uxcell MMCX Right Angle to RP-SMA Bulkhead Pigtail Coaxial Cable, 8in, 4pcs

Overview

Meet a compact, flexible RF extension solution from uxcell. This MMCX Male Right Angle to RP-SMA Female Bulkhead pigtail spans about 8 inches (approximately 20 cm), giving you a practical link between small form-factor devices and external antennas. The copper-based conductors and careful right-angle design help you route signals in tight spaces, making it a useful accessory for home and small-office wireless setups.

Key specifications

• Wire Type: RF1.37
• Wire Length: approx. 20 cm / 8 inch
• Connector Type: MMCX Male Right Angle to RP-SMA Female Bulkhead
• RP-SMA Female Connector Feature: Outer Thread, Pin in center
• Condition: 100% Brand New
• Metal Material: Copper

What you get

• 4 Pcs x RF Coaxial Adapter Connector
• Consistent 8-inch pigtail length for multiple installations
• Bulkhead mounting friendly RP-SMA female end for secure connections

Highlights and why it matters

The design emphasizes reliability in compact environments. The MMCX to RP-SMA bulkhead combo supports quick connections and straightforward disconnections, which can be helpful when you’re rotating antennas or testing different configurations. The copper construction adds rigidity to signal paths while maintaining a lean profile suitable for small routers, WLAN modules, GPS units, and other RF-equipped devices.

• High temperature and acid corrosion resistance helps maintain performance over time
• Low-loss RF expansion suitable for high-frequency use with minimal signal degradation
• Simple connection and disconnection for flexible wireless setups
• Compatible with router modules, 3G/ GSM/ 4G devices, and similar RF hardware

Applications and usage scenarios

Ideal for projects that require a compact, reliable antenna extension. Use it to connect small-form antennas to mobile hotspots, embedded modules, or mini-PCIe devices. While it does not guarantee performance improvements in every case, it offers a practical option for routing antennas and experimenting with different placements to optimize signal reach and reliability.