Top 10 Taiwan RF Connectors Manufacturers & Suppliers: Powering Wireless Connectivity Globally

In today's rapidly expanding wireless world, RF connectors are the unsung heroes enabling seamless communication across countless applications. From smartphones and Wi-Fi routers to sophisticated telecommunications infrastructure, aerospace systems, and medical devices, RF connectors are critical components for reliable high-frequency signal transmission. They ensure signal integrity, minimize loss, and provide robust connections in increasingly demanding wireless environments. As a global hub for electronics innovation and manufacturing excellence, Taiwan has established itself as a leading source for high-performance and diverse RF connectors.

Taiwanese RF connector manufacturers are globally recognized for their dedication to precision engineering, advanced manufacturing techniques, and a relentless pursuit of delivering cutting-edge interconnect solutions for the ever-evolving RF and microwave landscape. They produce an extensive array of RF connector types, including coaxial connectors, microwave connectors, millimeter-wave connectors, and specialized connectors designed to meet the stringent requirements of 5G, IoT, aerospace, defense, and medical applications. For businesses seeking reliable, high-performance, and innovative RF connectivity solutions, Taiwan offers a dynamic and highly capable ecosystem of manufacturers uniquely positioned to address the most challenging technical specifications, volume demands, and application-specific requirements of today's wireless world.

This comprehensive guide will explore the top 10 RF connector manufacturers in Taiwan, providing an in-depth analysis of their core competencies, extensive product portfolios, and key strengths within the global RF connector market. Whether you are designing next-generation 5G infrastructure, developing advanced aerospace communication systems, building cutting-edge medical imaging equipment, or engineering any application requiring reliable high-frequency connectivity, understanding these leading manufacturers is essential for making informed sourcing decisions and ensuring the performance, reliability, and long-term success of your wireless products and systems.

Top 10 Taiwan RF Connector Manufacturers (In Alphabetical Order)

The following list highlights ten of the most reputable, innovative, and globally recognized RF connector manufacturers based in Taiwan. These companies have been selected based on their product quality, technological innovation, global market presence, industry reputation, and expertise in serving diverse industries with demanding RF connectivity requirements.

1. Advanced-Connectek, Inc. (ACX) (譁裕實業股份有限公司)

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• Established: 1986
• Headquarters: Taoyuan, Taiwan
• Focus: Advanced-Connectek (ACX) is a leading manufacturer specializing in RF and microwave connectors, cable assemblies, and antennas. They have a strong focus on high-frequency and high-performance RF connectors for telecommunications, wireless communication, and automotive applications.
• RF Connector Highlights:
  • Broad Range of Coaxial Connectors: ACX offers a comprehensive range of coaxial RF connectors including SMA, SMB, SMC, MCX, MMCX, and N-Type series, covering various frequency ranges and applications.
  • High-Frequency and Low PIM Connectors: They specialize in RF connectors designed for high-frequency applications, including low Passive Intermodulation (PIM) connectors for demanding wireless infrastructure.
  • Custom RF Connector and Cable Assembly Solutions: ACX provides custom RF connector and cable assembly solutions tailored to specific customer requirements, offering design and engineering support.
• Industry Strengths: ACX is known for its strong R&D capabilities, high-quality manufacturing, and focus on high-frequency RF connectors. Their expertise in cable assemblies and antennas further strengthens their position as a comprehensive RF connectivity solution provider.

2. AirBorn Taiwan Inc.

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• Established: 1958 (USA), Taiwan branch established later
• Headquarters (Taiwan): Taipei, Taiwan
• Focus: AirBorn is a global leader in high-reliability connectors and cable assemblies for demanding applications. While their portfolio is broad, they have a significant offering of RF connectors designed for aerospace, military, and harsh environments.
• RF Connector Highlights:
  • High-Reliability RF Connectors for Harsh Environments: AirBorn's RF connectors are engineered for extreme environments, offering robust performance in aerospace, military, and industrial applications.
  • MIL-Spec RF Connectors: They offer a range of RF connectors compliant with military specifications (MIL-STD), ensuring high reliability and performance in defense and aerospace systems.
  • Custom RF Solutions and Integrated Assemblies: AirBorn provides custom RF connector and cable assembly solutions, leveraging their expertise in high-reliability interconnects for demanding applications.
• Industry Strengths: AirBorn's strength lies in its focus on high-reliability and ruggedized connectors for mission-critical applications. Their RF connectors are trusted in aerospace, military, and other demanding industries where failure is not an option.

3. Amphenol Taiwan Corporation (安費諾)

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• Established: 1932 (USA), Taiwan branch established later
• Headquarters (Taiwan): Taipei, Taiwan
• Focus: Amphenol is a global interconnect giant with a vast portfolio spanning numerous connector types. Amphenol Taiwan, along with Amphenol RF, offers an extensive range of RF connectors covering commercial, industrial, military, and aerospace applications.
• RF Connector Highlights:
  • Extensive Range of RF and Microwave Connectors: Amphenol offers one of the broadest RF connector portfolios in the industry, including coaxial, microwave, and millimeter-wave connectors in various series (SMA, SMB, N, BNC, TNC, SMP, etc.).
  • High-Frequency and High-Power RF Solutions: They provide RF connectors designed for high-frequency and high-power applications, supporting advanced wireless technologies and demanding power requirements.
  • Custom RF Connector and Cable Assembly Capabilities: Amphenol offers extensive customization capabilities for RF connectors and cable assemblies, providing tailored solutions for specific customer needs.
• Industry Strengths: Amphenol's strength is its unparalleled product breadth, global reach, and strong brand reputation. Their RF connector division is a leader in the industry, offering solutions for virtually any RF connectivity requirement.

4. BizLink Technology Inc. (貿聯-KY)

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• Established: 1996
• Headquarters: Milpitas, California, USA (Taiwan Operations in Taipei)
• Focus: BizLink Technology is a global provider of interconnect solutions, including cable assemblies and connectors. While not solely focused on connectors, they manufacture a range of RF connectors and cable assemblies for various applications, including data centers, IT infrastructure, and industrial equipment.
• RF Connector Highlights:
  • RF Cable Assemblies and Connector Integration: BizLink's strength lies in providing integrated RF cable assembly solutions, incorporating RF connectors from leading manufacturers and their own production.
  • High-Speed and Low-Loss RF Cable Assemblies: They offer RF cable assemblies designed for high-speed data transmission and low signal loss, critical for data center and communication infrastructure applications.
  • Custom RF Assembly Design and Manufacturing: BizLink provides custom RF cable assembly design and manufacturing services, tailoring solutions to specific customer requirements and system architectures.
• Industry Strengths: BizLink's strength is its focus on integrated RF cable assembly solutions. They offer a comprehensive approach to RF connectivity, providing design, manufacturing, and testing of complete cable assemblies incorporating RF connectors.

5. Cvilux Corporation (信音企業股份有限公司)

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• Established: 1990
• Headquarters: New Taipei City, Taiwan
• Focus: Cvilux Corporation is a comprehensive connector manufacturer with a diverse product range. Their RF connector line is a significant part of their portfolio, offering coaxial and RF circular connectors for various wireless applications.
• RF Connector Highlights:
  • Coaxial and RF Circular Connectors: Cvilux offers a solid range of coaxial RF connectors (SMA, SMB, SMC, MCX, MMCX) and RF circular connectors for diverse wireless applications.
  • Waterproof RF Connectors: They provide waterproof RF connectors designed for outdoor and harsh environment applications, ensuring reliable performance in challenging conditions.
  • Custom RF Cable Assemblies: Cvilux offers custom RF cable assembly services, integrating their RF connectors into complete cable solutions.
• Industry Strengths: Cvilux is known for its broad connector portfolio and its strength in both coaxial and RF circular connectors. Their ability to provide waterproof and custom cable assembly solutions adds to their value proposition.

6. EnterTec Technology Inc. (崧騰企業股份有限公司)

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• Established: 1987
• Headquarters: New Taipei City, Taiwan
• Focus: EnterTec Technology is a manufacturer specializing in connectors and cable assemblies for various industries. While their portfolio includes various connector types, they offer a focused selection of RF connectors primarily for antenna and wireless connectivity applications.
• RF Connector Highlights:
  • RF Coaxial Connectors for Antenna Applications: EnterTec provides RF coaxial connectors specifically designed for antenna connections in wireless devices and systems.
  • PCB Mount and Cable Mount RF Connectors: They offer both PCB mount and cable mount RF connector options, providing flexibility in design and integration.
  • Cost-Effective RF Connector Solutions: EnterTec focuses on providing cost-effective RF connector solutions for volume production, targeting consumer electronics and wireless device markets.
• Industry Strengths: EnterTec's strength lies in its focus on cost-effective RF connectors for antenna and wireless connectivity applications. They are a reliable supplier for volume production in consumer electronics and wireless device industries.

7. Formosa TNC Co., Ltd. (鴻儒精密工業股份有限公司)

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• Established: 1984
• Headquarters: Taichung City, Taiwan
• Focus: Formosa TNC (TNC Industrial) is a well-established manufacturer specializing in connectors, cable assemblies, and antennas. Their RF connector portfolio is a core part of their business, offering a wide range of coaxial, microwave, and millimeter-wave connectors.
• RF Connector Highlights:
  • Comprehensive RF Connector Portfolio: Formosa TNC offers a broad range of RF connectors, including coaxial (SMA, SMB, SMC, N-Type, BNC, TNC), microwave (SMP, SMPM), and millimeter-wave connectors (2.4mm, 1.85mm).
  • High-Frequency and High-Performance RF Connectors: They specialize in RF connectors designed for high-frequency applications, including millimeter-wave connectors for advanced communication systems.
  • Custom RF Connector and Antenna Solutions: Formosa TNC provides custom RF connector and antenna solutions, offering integrated RF connectivity solutions to customers.
• Industry Strengths: Formosa TNC is known for its comprehensive RF connector portfolio, its expertise in high-frequency technology, and its ability to provide integrated RF connectivity solutions including connectors and antennas.

8. Hour Terng Industrial Co., Ltd. (豪爾盛業股份有限公司)

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• Established: 1983
• Headquarters: New Taipei City, Taiwan
• Focus: Hour Terng Industrial is a long-standing connector manufacturer with a diverse product range. While primarily known for audio/video connectors, they also offer a selection of RF coaxial connectors for general wireless and communication applications.
• RF Connector Highlights:
  • Standard RF Coaxial Connectors: Hour Terng provides standard RF coaxial connectors (SMA, SMB, BNC, TNC) for general wireless connectivity needs.
  • Cost-Effective RF Connector Options: They focus on providing cost-effective RF connector solutions for volume production, targeting consumer electronics and commercial communication equipment.
  • Custom Cable Assembly Integration: Hour Terng offers cable assembly services integrating their RF connectors, providing value-added solutions to customers.
• Industry Strengths: Hour Terng's strength lies in its long history, cost-effective solutions, and ability to provide integrated cable assemblies. They are a reliable supplier for standard RF connector needs in volume applications.

9. Radiall Taiwan Branch (雷迪埃)

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• Established: 1952 (France), Taiwan branch established later
• Headquarters (Taiwan): Taipei, Taiwan
• Focus: Radiall is a global leader in RF and microwave connectors, components, and cable assemblies for demanding industries. Radiall Taiwan serves as a key branch in their global operations, offering a wide range of high-performance RF connectors.
• RF Connector Highlights:
  • High-Performance RF and Microwave Connectors: Radiall is renowned for its high-performance RF connectors, including coaxial, microwave, and millimeter-wave connectors designed for demanding applications.
  • Aerospace and Military Grade RF Connectors: They offer a wide range of RF connectors qualified for aerospace and military applications, meeting stringent performance and reliability standards.
  • Innovative RF Solutions and Customization: Radiall is known for its innovation in RF connector technology and its ability to provide highly customized solutions tailored to specific customer requirements.
• Industry Strengths: Radiall's strength is its global leadership in high-performance RF connectors, particularly for aerospace, military, and demanding industrial applications. Their focus on innovation, quality, and customization makes them a top choice for critical RF connectivity needs.

10. TE Connectivity Taiwan Limited (台灣泰科電子)

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• Established: 1941 (USA as AMP Incorporated), Taiwan branch established later
• Headquarters (Taiwan): Taipei, Taiwan
• Focus: TE Connectivity is a global giant in connectors and sensors, offering an extremely broad portfolio of interconnect solutions. TE Connectivity Taiwan, along with their global RF business unit, provides a vast range of RF connectors for diverse industries and applications.
• RF Connector Highlights:
  • Extensive RF Connector Portfolio Across All Types: TE Connectivity offers an incredibly broad selection of RF connectors, including coaxial, microwave, millimeter-wave, and specialized types, covering virtually every frequency range and application.
  • High-Speed and High-Density RF Interconnects: They are leaders in high-speed and high-density RF connector technology, supporting demanding data transmission and miniaturization requirements.
  • Ruggedized and Harsh Environment RF Connectors: TE Connectivity provides a wide range of ruggedized and environmentally sealed RF connectors for harsh industrial, outdoor, and military applications.
• Industry Strengths: TE Connectivity's strength is its unparalleled product breadth, global scale, and strong brand recognition. Their RF connector portfolio is one of the most comprehensive in the industry, offering solutions for virtually any RF connectivity challenge.

The Strategic Advantages of Sourcing RF Connectors from Taiwan

Choosing Taiwanese manufacturers for your RF connector needs offers a compelling set of strategic advantages, making Taiwan a premier sourcing destination for businesses worldwide seeking advanced and reliable high-frequency interconnect solutions:

• Unmatched Expertise in RF and Microwave Connector Technology: Taiwan's decades-long heritage as a global electronics manufacturing leader, particularly in RF and microwave components, has cultivated an unparalleled ecosystem of specialized expertise and robust industrial infrastructure. This mature ecosystem encompasses readily available, ultra-high-quality materials meticulously optimized for high-frequency performance, state-of-the-art, fully automated manufacturing equipment specifically designed for precision RF connector production, a highly skilled and experienced workforce adept at advanced RF design and manufacturing techniques, and a deeply ingrained culture of rigorous quality control and continuous innovation within the competitive RF connector industry. This synergistic environment fosters exceptional operational efficiency, relentless technological advancement, and consistently superior product quality, especially in the demanding RF connector sector.
• Commitment to High Performance and Signal Integrity in RF Interconnects: "High Performance" and "Signal Integrity" are not just marketing terms, but core principles deeply ingrained in the operations of Taiwanese RF connector manufacturers. They rigorously adhere to the most stringent quality management systems (ISO 9001, AS9100, etc.) and implement exhaustive testing protocols throughout their manufacturing processes, often exceeding industry specifications and international standards (MIL-STD, IEC, etc.). They are dedicated to producing RF connectors that consistently meet and surpass the most demanding performance benchmarks, guaranteeing superior signal integrity, minimal signal loss, excellent impedance matching, low VSWR, and reliable operation at high frequencies. This unwavering commitment to performance and signal integrity directly translates to higher-performing, more reliable wireless products and systems, minimizing signal degradation, maximizing data throughput, and ensuring optimal system performance.
• Innovation in Miniaturization, High Frequency, and Advanced RF Connector Designs: Taiwanese manufacturers are not just participants but global innovators at the forefront of RF connector technology, consistently investing in research and development to create groundbreaking designs tailored to the evolving needs of the wireless industry. They are leaders in developing RF connectors that achieve unprecedented miniaturization for compact wireless devices, support increasingly higher frequencies for advanced communication systems (including 5G and beyond), offer enhanced power handling capabilities, and incorporate innovative features for improved performance, reliability, and ease of use. This relentless focus on innovation ensures that businesses sourcing RF connectors from Taiwan gain access to cutting-edge, high-performance, and future-proof interconnect solutions.
• Extensive Product Breadth and Customization for Specialized RF Needs: Taiwanese manufacturers collectively offer an unmatched breadth and depth of RF connector product lines, encompassing a vast array of connector types, including coaxial connectors (SMA, SMB, SMC, N-Type, BNC, TNC, etc.), microwave connectors (SMP, SMPM, SMPS), millimeter-wave connectors (2.4mm, 1.85mm, 1.0mm), and specialized connectors for specific applications (automotive, aerospace, medical, etc.). Moreover, they are renowned for their exceptional flexibility and customization capabilities, offering tailored RF connector solutions to meet specific frequency requirements, impedance needs, mechanical constraints, and environmental conditions. This product breadth and customization capability ensures that Taiwanese RF connector manufacturers can address the diverse and specialized connectivity needs of the global wireless market.
• Competitive Cost Structure and Optimized Value Proposition: While maintaining world-class quality and driving technological innovation, Taiwanese RF connector manufacturers offer highly competitive pricing compared to suppliers in many other regions. This cost-effectiveness is a significant advantage for businesses seeking to optimize their component procurement budgets without compromising on the critical performance and reliability of RF interconnects. Sourcing RF connectors from Taiwan enables businesses to achieve an optimized balance between cost and value, maximizing return on investment in their wireless infrastructure and products.
• Seamless Integration into Global Supply Chains and Efficient Logistics: Taiwan's strategic location and well-developed logistics infrastructure ensure seamless integration into complex global supply chains. Taiwanese RF connector manufacturers have established efficient shipping and distribution networks, ensuring timely and reliable delivery of their products to customers worldwide, even for demanding project timelines and just-in-time manufacturing requirements. This reliable supply chain is crucial for businesses with global operations and demanding production schedules.
• Strong Intellectual Property Protection and Design Confidentiality: Taiwan's robust intellectual property protection regime provides international buyers with confidence that their proprietary designs and confidential technical information are secure when collaborating with Taiwanese manufacturers on custom RF connector solutions. This strong IP protection environment fosters trust and encourages collaborative innovation in the RF connector sector.

Selecting the Optimal Taiwan RF Connector Manufacturer for Your Project

Choosing the right RF connector manufacturer in Taiwan is crucial for ensuring the performance, reliability, and success of your wireless products and systems. To make an informed decision, carefully consider the following factors:

• Frequency Requirements and Signal Performance: Define the frequency range and signal performance requirements of your application. Select manufacturers who specialize in RF connectors that meet or exceed these specifications, ensuring signal integrity and minimal loss at your operating frequencies.
• Connector Type and Interface: Determine the appropriate RF connector type (SMA, SMB, N-Type, etc.) and interface based on your system architecture, cable type, and mechanical constraints. Choose manufacturers offering a range of connector series and configurations to match your needs.
• Impedance Matching and VSWR: Specify the required impedance matching (typically 50 ohms) and acceptable Voltage Standing Wave Ratio (VSWR) for your RF connectors. Select manufacturers who provide RF connectors with excellent impedance control and low VSWR for optimal signal transmission.
• Power Handling Requirements: Determine the power levels that your RF connectors need to handle, especially for high-power RF applications. Choose manufacturers offering RF connectors with appropriate power ratings and thermal management capabilities.
• Environmental Conditions and Ruggedization: Define the environmental conditions your RF connectors will face (temperature, humidity, vibration, shock, ingress protection). Select manufacturers offering ruggedized and environmentally sealed RF connectors with appropriate IP ratings and environmental certifications for harsh environments.
• Miniaturization and Space Constraints: If your application requires compact designs, prioritize manufacturers who offer miniature and micro-RF connector solutions with high density and performance in small form factors.
• Customization and Design Support: Assess your need for custom RF connector solutions and engineering support. Choose manufacturers who offer customization services and can provide technical assistance for design and integration.
• Quality and Reliability Certifications: Verify that manufacturers adhere to relevant quality standards (ISO 9001, AS9100) and hold industry-specific certifications (MIL-Spec, aerospace, etc.) to ensure high quality and reliability.
• Volume Requirements and Cost Considerations: Consider your production volume and budget. Select manufacturers who can meet your volume needs at a competitive price point while maintaining the required quality and performance.
• Supply Chain and Logistics: Evaluate the manufacturer's supply chain and logistics capabilities to ensure reliable and timely delivery, especially for global manufacturing operations.

By carefully evaluating these factors and researching the top Taiwanese RF connector manufacturers highlighted in this guide, you can confidently select the ideal partner for your RF connectivity needs. Taiwan's manufacturers offer a compelling combination of technological expertise, high-quality products, competitive pricing, and customer service, making them a premier destination for sourcing RF connectors for demanding wireless applications worldwide.

Further Research and Engagement:

To facilitate your selection process, consider these next steps:

• Explore Manufacturer Websites: Visit the websites of the listed manufacturers to delve into their specific RF connector product lines, technical specifications, and company information.
• Download Catalogs and Datasheets: Obtain detailed catalogs and datasheets for RF connector series that align with your application requirements.
• Request Samples and Quotations: Contact manufacturers directly to request samples for testing and evaluation and to obtain price quotations for your specific volume needs.
• Engage with Technical Sales and Engineering Teams: Initiate discussions with manufacturer's technical sales and engineering teams to discuss your application requirements in detail and explore potential customization options.
• Attend Industry Trade Shows and Events: Visit relevant industry trade shows and events where Taiwanese RF connector manufacturers exhibit to meet with representatives, see product demonstrations, and gather information firsthand.

By conducting thorough research and engaging directly with Taiwanese RF connector manufacturers, you can make well-informed sourcing decisions and secure high-performance, reliable RF connectivity solutions that will empower your wireless innovations and ensure the success of your products in the global market.

RF Connectors Product Details: Related Sub-category Names (English)

RF (Radio Frequency) connectors are specialized connectors designed to work at radio frequencies for signal transmission, typically using coaxial cables. They are crucial in various applications like telecommunications, wireless communication, broadcasting, and test and measurement. Here’s a breakdown of related sub-category names, categorized for clarity:

Based on Connector Series / Type (Common RF Connector Families):

• SMA Connectors (Sub-Miniature A): Very common, threaded connectors for frequencies up to 18 GHz (and some higher frequency variants).
  • Standard SMA Connectors
  • Reverse Polarity SMA (RP-SMA) Connectors: Polarity reversed for specific applications like Wi-Fi antennas.
  • High Frequency SMA Connectors (Precision SMA, 27 GHz, 34 GHz, etc.): Designed for extended frequency ranges.
  • SMA 2.92mm (K-Type) Connectors: Compatible with SMA but designed for higher frequencies up to 40 GHz.
  • SMA 2.4mm (K-Type) Connectors: Compatible with 2.92mm and SMA, for even higher frequencies up to 50 GHz.
  • SMA 1.85mm (V-Type) Connectors: Compatible with 2.4mm, 2.92mm, and SMA, for frequencies up to 65 GHz or higher.
• SMB Connectors (Sub-Miniature B): Smaller than SMA, snap-on connectors for frequencies up to 4 GHz (and some designs higher).
  • Standard SMB Connectors
  • SMB Quick Disconnect Connectors: Emphasizing the snap-on quick disconnect feature.
• SMC Connectors (Sub-Miniature C): Threaded connectors similar in size to SMB, offering a threaded interface for more secure mating, frequencies up to 10 GHz (typically).
• BNC Connectors (Bayonet Neill-Concelman): Bayonet locking mechanism for quick mating, commonly used for frequencies up to 4 GHz, often in test and measurement, video, and older networking.
  • Standard BNC Connectors
  • True 75 Ohm BNC Connectors: Optimized for 75 Ohm impedance video applications.
  • High Performance BNC Connectors: Improved electrical performance for higher frequencies or signal integrity.
• TNC Connectors (Threaded Neill-Concelman): Threaded version of BNC, offering more secure and vibration-resistant mating, frequencies up to 11 GHz (typically).
• N-Type Connectors: Larger, threaded, weatherproof connectors for frequencies up to 18 GHz (and some designs higher), often used in outdoor and high-power applications.
  • Standard N-Type Connectors
  • 75 Ohm N-Type Connectors: For 75 Ohm impedance systems.
  • Low PIM N-Type Connectors: Designed to minimize Passive Intermodulation.
  • Weatherproof N-Type Connectors: Enhanced sealing for outdoor use.
• 7/16 DIN Connectors: Large, robust, threaded connectors for high-power and low-loss applications, often used in cellular infrastructure and broadcasting, frequencies up to 7.5 GHz (typically).
• 4.3-10 Connectors: Compact, robust, and high-performance connectors becoming popular in cellular infrastructure, offering good PIM performance and easier installation than 7/16 DIN, frequencies up to 6 GHz (and beyond).
• Mini-UHF Connectors: Smaller than UHF connectors, threaded, for frequencies up to 2.5 GHz (typically).
• UHF Connectors (PL-259/SO-239): Older, larger, threaded connectors, less precise impedance control, typically used for frequencies below 300 MHz, often in amateur radio.
• F Connectors: Threaded connectors primarily used for cable television (CATV) and satellite TV, 75 Ohm impedance, frequencies up to 2 GHz (and beyond for some applications).
  • Standard F Connectors
  • Compression F Connectors: Utilize compression rings for weatherproof and reliable terminations.
  • Twist-On F Connectors: Tool-less installation, simpler but potentially less reliable than compression.
• MCX Connectors (Micro Coaxial): Small, snap-on connectors for frequencies up to 6 GHz (and some designs higher), used in compact wireless devices.
• MMCX Connectors (Micro-Miniature Coaxial): Even smaller than MCX, snap-on, for very space-constrained applications, frequencies up to 6 GHz (and some designs higher).
• SMP Connectors (Sub-Miniature Push-on): Push-on connectors, even smaller than SMA, designed for high density and frequencies up to 40 GHz (and some designs higher).
  • SMP-M (Male)
  • SMP-F (Female)
  • SMP-Bullet/Float Mount Adapters (Between-Series Adapters): Used to create board-to-board connections with SMP.
• SMPM Connectors (Sub-Miniature Push-on Micro): Smaller version of SMP, for even higher density and frequencies up to 65 GHz (and some designs higher).
• SSMA Connectors (Super SMA): Smaller than SMA, threaded, for higher density and frequencies up to 27 GHz (and some designs higher).
• SSMB Connectors (Super SMB): Smaller than SMB, snap-on, for higher density, frequencies up to 12.4 GHz (and some designs higher).
• U.FL/IPEX Connectors (Ultra-Fine/IPEX): Very small, low-profile, snap-in connectors for PCBs, primarily for internal connections in wireless devices (Wi-Fi modules, Bluetooth modules), frequencies typically up to 6 GHz.
• Cable Assemblies (Pigtails, Jumpers) with various RF Connector types: Pre-made cables with RF connectors already attached.

Based on Gender:

• RF Male Connectors (Plugs): Typically have a protruding center pin and external threads (for threaded types).
• RF Female Connectors (Jacks / Receptacles): Typically have a recessed center receptacle and internal threads (for threaded types).
• RF Adapters (Gender Changers, Between-Series Adapters): Used to change gender or interface between different RF connector series or types.
  • RF Male to Male Adapters
  • RF Female to Female Adapters
  • RF Male to Female Adapters
  • SMA to BNC Adapters, etc. (Series Adapters)

Based on Impedance:

• 50 Ohm RF Connectors: The standard impedance for most RF applications, including communication and data.
• 75 Ohm RF Connectors: Primarily used for video applications (e.g., cable TV, video distribution), and some specialized data systems.

Based on Frequency Range:

• DC - 3 GHz RF Connectors: Suitable for lower frequency RF applications.
• DC - 6 GHz RF Connectors: Covers a wide range of wireless and general RF applications.
• DC - 12 GHz RF Connectors: For higher frequency applications, including some microwave bands.
• DC - 18 GHz RF Connectors: For microwave and higher frequency applications.
• DC - 27 GHz RF Connectors and above (High Frequency RF Connectors, Microwave Connectors, Millimeter Wave Connectors): Designed for microwave, millimeter wave, and high-speed data applications. Often specified by their upper frequency limit (e.g., 40 GHz, 50 GHz, 65 GHz, 110 GHz, etc.).

Based on Mounting Type:

• Cable Mount RF Connectors: Designed for direct termination onto coaxial cables.
  • Crimp Cable Mount RF Connectors: Utilize crimping tools for cable termination.
  • Solder Cable Mount RF Connectors: Utilize soldering for cable termination.
  • Clamp/Solder Cable Mount RF Connectors: Combine clamp mechanisms for the cable braid and solder for the center conductor.
  • Compression Cable Mount RF Connectors: Use compression rings for termination (F connectors, some N and 7/16 DIN).
• PCB Mount RF Connectors (Printed Circuit Board Connectors): Designed for direct attachment to printed circuit boards.
  • Through-Hole PCB Mount RF Connectors (DIP): Traditional through-hole soldering type.
  • Surface Mount PCB Mount RF Connectors (SMT): Designed for Surface Mount Technology soldering.
  • Edge Mount PCB Mount RF Connectors: Designed to mount on the edge of a PCB.
  • Vertical PCB Mount RF Connectors: Oriented vertically on the PCB.
  • Right Angle PCB Mount RF Connectors: Right-angle orientation for perpendicular mounting to the PCB edge.
  • Stripline/Microstrip Launch RF Connectors: Specifically designed for launching RF signals onto stripline or microstrip PCB traces.
• Panel Mount RF Connectors (Bulkhead Connectors, Flange Mount): Designed for mounting on panels or enclosures, providing a fixed RF port.
  • Front Mount Panel RF Connectors: Mounted from the front side of the panel.
  • Rear Mount Panel RF Connectors: Mounted from the rear side of the panel.
  • 4-Hole Flange Panel Mount RF Connectors: Panel mount with a 4-hole flange for secure mounting.
  • 2-Hole Flange Panel Mount RF Connectors: Panel mount with a 2-hole flange.
  • Jam Nut Panel Mount RF Connectors: Secured to panels using a jam nut.

Based on Cable Type Compatibility:

• RF Connectors for RG-58 Cable: Designed for use with RG-58 coaxial cable (common for lower power applications).
• RF Connectors for RG-6 Cable: Designed for use with RG-6 coaxial cable (common for CATV).
• RF Connectors for RG-174 Cable: Designed for use with RG-174 coaxial cable (small diameter, flexible).
• RF Connectors for [Specific Coax Cable Type]: Available for a wide variety of coaxial cable types (RG-400, LMR-400, etc.) and diameters.

Based on Application / Usage:

• Telecommunications RF Connectors: Used in cellular base stations, antennas, and telecom infrastructure.
• Wireless Communication RF Connectors: Used in Wi-Fi, Bluetooth, Zigbee, and other wireless devices.
• Broadcast RF Connectors: Used in radio and television broadcasting equipment.
• Test and Measurement RF Connectors: Used in spectrum analyzers, signal generators, network analyzers, and other test equipment.
• Military/Aerospace RF Connectors: High-reliability connectors for military and aerospace applications.
• Automotive RF Connectors: Used in automotive telematics, GPS, and communication systems.
• GPS RF Connectors: Used in GPS receivers and antennas.
• IoT (Internet of Things) RF Connectors: Used in IoT devices and sensors for wireless connectivity.
• Satellite Communication RF Connectors: Used in satellite ground stations and equipment.
• Radar RF Connectors: Used in radar systems and equipment.

Based on Features / Performance:

• Waterproof RF Connectors (Weatherproof RF Connectors, Sealed RF Connectors): Designed with seals and gaskets to protect against moisture, dust, and harsh weather conditions, often with IP ratings.
• Low PIM RF Connectors (Passive Intermodulation): Designed to minimize PIM, critical for sensitive receiver applications and high-quality signal transmission, especially in cellular and base station applications.
• High Power RF Connectors: Designed to handle high power levels without excessive loss or breakdown.
• Low Loss RF Connectors: Designed to minimize signal loss, important for long cable runs and sensitive systems.
• High Performance RF Connectors: Engineered for superior electrical performance, including low VSWR, low insertion loss, and excellent impedance matching across a wide frequency range.
• Shielded RF Connectors: Include shielding to minimize EMI and RFI, ensuring signal integrity in noisy environments.
• Unshielded RF Connectors: Basic RF connectors without specific EMI/RFI shielding features.
• Gold Plated RF Connectors: Gold plating on center pin and connector body for improved conductivity, corrosion resistance, and signal integrity.
• Passivated Stainless Steel RF Connectors: Stainless steel construction with passivation for maximum corrosion resistance, important in harsh or marine environments.
• Quick Disconnect RF Connectors: Designed for rapid mating and unmating, often using bayonet or snap-on mechanisms.
• Blind Mate RF Connectors: Designed for applications where connectors are mated without direct visibility, often used in rack-and-panel systems.
• Sweep Tested RF Connectors: Connectors that have been tested for VSWR and insertion loss across a specified frequency range, often with test data provided.
• RoHS Compliant RF Connectors: Compliant with the European Union's RoHS directive.
• REACH Compliant RF Connectors: Compliant with the European Union's REACH regulation.

Related Products (Often Used With):

• RF Cable Assemblies (Coaxial Cable Assemblies, RF Pigtails, RF Jumpers): Pre-made cables with RF connectors on one or both ends, available in various lengths, cable types, and connector combinations.
• RF Adapters (RF Gender Changers, RF Series Adapters): For adapting between different RF connector types or genders.
• RF Attenuators: Used to reduce signal power levels in RF circuits.
• RF Terminations (RF Loads, Dummy Loads): Used to terminate unused RF ports with a defined impedance (typically 50 or 75 Ohm).
• RF Connectors Tools: Crimping tools, cable strippers, connector wrenches, torque wrenches, and other specialized tools for RF connector assembly and cable preparation.
• RF Surge Protectors: Protect RF equipment from voltage surges and lightning strikes.
• RF Amplifiers: Used to boost RF signal power.
• RF Filters: Used to filter out unwanted frequencies in RF circuits.

This detailed list should provide a comprehensive overview of the diverse sub-categories within RF Connectors. When selecting RF connectors, it is critical to consider the frequency range of operation, impedance requirements, power handling, cable type, application environment (indoor/outdoor, harsh conditions), and desired performance characteristics (VSWR, insertion loss, PIM).