4pin firewire cable

Buy REXLIS 8pin (6 + 2) to Dual 4Pin Power Cable Power Adapter Cable 18cm Graphics for R147.42

4Pin PWM To Dual PWM Computer Case Fan Power Sleeved Y-Splitter Adapter Cable 26.2cm Computer Case Fan Power Cable

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Specifications: 1. Hole distance: 7.3cm 2. Voltage: 12V 3. Current: 0.17A 4. Speed: 0-2300PRM 5. Noise: 0-20dB 6. Interface: 4 pin 7. Cable length: 22cm 8.  Size:80*80*60(mm) Features: 1. Arc type AMD structure CPU heatsink. 2. Adopts one piece pure aluminum heat sink and 5mm thermal copper pillar. 3. Hydraulic bearing new technique. 4. 4 pin 4 wire temperature-controlled fan. 5. Silent speed testing and adjusting,low noise only 20dB. 6. Fan rotating speed is 2300+5% RPM,good cooling effect. Package included: 1 x CPU 4 PIN Cooler Fan Heatsink  

Buy High Quality Firewire IEEE 1394 4Pin Male to 4Pin Male Cable, Length: 5m (Gold Plated)... for R459.00

3m LINDY Firewire 9 Pin to 4 Pin Cable Quick overview Connectors: Firewire 9-pin to 4-pin Length: 3m Gold Plated connectors to prevent oxidisation for maximum reliability Allows simultaneous connection of up to 63 devices Transfers data without errors at rates of up to 400Mbps Plug-and-Play installation Made of pure oxygen-free copper Flexible and Durable Warranty: 10 Year Product Description Firewire/IEEE FireWire also known as iLink, IEEE, or DV cable is a predominant high speed interface which provides peer to peer device connections for digital transmission of video, audio and data between computers and consumer devices such as printers, scanners camcorders, external hard drives and up to 60 other devices Transfer Speed This featured 9-Pin to 4-Pin Firewire cable features the 4-pin Firewire 400Mb/s which is for older devices however it is limited by the 4-pin Firewire rate of 400Mb/s Data Transfer Firewire provides two types of data transfer: Asynchronous and Isochronous. Asynchronous is for traditional load-and-store applications where data transfer can be initiated and an application interrupted as a given amount of data arrives in a buffer. Isochronous data transfer ensures that data flows at a pre-set rate so that an application can handle it in a timed way so you can chain devices together in a number of different ways without terminators or complicated set-up requirements. For multimedia applications, this kind of data transfer reduces the need for buffering and helps ensure a continuous presentation for the viewer.

1.8m Firewire 6 Pin to 4 Pin Cable Quick overview Connectors: Firewire 6-pin to 4-pin Length: 1.8m Allows simultaneous connection of up to 63 devices Transfers data without errors at rates of up to 400Mbps Plug-and-Play installation Made of pure oxygen-free copper Flexible and Durable Product Description Firewire/IEEE FireWire also known as iLink, IEEE, or DV cable is a predominant high speed interface which provides peer to peer device connections for digital transmission of video, audio and data between computers and consumer devices such as printers, scanners camcorders, external hard drives and up to 60 other devices Transfer Speed This featured 6-Pin to 4-Pin Firewire cable features the 6-pin and 4-pin Firewire 400Mb/s which is for older devices however it is limited Firewire rate of 400Mb/s Data Transfer Firewire provides two types of data transfer: Asynchronous and Isochronous. Asynchronous is for traditional load-and-store applications where data transfer can be initiated and an application interrupted as a given amount of data arrives in a buffer. Isochronous data transfer ensures that data flows at a pre-set rate so that an application can handle it in a timed way so you can chain devices together in a number of different ways without terminators or complicated set-up requirements. For multimedia applications, this kind of data transfer reduces the need for buffering and helps ensure a continuous presentation for the viewer.

1m LINDY Firewire 9 Pin to 4 Pin Cable Quick overview Connectors: Firewire 9-pin to 4-pin Length: 1m Gold Plated connectors to prevent oxidisation for maximum reliability Allows simultaneous connection of up to 63 devices Transfers data without errors at rates of up to 400Mbps Plug-and-Play installation Made of pure oxygen-free copper Flexible and Durable Warranty: 10 Year Product Description Firewire/IEEE FireWire also known as iLink, IEEE, or DV cable is a predominant high speed interface which provides peer to peer device connections for digital transmission of video, audio and data between computers and consumer devices such as printers, scanners camcorders, external hard drives and up to 60 other devices Transfer Speed This featured 9-Pin to 4-Pin Firewire cable features the 4-pin Firewire 400Mb/s which is for older devices however it is limited by the 4-pin Firewire rate of 400Mb/s Data Transfer Firewire provides two types of data transfer: Asynchronous and Isochronous. Asynchronous is for traditional load-and-store applications where data transfer can be initiated and an application interrupted as a given amount of data arrives in a buffer. Isochronous data transfer ensures that data flows at a pre-set rate so that an application can handle it in a timed way so you can chain devices together in a number of different ways without terminators or complicated set-up requirements. For multimedia applications, this kind of data transfer reduces the need for buffering and helps ensure a continuous presentation for the viewer.

1.8m Firewire 6 Pin to 9 Pin Cable Quick overview Connectors: Firewire 6-pin to 9-pin Length: 1.8m Allows simultaneous connection of up to 63 devices Transfers data without errors at rates of up to 400Mbps Plug-and-Play installation Made of pure oxygen-free copper Flexible and Durable Product Description Firewire/IEEE FireWire also known as iLink, IEEE, or DV cable is a predominant high speed interface which provides peer to peer device connections for digital transmission of video, audio and data between computers and consumer devices such as printers, scanners camcorders, external hard drives and up to 60 other devices Transfer Speed This featured 6-Pin to 9-Pin Firewire cable features the 6-pin and 9-pin Firewire 400Mb/s which is for older devices however it is limited Firewire rate of 400Mb/s Data Transfer Firewire provides two types of data transfer: Asynchronous and Isochronous. Asynchronous is for traditional load-and-store applications where data transfer can be initiated and an application interrupted as a given amount of data arrives in a buffer. Isochronous data transfer ensures that data flows at a pre-set rate so that an application can handle it in a timed way so you can chain devices together in a number of different ways without terminators or complicated set-up requirements. For multimedia applications, this kind of data transfer reduces the need for buffering and helps ensure a continuous presentation for the viewer.

2m LINDY Firewire 9 Pin to 6 Pin Cable Quick overview Connectors: Firewire 6-pin to 9-pin Length: 1m Allows simultaneous connection of up to 63 devices Transfers data without errors at rates of up to 400Mbps Plug-and-Play installation Made of pure oxygen-free copper Flexible and Durable Product Description Firewire/IEEE FireWire also known as iLink, IEEE, or DV cable is a predominant high speed interface which provides peer to peer device connections for digital transmission of video, audio and data between computers and consumer devices such as printers, scanners camcorders, external hard drives and up to 60 other devices Transfer Speed This featured 9-Pin to 6-Pin Firewire cable features the 9-pin Firewire 800Mb/s which is for newer devices however it is limited by the 6-pin Firewire rate of 400Mb/s Data Transfer Firewire provides two types of data transfer: Asynchronous and Isochronous. Asynchronous is for traditional load-and-store applications where data transfer can be initiated and an application interrupted as a given amount of data arrives in a buffer. Isochronous data transfer ensures that data flows at a pre-set rate so that an application can handle it in a timed way so you can chain devices together in a number of different ways without terminators or complicated set-up requirements. For multimedia applications, this kind of data transfer reduces the need for buffering and helps ensure a continuous presentation for the viewer.

10m LINDY Firewire 9 Pin to 4 Pin Cable Quick overview Connectors: Firewire 9-pin to 4-pin Length: 10m Gold Plated connectors to prevent oxidisation for maximum reliability Allows simultaneous connection of up to 63 devices Transfers data without errors at rates of up to 400Mbps Plug-and-Play installation Made of pure oxygen-free copper Flexible and Durable Warranty: 10 Year Product Description Firewire/IEEE FireWire also known as iLink, IEEE, or DV cable is a predominant high speed interface which provides peer to peer device connections for digital transmission of video, audio and data between computers and consumer devices such as printers, scanners camcorders, external hard drives and up to 60 other devices Transfer Speed This featured 9-Pin to 4-Pin Firewire cable features the 4-pin Firewire 400Mb/s which is for older devices however it is limited by the 4-pin Firewire rate of 400Mb/s Data Transfer Firewire provides two types of data transfer: Asynchronous and Isochronous. Asynchronous is for traditional load-and-store applications where data transfer can be initiated and an application interrupted as a given amount of data arrives in a buffer. Isochronous data transfer ensures that data flows at a pre-set rate so that an application can handle it in a timed way so you can chain devices together in a number of different ways without terminators or complicated set-up requirements. For multimedia applications, this kind of data transfer reduces the need for buffering and helps ensure a continuous presentation for the viewer.

1m Firewire 9 Pin to 6 Pin Cable Quick overview Connectors: Firewire 6-pin to 9-pin Length: 1m Allows simultaneous connection of up to 63 devices Transfers data without errors at rates of up to 400Mbps Plug-and-Play installation Made of pure oxygen-free copper Flexible and Durable Product Description Firewire/IEEE FireWire also known as iLink, IEEE, or DV cable is a predominant high speed interface which provides peer to peer device connections for digital transmission of video, audio and data between computers and consumer devices such as printers, scanners camcorders, external hard drives and up to 60 other devices Transfer Speed This featured 9-Pin to 6-Pin Firewire cable features the 9-pin Firewire 800Mb/s which is for newer devices however it is limited by the 6-pin Firewire rate of 400Mb/s Data Transfer Firewire provides two types of data transfer: Asynchronous and Isochronous. Asynchronous is for traditional load-and-store applications where data transfer can be initiated and an application interrupted as a given amount of data arrives in a buffer. Isochronous data transfer ensures that data flows at a pre-set rate so that an application can handle it in a timed way so you can chain devices together in a number of different ways without terminators or complicated set-up requirements. For multimedia applications, this kind of data transfer reduces the need for buffering and helps ensure a continuous presentation for the viewer.

2m LINDY Firewire 9 Pin to 4 Pin Cable Quick overview Connectors: Firewire 9-pin to 4-pin Length: 2m Gold Plated connectors to prevent oxidisation for maximum reliability Allows simultaneous connection of up to 63 devices Transfers data without errors at rates of up to 400Mbps Plug-and-Play installation Made of pure oxygen-free copper Flexible and Durable Warranty: 10 Year Product Description Firewire/IEEE FireWire also known as iLink, IEEE, or DV cable is a predominant high speed interface which provides peer to peer device connections for digital transmission of video, audio and data between computers and consumer devices such as printers, scanners camcorders, external hard drives and up to 60 other devices Transfer Speed This featured 9-Pin to 4-Pin Firewire cable features the 4-pin Firewire 400Mb/s which is for older devices however it is limited by the 4-pin Firewire rate of 400Mb/s Data Transfer Firewire provides two types of data transfer: Asynchronous and Isochronous. Asynchronous is for traditional load-and-store applications where data transfer can be initiated and an application interrupted as a given amount of data arrives in a buffer. Isochronous data transfer ensures that data flows at a pre-set rate so that an application can handle it in a timed way so you can chain devices together in a number of different ways without terminators or complicated set-up requirements. For multimedia applications, this kind of data transfer reduces the need for buffering and helps ensure a continuous presentation for the viewer.

1.8m Firewire 4 Pin to 4 Pin Cable Quick overview Connectors: Firewire 4-pin to 4-pin Length: 1.8m Allows simultaneous connection of up to 63 devices Transfers data without errors at rates of up to 400Mbps Plug-and-Play installation Made of pure oxygen-free copper Flexible and Durable Product Description Firewire/IEEE FireWire also known as iLink, IEEE, or DV cable is a predominant high speed interface which provides peer to peer device connections for digital transmission of video, audio and data between computers and consumer devices such as printers, scanners camcorders, external hard drives and up to 60 other devices Transfer Speed This featured 4-Pin to 4-Pin Firewire cable features the 4-pin Firewire 400Mb/s which is for older devices however it is limited by the 4-pin Firewire rate of 400Mb/s Data Transfer Firewire provides two types of data transfer: Asynchronous and Isochronous. Asynchronous is for traditional load-and-store applications where data transfer can be initiated and an application interrupted as a given amount of data arrives in a buffer. Isochronous data transfer ensures that data flows at a pre-set rate so that an application can handle it in a timed way so you can chain devices together in a number of different ways without terminators or complicated set-up requirements. For multimedia applications, this kind of data transfer reduces the need for buffering and helps ensure a continuous presentation for the viewer.