YILIANDUO SMA Female Bulkhead to U.FL IPX MHF4 Mini PCI/PCIE Antenna Pigtail WiFi Cable – 0.81mm RF Coaxial Extension (2 Pack)

Features:

YILIANDUO SMA Female Bulkhead to U.FL IPX MHF4 antenna pigtail cable is a professional low‑loss RF interconnect solution built for reliable signal transmission between mini PCI/PCIE wireless modules, WiFi transceivers, and external antennas. Using high‑performance 0.81 coaxial wire and precision‑matched connectors, it ensures stable broadband performance for 2.4GHz/5GHz WLAN, GPS, and 433MHz systems. Available in 15cm/25cm/50cm lengths, this 2‑pack comes complete with mounting hardware for chassis/bulkhead installation, ideal for B2B wholesale, industrial integration, and B2C electronics DIY projects alike.

Features

• Standard SMA Female Bulkhead + U.FL IPX MHF4 connectors, fully compatible with mini PCI, PCIE, and M.2 wireless cards.
• Premium 0.81mm RF coaxial cable for low signal attenuation, high flexibility, and long service life.
• 50Ω impedance, supports DC–6GHz wide frequency for dual‑band WiFi, GPS, and 433MHz applications.
• Complete bulkhead mounting kit (lock nuts + washers) for secure chassis installation.
• Plug‑and‑play design, no extra tools required for quick assembly and replacement.
• Multiple length options: 15cm / 25cm / 50cm (19.68in) to fit different installation spaces.

Specifications

Applications

• Mini PCI to PCIE wireless LAN & WiFi module signal extension
• DIY drone antennas & WiFi transceiver‑to‑external‑antenna connections
• Replacement/upgrade for TBS Unify and similar RF antenna systems
• Hubsan H501S controller antenna modification
• Laptop wireless upgrades & external SMA antenna installations
• 433MHz GPS antennas & industrial control equipment RF connections
• IoT, robotics, and FPV radio link integration

📦 Package Includes

• 2×SMA to IPX-4 Pigtail Cable

Important Notes

1. U.FL/IPX/MHF4 connectors are miniature and fragile; handle gently during plug/unplug.
2. Confirm your device interface (U.FL/MHF4) before ordering to avoid compatibility issues.
3. Avoid sharp bends to prevent core damage and signal loss.
4. For best performance, use within rated frequency and temperature ranges.

FAQ