The SMA Male Straight PCB Mount Connector is a practical, lab-ready solution for bringing RF signals cleanly and reliably on and off your printed circuit boards. Built around a standard 50 Ω interface, it supports a wide range of RF applications, from wireless communication modules and antenna feeds to test points and measurement fixtures. Its straight, vertical mounting style makes layout and routing straightforward, so you can keep your RF traces short and controlled for better performance. The through-hole mechanical posts and solder pins provide a secure, stable attachment to the PCB, helping to maintain consistent contact even under vibration, repeated mating cycles, or frequent handling in a lab environment. This connector features a standard SMA male interface, compatible with commonly used SMA coaxial cables found in RF labs, test benches, and production setups. The compact form factor fits easily into dense board layouts, making it suitable for small enclosures, IoT devices, embedded RF boards, and compact test fixtures. Whether you are building a one-off prototype, refining a production design, or upgrading an existing RF board, this SMA Male Straight PCB Mount Connector offers a dependable way to interface your circuitry with external antennas, analyzers, or signal generators. Its robust construction, clean solderability, and predictable electrical performance help reduce rework and ensure consistent results from project to project. If you need a no-nonsense, board-mount SMA solution that simply works, this connector is an excellent fit for both development and production environments.

• Standard 50 Ω SMA male interface for broad RF compatibility
• Straight PCB mount design for simple routing and clean board layouts
• Through-hole pins for strong mechanical retention and reliable solder joints
• Compact footprint suitable for dense or space-constrained PCB designs
• Compatible with common SMA coaxial cables used in RF labs and production
• Supports a wide range of RF and microwave applications
• from antennas to test points
• Durable construction designed to withstand repeated mating cycles
• Ideal for wireless modules
• IoT devices
• embedded RF systems
• and test fixtures