As an ISO-certified RF components manufacturer, TEJTE delivers custom RF modules, OEM/ODM RF solutions, and high-performance systems tailored to global communication needs. We empower brands worldwide with reliable, scalable, and efficient RF technologies.
Custom OEM/ODM RF Components Designed by TEJTE for Global Electronic Applications
Tejte’s clients range from startup brands to global importers. We are proud to support businesses in the USA, UK, Germany, Australia, Japan, the Middle East, and more. With every client, we build partnerships based on quality, speed, and trust.
For the past 13 years, we have been a professional OEM manufacturer in the electronic components industry. Each year, millions of high-quality RF components are produced in our factory and exported to clients worldwide.
Over the past decades, we have served 1000+ businesses across the globe. With cutting-edge technology and strict quality control, we ensure reliable, high-performance components to support your success in the RF industry.
At TEJTE Electronics, we offer a wide selection of RF electronic components, with over 8,000 developed designs and extensive customization options to meet diverse technological needs. Whether you require standard components or tailored solutions, we are here to support your business.
We prioritize efficiency throughout the OEM and custom production process, ensuring a seamless experience. Our focus extends beyond delivering high-quality electronic components to providing exceptional service that meets your expectations.
Tailored options are available to match your specific needs.
Time is valuable, and we are committed to delivering solutions efficiently.
We utilize cutting-edge facilities and technologies to ensure product reliability.
Our one-stop service helps you reduce expenses and maximize profitability.
We comply with international safety and quality standards, ensuring that every component meets industry requirements. With certified manufacturing processes and strict quality control, you can trust us to deliver safe, reliable, and high-performance RF components.
Official ISO 9001 certification badge of TEJTE, a trusted manufacturer of RF components and OEM/ODM modules for global communication systems.
Official CCC certification badge confirming TEJTE’s RF modules meet China’s mandatory quality standards.
SABS/NRCS certification badge confirming TEJTE’s RF components meet South African regulatory standards.
CE certification badge indicating TEJTE’s RF communication modules comply with EU safety, health, and environmental standards.
FCC-certified RF communication components from TEJTE, tested for U.S. electromagnetic compliance standards.
Official PTC certification badge representing compliance with Chinese electrical product safety standards.
As your dedicated RF partner, we engineer solutions tailored to your communication system’s unique specifications, ensuring optimal performance across all deployment environments.
Tejte RF is the go-to manufacturer for high-end brand clients seeking cutting-edge RF communication solutions with a focus on reliability and performance. We specialize in creating premium, high-quality RF components and systems that reflect the sophistication and uniqueness of their brands. With our attention to detail and expert engineering, we provide bespoke solutions that elevate the brand's technological identity.
For retailers and distributors, Tejte RF offers a wide range of exclusive, high-performance RF components and systems that cater to the demands of their customers. We understand the need for reliable production with low MOQs and timely delivery, allowing them to offer unique RF solutions in their stores while maintaining excellent profit margins.
Tejte RF is ideal for OEM/ODM clients who want to create custom RF products that reflect their unique designs and technological needs. Our expertise in crafting high-performance RF components, combined with our low MOQ flexibility, makes us the perfect partner for brands seeking originality and distinction in their product lines.
Specializing in cutting-edge RF communication solutions, Tejte RF crafts exclusive, high-quality products perfect for small and medium international buyers. We offer unique, customizable components with low MOQs to help them stand out in the market and provide tailored solutions to ensure they get the best value for their investment.
If you have your own complete technical specifications or just a preliminary concept sketch, please provide details of your project requirements, including preferred materials, colors and customization options. We are happy to help you turn your RF communication product design into reality through our sample production process.
We conduct 100% testing on raw materials, and finished products undergo 100% testing before packaging. We have an excellent quality control process and department that inspects each product to ensure it is functioning properly before it leaves the factory.
If the product you received is damaged, please contact us in time. We have a professional team and will solve the problem as soon as possible.
The production time for electronic components is generally 25-35 days, depending on the different materials and component designs. When the components are ready, the time for mass production is 7-15 days. This can be adjusted based on the actual requirements of the order. Please feel free to contact us.
We treat every customer with the utmost importance, regardless of the order size, as our goal is to build long-lasting partnerships. Unlike many other Chinese manufacturers and suppliers, if you receive defective products, we go the extra mile to ensure you receive compensation and minimize any potential losses to the fullest extent possible.
For large-scale or rapidly growing companies, we offer a comprehensive range of additional services. This includes dedicating a team of up to 15 professionals to support your needs, as well as offering credit payment terms upon receipt of goods, among other benefits.
Stay up to date with the latest developments in RF communications and get expert insights and actionable advice to maximize the value of your custom RF products. Browse our latest content regularly to stay ahead of industry innovations, design trends and best practices. Join a growing network of RF product enthusiasts, retailers and brand professionals to get new ideas and inspiration by visiting our blog.
In RF systems, cables are almost never the first suspect. When performance slips, engineers usually look at radios, antennas, firmware timing, or calibration data. The 50 ohm coaxial cable sitting between them tends to be treated as passive background hardware—assumed correct as long as continuity exists.
In RF hardware, some of the most consequential decisions are also the quietest ones. An sma adapter cable rarely appears on the first schematic. The radio links, the antenna is specified, and early bench tests pass without complaint. Only later—often during enclosure design, field preparation, or procurement review—does someone notice a connector mismatch or a mechanical constraint that needs “just a short cable.” That short cable then becomes permanent. Once installed, an SMA adapter cable is no longer a convenience item. It becomes part of the RF signal chain, shaping insertion loss, impedance continuity, mechanical stress paths, and long-term serviceability. Designs that look electrically solid on day one can drift over time because of how that adapter cable is chosen, routed, and handled. This guide treats the sma adapter cable as a deliberate engineering element rather than an afterthought, focusing on where it belongs in the signal chain, when it solves real problems, and when it quietly creates new ones.
In many RF designs, cable selection happens after the radio and antenna are already chosen. At that stage, the link normally works and early measurements are acceptable. A common case is a module with an MMCX connector that needs to connect to an SMA antenna port on the enclosure. The typical solution is to use an mmcx to sma cable. From that point on, the cable is part of the RF path. It adds loss, adds connector interfaces, and introduces mechanical load that was not present during early testing. In compact products such as GNSS trackers, LTE modules, Wi-Fi devices, drones, and wearables, these factors often affect long-term stability more than initial link margin. This document focuses on practical selection and routing of an mmcx to sma cable in production hardware.
