a fine mesh These are magnetic & utilise a honeycomb-structure design to add strength Graphics cards up to 325 cm with CPU coolers up to 16 cm are both supported in addition the IO panel located on the front of the case

Includes:: two USB (Universal Serial Bus) 20 ports along with a USB (Universal Serial Bus) 30 Type-A port A switch for controlling the RGB lighting is also available Technical Details Dimensions 210 x 440 x 370 mm (W x H x D) Material Steel tempered glass plastic Weight approx 458kg Colour Black Form factor ATX Micro-ATX Mini-ITXTotal possible fans 3x 120 mm (Front)2x 120 mm (roof)1x 120 mm (rear) Pre-installed 1x 120 mm (rear 3-Pin) Radiator Mountings 1x 240 mm (front)1x 240 mm (roof) Filter Roof underside Drive Bays 2x 3525 (internal)2x 25 (internal reverse of motherboard tray PSU 1x Standard ATX to 180 mm (optional) Expansion Slots 7IO Panel 2x USB (Universal Serial Bus) 20 (internal connection)1x USB (Universal Serial Bus) 30 (internal connection)1x Audio In Out 1x RGB-LED Control Max GPU length 325 mm Max CPU cooler height 160 mm Max PSU length 180 mm








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Kolink is pleased to introduce the incredibly stylish Observatory Midi-Tower with its fantastic tempered glass side panel & transparent front The inclusion of a total of four pre-installed RGB-LED fans allows the case to unlock its full cooling potential The lighting can also be controlled via the included controller & remote control The Observatory&s spacious interior offers capacity for a wide range of hardware & components Some of the highlights of this case include pre-installed dust filters extensive space for watercooling as well as practical cable management options These are just some of the strong points of this case & all that in spite of the extremely competitive price point TEMPERED GLASS SIDEFRONT PANEL & FOUR PRE-INSTALLED RGB FANSThe robust chassis consists of one millimetre strong SECC steel & is equipped with a four millimetre thick tempered glass side & front panel The interior interior has a black coating & is also kitted out with a shroud for the power supply to ensure an incredible clean look There is also a hard drive cage with brackets for two 35- or 25-" drives The visual highlights of the case include three 120 mm fans pre-installed in the front & an additional fan in the back The fans come with 16 individually addressable RGB-LEDs Their lighting can be controlled by the bundled RGB controller & fan hub which can be placed in a location of your choosing as well as the infrared remote control This means that you can choose from over 300 dynamic lighting effects! Two further 120 mm fans can be mounted in the top DUST FILTERS KEEP THE KOLINK OBSERVATORY CLEANThe motherboard tray & the power supply shroud offer numerous cable openings A 240 mm radiator can be installed in the front & the top of the Observatory case The case&s air vents come equipped with fine dust filters that are located in the top & underside of the case These can be removed without the need for tools & even come complete with a smart honeycomb design Graphics cards up to 38 cm long & CPU coolers up to 16 cm high are compatible Furthermore the IO panel located on the front also comes with two further USB (Universal Serial Bus) 20 connectors as well as a USB (Universal Serial Bus) 30 Type A port There is also a slot for a USB (Universal Serial Bus) Type C connection but this is not included in the case & must be retrofitted separately The same applies to a switch for controlling the RGB lighting on the IO panel Features- Case designed for motherboards up to E-ATX- 4 mm tempered glass side & front panel- 4x 120 mm RGB fans including controller & remote- IO panel with 2x USB (Universal Serial Bus) 20 1x USB (Universal Serial Bus) 30 & HD Audio In Out- Support for two 240 mm radiators- 2x 3525" drive slots- Graphics cards up to 38 cm long & CPU coolers up to 16 cm in height Form Factor Full Tower Motherboard Support E-ATX (up to 279 mm wide)ATXMicro ATXMini-ITXMaterials Steel Tempered Glass IO Ports 2 x USB (Universal Serial Bus) 20 (internal connection)1 x USB (Universal Serial Bus) 30 (internal connection)1 x Audio In Out Drive Bays 2 x 3525" (internal) Expansion Slots 7 Pre-Installed Fans Front 3 x 120 mm RGBRear 1 x 120 mm RGBFan Options Front 3 x 120 mm Top 2 x 120 mm Rear 1 x 120 mm Radiator Mountings Front 1 x 240 mm Top 1 x 240 mm PSU Included No PSU Mountings 1 x Standard ATX up to 200 mm Clearance Maximum GPU Length 380 mm Maximum CPU Cooler Height 160 mm Dust Filters Top Underneath Colour Black Dimensions (W x H x D )201 x 435 x 435 mm Weight 68kg ...

Combining performance & affordability the Kolink Observatory Lite Midi-Tower is a perfect mix of features & functionality With no less than 4 a RGB LED 12cm fans included as standard controlled with a supplied remote which allows a variety of modes lighting options & even speed control the Observatory Lite also provides a stylish tempered glass front panel with ample side ventilation The hardware you choose to install is also key; the tempered glass side panel means that you can create a showstopping system build All in all the Observatory Lite is an extremely strong chassis with plenty to offer THE FEATURES OF THE KOLINK OBSERVATORY LITE AT A GLANCETempered Glass front panel with 3 x pre-installed 12cm a RGB LED fans Tempered glass side panel for unobstructed view of the interior Designed for ATX-Micro-ATX-Mini-ITX motherboards RGB controller hub with remote control allowing various lighting modes &38; effects plus fan speed control Option to sync to motherboard software provided as standard Pre-installed rear 120mm fan with digitally addressable RGB lighting Support for radiators up to 280mm in the front IO Panel with 1x USB (Universal Serial Bus) 30 &38; 2x USB (Universal Serial Bus) 20 HD Audio RGB-LED controller PSU shroud with air inlets for a cleaner look Graphics cards up to 335 mm supported CPU coolers up to 160 mm PSUs up to 180 mm KOLINK OBSERVATORY LITE FORM & FUNCTION IN ABUNDANCEThe digitally addressable RGB-LED fans 4 of which are preinstalled are controlled by the supplied remote &38; RGB hub Alternatively the fans can be hooked up & controlled using a compatible motherboard thanks to its use of a standard 3-pin (5VDG) connector The tempered glass side panel allows users to enjoy a panoramic view of the lighting used inside the Kolink Observatory Lite Aside from the pre-installed fans users are also free to install two more 120mm fans in the roof This is where a magnetic dust filter can be found installed on the honeycomb-style mesh The side-facing air inlets on the front & in the PSU shroud also contribute to the excellent airflow of the case Users are also free to install a 280 mm radiator in the front THE KOLINK OBSERVATORY LITE HARDWARE FOCUSSEDThe interior comes entirely in black with a PSU shroud that only adds to the sleek & unobtrusive look Behind the shroud is where users will find space for a pair of 35&8243; HDD's in the HDD cage provided which also has anti-vibration mountings Alternatively 25&8243; SSD's can be installed here or next to the motherboard The motherboard tray & PSU shroud both offer numerous openings for optimum cable management with up to 30mm cable management space Underneath the case is a removable dust filter appropriate to an ATX-form factor PSU which can itself be up to 18 cm in length Graphics cards can be up to 335cm long (31cm if mounting an AIO) & CPU coolers up to 16 cm tall in addition the IO panel located at the front possesses two USB (Universal Serial Bus) 20 ports as well as an USB (Universal Serial Bus) 30 Type-A port SPECIFICATIONDimensions 190 x 440 x 400 mm (W x H x D) Box

Dimensions 258 x 498 x 440 mm (W x H x D) Material Steel tempered glass plastic Packaging EPE Foam Weight approx 55kg Colour Black Form factor ATX Micro-ATX Mini-ITXTotal fans possible 3x 120 mm 2 x 140mm (Front)2x 120 mm 140mm (Roof)1x 120 mm (Rear) Pre-installed 3x 120 mm (Front) a RGB LED1x 120 mm (rear) a RGB LEDRadiator Mountings 1x 280 mm (Front) Filter Roof bottom Drive bays 2x 3525 (internal)3x 25 (internal)PSU 1x Standard ATX (optional) Expansion slots 7IO-Panel 2x USB (Universal Serial Bus) 20 (internal connection)1x USB (Universal Serial Bus) 30 (internal connection)1x Audio In Out RGBReset Switch Max GPU length 335 mm (310mm if using AIO) Max CPU cooler height 160 mm Max PSU length 180 mm

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Kolink is pleased to introduce the incredibly stylish Observatory Midi-Tower with its tempered glass front- & side panel through which users can see the total of four pre-installed RGB-LED fans in all their glory The lighting can be controlled via the bundled controller & remote The tidy interior of the Observatory offers lots of space for putting your hardware on show Pre-installed dust filters extensive space for water cooling & cable management these are just a few of the highlights offered by this Kolink case despite its diminutive size & price This case is almost entirely white except for the black elements & this helps it look extremely premium for the price THE FEATURES OF THE KOLINK OBSERVATORY AT A GLANCECase designed to support motherboards up to E-ATXFront & side panel in 4 mm thick tempered glass 4x 120 mm RGB fans including controller & remote IO Panel with 2x USB (Universal Serial Bus) 20 1x USB (Universal Serial Bus) 30 &38; HD Audio In Out Support for two radiators in 280 mm format 2x 35 & 4x 25 data storage devices Supports graphics cards up to 38 cm long &38; CPU coolers up to 16 cm high FRONT & SIDE PANEL IN TEMPERED GLASS &38; FOUR PRE-INSTALLED RGB FANSThe robust chassis is made from millimetre thick SECC steel & comes with a front & side panel in four millimetre thick glass The entire interior is likewise coated in white & equipped with a shroud for the power supply in order to maintain an incredibly clean aesthetic A hard drive cage is attached here with brackets for two 35 drives as well as space for the power supply Four more 25 drives can be placed next to the motherboard The visual highlight of the case is formed by the three 120 mm RGB fans pre-installed in the front & an additional fan in the rear The fans possess 16 individually addressable RGB-LEDs Their lighting can be controlled via infrared remote control using the bundled RGB controller & fan hub that can be placed in a location of your choosing This enables 300 dynamic lighting effects to be configured Two further 120 mm or 140 mm fans can be mounted in the roof The three 120 mm fans at the front can be exchanged for two 140 mm fans DUST FILTERS KEEP THE KOLINK OBSERVATORY CLEANThe motherboard tray & the PSU shroud offer multiple openings for cables A 240 mm or 280 mm radiator can be installed in the front & on the roof of the Kolink case With air inlets are equipped with fine dust filters located in the roof & on the bottom of the case They are easily removed without requiring tools & strengthened with a filigree honeycomb design GPUs can be up to 38 cm long & CPU coolers may be up to 16 cm high in addition the IO panel located on the front offers two USB (Universal Serial Bus) 20 connections as well as a USB (Universal Serial Bus) 30 Type-A port A cut-out is present for a USB (Universal Serial Bus) Type-C connection however this does not come as standard with the case & must be added later The same is true of a switch used for controlling the IO panel's RGB lighting Technical Details Dimensions 210 x 435 x 435 mm (W x H x D with standups) Dimensions 210 x 453 x 435 mm (W x H x D without standups) Material Steel tempered glass Weight approx 68kg Colour White (case) Black (mesh elements) Form Factor E-ATX (up to 279 mm wide) ATX Micro-ATX Mini-ITXTotal Possible Fans 3x 120 mm 2x 140 mm (Front)2x 120 mm 140 mm (Top)1x 120 mm (Rear) Pre-Installed 3x 120 mm RGB (Front)1x 120 mm RGB (Rear) Radiator Mountings 1x 240 mm 280 mm (Front)1x 240 mm 280 mm (Roof) Filter Roof underside Drive Bays 4x 25 (internal)2x 35 (internal) Power Supply 1x Standard ATX up to 200 mm (optional) Expansion Slots 7IO Panel 2x USB (Universal Serial Bus) 20 (internal connection)1x USB (Universal Serial Bus) 30 (internal connection)1x Audio In Out Maximum GPU Length 380 mm Maximum CPU Cooler Height 160 mm ...

This PCI Express x 1 to x 16 powered riser card with an additional Molex power connector is the ideal accessory for Bitcoin Mining systems & of course taking into account the available bandwidth Can also be used like any other riser card for other systems & applications such as Altcoin Ethereum Ether Zcash Distributed Computing Rendering & Boinc Bitcoin is a virtual pay-as-you-go virtual payment tool launched & managed by all the participating Bitcoin network clients Like many other cryptos with proof-of-work principle bitcoins are caused by computer Cryptographic computing tasks with a high energy expenditure which is called "mining" (mining) In principle normal computer processors (CPUs) are capable of calculating new bitcoins but they can only calculate a few (kilo) hashes per second & therefore are not suited to bitcoin mines in relation to the time & energy used for this purpose Regarding the efficiency they are clearly beaten by graphics processors (GPUs) especially graphics chips of the Radeon series from AMD have proved particularly strong Mining rigs are referred to as PC-systems from commercially available hardware components the only task of which is to calculate Bitcoins by means of several graphics cards in continuous operation In order to counter the resulting high heat development & to operate as many graphics cards as possible in parallel these GPU-Miner systems usually use very open housings (comparable to Benchtables) or in some cases adventurous self-assembled case circuits As with AMD Cross Fire or NVIDIA SLI gaming PCs not all PCI Express slots can be used on a system-based motherboard since high-performance graphics cards generally have a wide dual fan or even three-fan fan & thus the space required for further GPUs is missing or must be moved with many Mining PCs all PCIe slots due to the respective graphics card constellation This is where the practical powered Riser Card comes in & allows the installation of PCI Express slots with x 1 x 4 x 8 or x 16 connectivity on the motherboard by allowing an additional PCI Express x 16 slot to be strategic In or outside the housing This x 16 slot is electrically connected to a single PCI Express lane which corresponds to the PCIe generation of the output slot Since bitcoin mining is only performed by the GPU & in contrast to video games no textures or shader data have to be transported into the graphics memory the bandwidth available for this application is sufficient For data transfer the riser card is a USB (Universal Serial Bus) 30 cable With a length of Approx. 600 millimeters allows a lot of room for the PCIe slot In contrast to the often used IDE flat-ribbon cables with conventional riser cards the module can be installed better & there are further advantages in the higher stability as well as the less hindrance of the airflow A SATA-to-Molex power cable which is also included transmits up to 75 watts of electrical power directly from the power supply which is normally delivered directly from the PCIe slot while the additional energy of the graphics card comes directly from the power supply via additional PCIe plugs With this powered riser it is thus possible to operate up to 6 graphics cards on a mainboard without overloading its voltage supply 600 millimeters allows a lot of room for the installation of the PCIe slot In contrast to the often used IDE flat-ribbon cables with conventional riser cards the module can be installed better & there are further advantages in the higher stability as well as the less hindrance of the airflow A SATA-to-Molex power cable which is also included transmits up to 75 watts of electrical power directly from the power supply which is normally delivered directly from the PCIe slot while the additional energy of the graphics card comes as usual via additional PCIe plugs directly from the power supply With this powered riser it is thus possible to operate up to 6 graphics cards on a mainboard without overloading its voltage supply In contrast to the often used IDE flat-ribbon cables with conventional riser cards the module can be installed better & there are further advantages in the higher stability as well as the less hindrance of the airflow A SATA-to-Molex power cable which is also included transmits up to 75 watts of electrical power directly from the power supply which is normally delivered directly from the PCIe slot while the additional energy of the graphics card comes as usual via additional PCIe plugs directly from the power supply With this powered riser it is thus possible to operate up to 6 graphics cards on a mainboard without overloading its voltage supply A SATA-to-Molex power cable which is also included transmits up to 75 watts of electrical power directly from the power supply which is normally delivered directly from the PCIe slot while the additional energy of the graphics card comes directly from the power supply via additional PCIe plugs With this powered riser it is thus possible to operate up to 6 graphics cards on a mainboard without overloading its voltage supply Up to 6 graphics cards on a mainboard without overloading the power supply Cable length approx 60 cm Connections Plug-in module PCIe with 1 lane socket module PCIe with 16 lanes (electrical connection x 1) Power supply 1x 4-pin Molex socket Supplied cables 1x USB (Universal Serial Bus) 30 1x SATA to Molex adapter cable Supported PCI Express standards 1x 2x 30 ...

This PCI-Express x 1 to x 16 powered riser card with additional 6-pin PCIe power connector is the ideal accessory for bitcoin mining systems & can of course be used in accordance with the requirements set out here As well as any other riser card for other systems & application areas such as Altcoin Ethereum Ether Zcash Distributed Computing Rendering & Boinc Bitcoin is a virtual pay-as-you-go virtual payment tool launched & managed by all the participating Bitcoin network clients Like many other cryptos with proof-of-work principle bitcoins are caused by computer- Cryptographic computing tasks with a high energy expenditure which is called "mining" (mining) In principle normal computer processors (CPUs) are capable of calculating new bitcoins but they can only calculate a few (kilo) hashes per second & therefore are not suited to bitcoin mines in relation to the time & energy used for this purpose Regarding the efficiency they are clearly beaten by graphics processors (GPUs) especially graphics chips of the Radeon series from AMD have proved particularly strong Mining rigs are referred to as PC-systems from commercially available hardware components the only task of which is to calculate Bitcoins by means of several graphics cards in continuous operation In order to counter the resulting high heat development & to operate as many graphics cards as possible in parallel these GPU-Miner systems usually use very open housings (comparable to Benchtables) or in some cases adventurous self-assembled case circuits As with AMD Cross Fire or NVIDIA SLI gaming PCs not all PCI Express slots can be used on a system-based motherboard since high-performance graphics cards generally have a wide dual fan or even three-fan fan & thus the space required for further GPUs is missing or must be moved with many Mining PCs all PCIe slots due to the respective graphics card constellation This is where the practical powered Riser Card comes in & allows the installation of PCI Express slots with x 1 x 4 x 8 or x 16 connectivity on the motherboard by allowing an additional PCI Express x 16 slot to be strategic In or outside the housing This x 16 slot is electrically connected to a single PCI Express lane which corresponds to the PCIe generation of the output slot Since bitcoin mining is only performed by the GPU & in contrast to video games no textures or shader data have to be transported into the graphics memory the bandwidth available for this application is sufficient For data transfer the riser card is a USB (Universal Serial Bus) 30 cable With a length of Approx. 800 millimeters allows a great deal of room for the installation of the PCIe slot In contrast to the often used IDE flat-ribbon cables with conventional riser cards the module can be installed better & there are further advantages in the higher stability as well as the less hindrance of the airflow The power supply to the board is provided by a 6-pin PCI Express connector directly from the power supply which is capable of providing up to 75 watts of electrical power normally supplied by the motherboard&s PCIe slot Compared to Molex plugs & adapters this type of power supply ensures a lower transition resistance & is therefore particularly stable & extremely reliable The remaining energy required by the graphics card comes as usual from other PCIe connectors directly connected to the GPU With this powered riser it is thus possible to operate up to 6 graphics cards on a mainboard without overloading the power supply or the cables of the power supply Technical details Cable length approx 80 cm Connections Plug-in module PCIe with 1 lanesocket module PCIe with 16 lanes (electrical connection x 1) Power supply 1x 6-pin PCI Express socket Supplied cables 1x USB (Universal Serial Bus) 30 Supported PCI Express standards 1x 2x 30 ...

This riser cable from the case specialists at Kolink allows the PCI-Express x 16 slot on the motherboard to interface with a graphics card in a vertical orientation The Kolink PCI Express 30 x 16 to x 16 riser cable is Approx. 200 mm long Due to its exceptional manufacturing quality & design it is suitable for use in cases from all manufacturers Technical Details Length 200 mm Colour Black Ports Connector PCIe with 16 Lanes Interface PCIe with 16 Lanes Supported PCI-Express Standards 1x 2x 30 ...

This riser cable from the case design specialists at Kolink allows the PCI Express x 16 slot on a motherboard to be connected to a graphics card installed vertically within a case The Kolink PCI Express 30 x 16 on x 16 riser cable is Approx. 300 mm long It is suitable for use in cases from all manufacturers due to its high quality design Technical Details Length 300 mm Color Black Connections Plug PCIe with 16 Lanes Socket PCIe with 16 Lanes Supported PCI Express standards 1x 2x 30 ...

The Kolink PCI-E x 1 to Quad x 16
- Quad-Mining Rendering Upgrade Adapteris the ideal accessory to build or extend a mining rig
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