PCIe 5.0 x16 Riser Cable Kolink ZURC-037 180° 30 cm, black

Kolink ZURC-037 is a PCIe 5.0 x16 riser cable measuring 30 cm with a 180° connector in black. It extends and repositions a graphics card or other PCIe x16 device inside a PC case while preserving PCI Express 5.0 signaling for compatible motherboards and expansion cards. The cable is intended for builds that require flexible component placement such as compact systems, showcase layouts, or vertical GPU mounting where the standard slot alignment is not suitable.

Advantages

This PCIe 5.0 x16 riser cable maintains high-speed differential signaling to support PCIe 5.0 bandwidth and reduces constraints on card placement by providing a flexible 30 cm connection with a 180° end for reverse mounting. The black finish integrates unobtrusively into most builds, and the cable design is focused on enforcing signal integrity for modern GPUs and expansion cards that require high data throughput.

Подходит для

• Вертикальный монтаж видеокарты в корпусе
• Компактные или нестандартные сборки с ограниченным пространством
• Шоу-корпусы и демонстрационные конфигурации
• Перемещение PCIe x16 устройств для улучшения охлаждения или кабель-менеджмента

Key specifications

• Interface: PCI Express x16
• PCIe version support: PCIe 5.0 signaling compatibility
• Cable length: 30 cm
• Connector orientation: 180° (right-angle for reverse mounting)
• Color: black

How to use

Power off the PC and disconnect all power sources before installation. Align the riser cable's x16 connector with the motherboard slot and the opposite end with the graphics card or PCIe device, ensuring the 180° connector orientation matches the desired mounting direction. Firmly seat both ends to secure the PCIe contacts, then reassemble the case and reconnect power. After booting, verify that the motherboard and OS recognize the attached device and check for any firmware or driver updates required for optimal operation.

Использование и рекомендации

Use the riser cable in systems compatible with PCIe 5.0 to achieve maximum throughput. In builds with high-power GPUs, ensure adequate case airflow and consider routing the cable to minimize sharp bends. Confirm that the motherboard and expansion card support the required PCIe lanes and signaling before relying on the cable for performance-critical applications.