We share everything about Electronic Components OEM, ODM, or private label solutions...
We continuously share and publish original articles about electronic components and OEM/ODM/private label solutions. We hope these articles provide you with valuable insights to support your private label electronic components business.
If you don’t want to miss our article, please subscribe to our newsletter.
A connector takes very little space on an RF board, but a wrong connector choice can affect the entire design.
For compact wireless products, the antenna connection is often placed in a very limited area. GPS trackers, IoT terminals, and communication modules usually cannot reserve...
27 Jul 2026
MCX Connector Guide for RF Applications
How Should You Select an MCX Connector for Compact RF Designs?
Different miniature RF connector interfaces installed on a PCB for size and mounting comparison.
When a new RF product enters the mechanical design stage, the connector is usually not the...
26 Jul 2026
SMB Connector Guide for RF Applications
Small RF products often face the same design problem: there is limited space around the circuit, but the connection still needs to remain stable.
A connector that works well on a laboratory bench may not fit inside a compact wireless device. The interface may be...
26 Jul 2026
TNC Connector Guide: Selection, Cable Matching, and RF Applications
In many RF systems, connector selection is decided after the main circuit design has already been completed. At that stage, engineers are usually not looking for a connector that simply fits the port. They need a connection that can maintain stable electrical performance after installation, testing, and long-term...
25 Jul 2026
N Type Connector Guide for RF Applications
N Type Connector Selection and Interface Identification
Comparison of N female and N male connector center contacts and mating interfaces.
When selecting an RF connector, many engineers do not start with the connector itself. They usually start from the system requirement.
24 Jul 2026
SMA Cable Guide for RF Applications
What Should You Check Before Choosing an SMA Cable?
Coiled SMA male to SMA male RF cable for extended signal connections.
In many RF projects, the first question is not “which SMA cable should I buy?”
The real...
24 Jul 2026
RF Cable Assemblies Guide: How to Select the Right RF Cable Solution
How Should You Define an RF Cable Assembly Before Ordering?
A finished custom coaxial cable assembly with connectors on both ends.
When an RF system starts moving from prototype testing to actual production, the cable connection is often one of the...
23 Jul 2026
SOLT Calibration Guide for RF Testing
Improve VNA Measurement Accuracy
A VNA report is often the final document used to judge whether an RF cable assembly meets the required specification. However, the numbers shown in the report are not created by the cable alone.
During a real...
23 Jul 2026
Low Loss Coaxial Cable Guide
RF coaxial connector components prepared for cable assembly installation.
When an RF system starts losing range, stability, or measurement accuracy, engineers often check the antenna first. However, the cable between the radio and antenna can quietly become the limiting factor.
Choose...
22 Jul 2026
Parameters Guide for RF Connectors and Cable Assemblies
Read S Parameters Before Opening a VNA Report
VNA measurement screen showing S11, S21, Smith chart, group delay, and phase results.
When engineers receive an RF test report, the first reaction is often to search for a single number: insertion loss,...
22 Jul 2026
RF Test Cables Guide for VNA Measurements
Choose RF Test Cables Before Trusting the Measurement
VNA verification helps identify insertion loss, return loss, and instability in RF test cables
A vector network analyzer can measure extremely small changes in RF performance, but the measurement result is only as...
21 Jul 2026
Insertion Loss Guide for RF Connectors
When an RF signal travels through a connection, it does not simply move from point A to point B without change.Part of the energy is lost along the way.The loss may come from several places.A coaxial cable has conductor loss.The inner conductor carries the RF current, but the resistance is not zero. At higher frequencies, the current tends to flow closer to the surface of the conductor, which increases effective resistance.
Load more posts
Loading...
