غدا 12:00 م
ابحث بين أكثر من50,000+منتج
منتجات أُخرى منFOSA
!تبقّى 5 فقط!

FOSA Mini PCIE to 16x Adapter High Performance PCIe Riser Cable with 6Pin Power for Mining Rig GPU Stable Connection

AED
93
.82
شامل ضريبة القيمة المضافة
أهم المميزات
  • This product is internationally sourced and shipped. Specifications and packaging may differ from local versions. Electronic items may include an international plug requiring a UAE-compatible adapter. Warranty, where applicable, is provided by the seller and may not be covered by the manufacturer.
  • FOSA Mini PCIE to 16x Adapter High Performance PCIe Riser Cable with 6Pin Power for Mining Rig GPU Stable Connection
Global Store
يتم بيعه وتوصيله من قِبَل: Desertcart
احصل عليه
التوصيل مجاني
Scheduled
Scheduled
١١را نوفمبر - ١٣را نوفمبر
Ships from outside the UAE.
الوصف
[STABLE POWER DELIVERY] This PCIe riser adapter features 4 solid-state capacitors for enhanced power stability, ensuring your GPU receives consistent and secure power during intensive mining operations. The 6pin interface provides independent DC-DC power supply, reducing motherboard strain. , [VERSATILE CONNECTIVITY] The adapter supports Mini PCI-E to PCI Express 16x conversion, making it ideal for multi-GPU mining setups. Its soft USB cable allows flexible positioning of your graphics card, while the sturdy slot buckle ensures secure attachment. , [PREMIUM BUILD QUALITY] Designed with thick pure copper core power cables to prevent burning during extended mining sessions. The original imported connectors reliable signal transmission between your GPU and motherboard. , [MINING OPTIMIZED] Specifically engineered for cryptocurrency mining rigs, this adapter helps distribute power efficiently across multiple graphics cards. Its design minimizes power loss and maintains stable performance during continuous operation. , [EASY INSTALLATION] The included power cord and clear connection points make setup straightforward. The 0. 6M cable length provides flexibility in arranging your mining rig components while maintaining optimal signal integrity.