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Kolink PCI-E 1x to 16x powered Riser Card Mining Rendering Kit - 60cm

Kolink
PCI-E 1x to 16x powered Riser Card Mining Rendering Kit - 60cm

  • Flexible riser card (60 cm long)
  • Perfect for Bitcoin / Ethereum mining rigs
  • From PCIe x1 / x4 / x8 / x16 to PCIe x16 (electrical 1 lane)
  • With high-quality USB 3.0 data cable & Molex Power
 

80 In stock

£10.99 *
 
 
 
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Stock Code: CB-005-KK

EAN: 5999094001527

MPN: ZURC-006

Manufacturer: Kolink

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Product information:

PCI-E 1x to 16x powered Riser Card Mining Rendering Kit - 60cm

This PCI Express x1 to x16 powered riser card, with an additional Molex power connector, is the ideal accessory for Bitcoin Mining systems and, of course, taking into account the available bandwidth, Can also be used like any other riser card for other systems and applications such as Altcoin, Ethereum, Ether, Zcash, Distributed Computing, Rendering and Boinc. Bitcoin is a virtual pay-as-you-go virtual payment tool launched and 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 and therefore are not suited to bitcoin mines in relation to the time and 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 and 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 CrossFire 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 And 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 and allows the installation of PCI Express slots with x1, x4, x8 or x16 connectivity on the motherboard by allowing an additional PCI Express x16 slot to be strategic In or outside the housing. This x16 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 and, 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 3.0 cable , With a length of approximately 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 and 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. Technical details: 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 and 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. Technical details: 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 and 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. Technical details: In contrast to the often used IDE flat-ribbon cables with conventional riser cards, the module can be installed better and 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. Technical details: In contrast to the often used IDE flat-ribbon cables with conventional riser cards, the module can be installed better and 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. Technical details: 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. Technical details: 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. Technical details: Up to 6 graphics cards on a mainboard without overloading the power supply. Technical details: Up to 6 graphics cards on a mainboard without overloading the power supply.

Technical details:
Cable length: approx. 60 cm
Connections:
Plug-in module: PCIe with 1 lane
socket module: PCIe with 16 lanes (electrical connection x1)
Power supply: 1x 4-pin Molex socket
Supplied cables: 1x USB 3.0, 1x SATA to Molex adapter cable
Supported PCI Express standards: 1.x, 2.x, 3.0
 

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