GameMax PCIe 4.0 174mm Extension Riser Cable, Gold Plated Connections
Go Vertical and unlock the full potential of your gaming set up with the GameMax PCIe 4.0 GPU Riser Cable.
The PCIe 4.0 X16 Riser Cable is designed to handle the high-speed data transfer demands of the latest GPUs delivering lightning-fast performance for an immersive gaming experience. With its improved data transmission capabilities you can enjoy smoother gameplay, lower lag possibility and higher frame rates. Built with quality components and features with a flexible design make it easy to install and use.
- Go Vertical with the Riser Cable PCIe 4.0 x16 - The GameMax Riser Cable PCIe 4.0 x16 - 174mm is designed for greater data transmission efficiency, maximum flexibility and durability. Using the highest quality of materials grant increased cable flexibility and strength for the tightest PCI card installations, while the heavy-duty shielding prevents electromagnetic interference from degrading signal quality.
- PCIe 4.0 Compatible - The latest PCIe 4.0 supports transfer rates of 16 GT/s bit rate, the rate is double of the Gen 3.0, the Gen 4.0 remains backward compatible with a maximum transfer speed offers a great performance and shows off the GPU at a great new angle.
- Gold Plated Pin Connections - Gold plated PCI pin are rated 400g of retention force per contract pairs, ensuring maximum product lifespan and durability.
- Heavy Duty Shielding - Made with high quality 30 AWG tinned copper wires to ensure minimal cable signal delay. Featuring 96 ground wires in total with high-end EMI shielding technology applied, designed to provide an electromagnetic interference-free data transmission experience.
- Durable PCB - The multi-layer coated PCB provides best in possible cable flex, moisture resistance and a high performance under high thermal loads.
- Protective ABS Casing - UV resistant ABS casing protects the cable connection points from rough handling.
- Flexible Cable Sleeves - Thermoplastic elastomers cable sleeves allow for maximum flexibility and durability for the tightest cable routing.
