onelinkmore RP-SMA Quick Push-On Adapter DC-12GHz High Frequency Rapid Test Plug Quick Disconnect Port Saver for WiFi Testing & Production Line Pack

onelinkmore RP-SMA Quick Push-On Adapter DC-12GHz High Frequency Rapid Test Plug Quick Disconnect Port Saver for WiFi Testing & Production Line Pack

I've seen reviews that sma Push-on connector is hard to take it off, but it's actually very simple, when you want to take it off, you can rotate it and take it off, if you still have doubts, you can watch the video below and skip directly to the 50th second to see the method of how to take it off. Stop screwing and unscrewing! The innovative push-pull design allows for instant connection and disconnection in under 1 second. Ideally designed for high-volume testing, production lines, and labs where frequent mating cycles are required. Drastically improves work efficiency compared to standard threaded adapters. Connector A : RP-SMA male quick push-on straight connector ( inside NO Screw and center is hole female pin ); Connector B : RP-SMA female jack straight connector ( outside screw and center is male pin ) [Ultimate Equipment Protection] Acts as a sacrificial "Port Saver" for your expensive instruments (VNA, Spectrum Analyzers, Signal Generators). By using this quick adapter, you reduce wear and tear on your device's original RP SMA ports, extending the lifespan of your testing equipment. [True DC-12GHz Performance] Unlike standard 3GHz or 6GHz brass adapters, this precision connector supports frequencies up to 12GHz with low VSWR and insertion loss. Perfect for 5G development, high-frequency RF applications, and precision microwave measurements. [Industrial Grade Build] Constructed with high-quality Gold-Plated Brass body and contacts for superior conductivity and oxidation resistance. The internal retention mechanism is tested for thousands of mating cycles, ensuring a snug fit that won't degrade signal quality over time. Accelerate Your WiFi & Wireless Device Testing with RP-SMA Quick Connect
In the fast-paced world of WiFi, IoT, and wireless module development, every second counts. The Onelinkmore RP-SMA Quick Push-On Adapter streamlines your testing process with its innovative instant push-on and pull-off design. Forget the delays of threaded connections; achieve secure mating in under 1 second, significantly boosting the efficiency of your production lines and R&D labs.
Safeguard Your Test Equipment Investment
Your sensitive wireless testing equipment, including routers, gateways, and signal analyzers, deserves the best protection. Traditional RP-SMA connectors can lead to port wear over time. This adapter functions as an essential "port saver," absorbing the stress of frequent connections and safeguarding the integrity of your valuable instruments' RP-SMA jacks. Ensure longevity and reduce costly repairs.
High-Performance DC-12GHz for Advanced Wireless Applications
Engineered for the demands of modern wireless technology, this adapter supports frequencies from DC up to an impressive 12GHz. This broad bandwidth capability ensures accurate and reliable performance for applications like Wi-Fi 6/6E, 5G testing, IoT device validation, and other high-frequency wireless communications. Maintain optimal signal integrity with low VSWR and insertion loss.
Durable Construction for Reliable Repetition
Featuring a gold-plated brass construction, this adapter guarantees excellent conductivity and resistance to environmental factors, ensuring a stable and consistent connection. Rigorously tested to withstand 200+ mating cycles, it’s built for the repetitive demands of production environments and frequent lab setup changes without compromising performance.
Key Specifications:
Connector Type: RP-SMA Male Push-On to RP-SMA Female Threaded
Impedance: 50 Ohm
Frequency
Range: DC - 12 GHz
Mating Cycles: 200+
Material: Gold Plated Brass
Temperature Range: -55°C to +155°C

Ideal Applications:
WiFi Router & Gateway Production Testing
IoT Device Development & Validation
Wireless Module RF Performance Testing
Lab Bench Efficiency Enhancement
Rapid Prototyping & Iteration