Antec PCIE-4.0 Riser Cable (200mm) Black, Up to RTX4090

Antec PCIE-4.0 Riser Cable (200mm) Black,  Up to RTX4090-0

Antec PCIE-4.0 Riser Cable (200mm) Black, Up to RTX4090

SKU AT-RCAB-BK200-PCIE4-RTX40
Antec PCIE-4.0 Riser Cable (200mm) Black, Up to RTX4090 / 7900XT. High End Gold Plated and Shielded six Layer PCB. FPS lossless output and Stability. Antec PCI-E 4.0 Riser Cable, x16 High Speed Flexible Extender Card Extension Port 90 Degree Adapter High stability and full PCIe Gen4 x16 speed, plug and play. Backward-compatible with PCIE 3.0/PCIE 2.0/PCIE 1.0. Gold-Plated Pin Connections_ Gold-plated PCI pins allow maximum durability with a rated 400g of retention force per contact pair. Ultimate High Speed_ The extender is capable of expanding bandwidth up to 16Gbps and beyond, featuring extremely fast graphic data transmission. Flexible Cable Sleeves_ Durable cable sleeves allow for max flexibility, it won’t affect the cable transmission and makes cable management easy. Heavy Duty Shielding_ EMI shielded 30 AWG tinned copper wires ensure minimal signal delay and electromagnetic interference-free operation.
Price $142.95
Unit price  per 
Includes GST.
- +
Antec PCIE-4.0 Riser Cable (200mm) Black, Up to RTX4090 / 7900XT. High End Gold Plated and Shielded six Layer PCB. FPS lossless output and Stability. Antec PCI-E 4.0 Riser Cable, x16 High Speed Flexible Extender Card Extension Port 90 Degree Adapter High stability and full PCIe Gen4 x16 speed, plug and play. Backward-compatible with PCIE 3.0/PCIE 2.0/PCIE 1.0. Gold-Plated Pin Connections_ Gold-plated PCI pins allow maximum durability with a rated 400g of retention force per contact pair. Ultimate High Speed_ The extender is capable of expanding bandwidth up to 16Gbps and beyond, featuring extremely fast graphic data transmission. Flexible Cable Sleeves_ Durable cable sleeves allow for max flexibility, it won’t affect the cable transmission and makes cable management easy. Heavy Duty Shielding_ EMI shielded 30 AWG tinned copper wires ensure minimal signal delay and electromagnetic interference-free operation.