• Ultra High Speed PCIe 4.0: latest high-speed technology is tested at 45% faster than PCIe 3.0. Cable has dual-layered PCIe lower lines to reduce power signal noise and provide stable power.
  • Gold-Plated Pin Connectors: gold plated contacts provide the ultimate durability, protects from oxidation, and enhances signal integrity.
  • 90 Degree PCI Female Connector: right angle connection for a clean and sleek look when installed, perfect for showing off graphics card.
  • Heavy Duty Shielding: flat belt sleeves with heavy duty shielding to achieve high transmission efficiency while that maintaining cable flexibility for easy installation.
  • Compatible with all latest graphics cards - RTX3090, RTX3080ti, RTX3080, RTX3070ti, RTX3070, RTX3060ti, RTX3060, RX6900XT, RX6800XT, RX6800, RX6700XT, RX6600XT, RX5700XT, RX5500XT and MORE / Chipset - X570, B550, Z590, and future new GPUs & Chipsets
  • Measures 220mm


Model ZM-RCG422
Available Color Black
Compatibility PCI-E 4.0
Component Materials PCBA, Copper Wire 30 AWG
Insulation Materials PE, OR, PP, PVC
Other Materials Nickel, Gold, Brass
Connectors
PCI-E x 16 Male to PCI x 16 90˚ Female
Cable Length 2200mm (8.86 inch)
Contact Current Rating 1.1A Per contact pin
Operating Temperature -10℃ to +80℃
Net Weight 76g
Gross Weight 180g
RCG422 Riser cable

ZALMAN RCG422
Ultra High Speed PCIe 4.0

latest high-speed technology is tested at 45% faster than PCIe 3.0. Cable has dual-layered PCIe lower lines to reduce power signal noise and provide stable power.

More Flexible and Efficient
Slim, Falt and flexible design achieve high transmission efficiency and stability.

PCI-E 4.0 Riser Cable
Ultimate high speed PCIe 4.0 cable.

Dual Layered Power Lines
Dual layered power lines ensure more stable power provision than the ordinary single layered.

Designed for Durability
A cap is provided to protect the PCB for increased durability.

Easy-to-Install

Fully Compatibility
※After checking the specifications of the Motherboard and Graphics card, set the PCI-E speed in the BIOS configuration of motherboards.

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