Trusted Precision-Made RF Adapter Cable Factory for Global Clients
As a professional brand with 10 years of experience in electronic accessories, we understand your demand for stable device connection. This RF Adapter Cable has passed CE/FCC dual certification, making every device connection a reliable experience with “zero latency”.
RF Adapter Cable | Match 12+ Interfaces | 10M Stable Transmission, Zero Setup Needed
Have you ever had to rework in a conference room due to a mismatched device interface? Have you ever missed the decisive moment in a game due to cable jams? As a 13-year expert in cross-border electronic accessories, we redefine “reliable connection” with this RF adapter that has passed CE/FCC/ROHS triple certification – you only need to choose the length according to the scenario, and we will take care of the problems of stable signal and interface compatibility with our technology.
Ipex double-ended jumper
Dual-head WIFI to RPSMA female coaxial cable
Dual-ended WIFI to RPSMA male coaxial cable
WIFI/GSM/3G/4G wireless module test line
IPEX to MMCX RF adapter cable
IPEX to N-type male/female RF adapter cable
IPEX to SMA cable WIFI/3G/4G/GSM module
UF.L to N-type male/female RF adapter cable
4DB omnidirectional high gain PCB built-in antenna
IPEX to SMA female male thread female elbow
SMA-KF/IPX-1.13 patch cord
IPX/IPEX single-ended jumper
IPEX jumper IPEX to SMA external screw internal hole
IPEX1 to U.FL WIFI dual-end RF coaxial cable
SMA-KF/IPX-1.13 Black Line SMA Four-hole Flange
IPEX to SMA female external thread internal hole extension cable
SMARP female plug, outer screw inner needle elbow socket, plug-in cable
RG178 cable SMA internal threaded male connector to IPEX RF feeder cable
5.8G UAV image transmission aircraft model built-in antenna
RF1.13 double-ended ipx terminal cable 2.4G wifi built-in antenna
RF test line 1.37 RG178 silver-plated line IPX to SMP
Wifi module ipx double-ended terminal connection line 0.81 line
IPX to TNC male and female extension jumper RG178/1.13 feeder
SMA female jumper single head line RF1.13 line SMA outer screw inner hole
Custom RF Adapter Cables Catalog
Customized Ipex double-ended jumper→
Customized Dual-head WIFI to RPSMA female coaxial cable→
Customized Dual-ended WIFI to RPSMA male coaxial cable→
Customized WIFI/GSM/3G/4G wireless module test line→
Customized IPEX to MMCX RF adapter cable→
Customized IPEX to N-type male/female RF adapter cable→
Customized IPEX to SMA cable WIFI/3G/4G/GSM module→
Customized UF.L to N-type male/female RF adapter cable→
Customized 4DB omnidirectional high gain PCB built-in antenna→
Customized IPEX to SMA female male thread female elbow→
Customized SMA-KF/IPX-1.13 patch cord→
Customized IPX/IPEX single-ended jumper→
Customized IPEX jumper IPEX to SMA external screw internal hole→
Customized IPEX1 to U.FL WIFI dual-end RF coaxial cable→
Customized SMA-KF/IPX-1.13 Black Line SMA Four-hole Flange→
Customized IPEX to SMA female external thread internal hole extension cable→
Customized SMARP female plug, outer screw inner needle elbow socket, plug-in cable→
Customized RG178 cable SMA internal threaded male connector to IPEX RF feeder cable→
Customized 5.8G UAV image transmission aircraft model built-in antenna→
Customized RF1.13 double-ended ipx terminal cable 2.4G wifi built-in antenna→
Customized RF test line 1.37 RG178 silver-plated line IPX to SMP→
Customized Wifi module ipx double-ended terminal connection line 0.81 line→
Customized IPX to TNC male and female extension jumper RG178/1.13 feeder→
Customized SMA female jumper single head line RF1.13 line SMA outer screw inner hole→
RF Adapter Core Features: IPEX to SMP Test Cable for High-Frequency Scenarios
As your ISO-certified RF component manufacturer, we understand the criticality of selecting precision interconnect solutions for your 5G/IoT testing systems. Whether you prioritize frequency stability（0-6GHz ultra-low loss）, mechanical durability（5,000+ mating cycles）, interface compatibility（IPEX/SMP/U.FL）, or customization depth（OEM/ODM）, we’ve engineered every detail to exceed industry standards.
Coaxial cable series
- RG58 & RG142: These 50 Ω cables offer excellent EMI resistance and low signal loss, ideal for communication base stations, vehicle radios, and drone video links.
- RG178: Compact size, suitable for space-constrained devices.
- RG316: Features a Teflon dielectric and stranded silver-plated center conductor for flexibility. Suitable for aerospace, military, and test gear support up to 0~6 GHz.
- RG402 / RG141: Ideal for tight spaces like 5G base stations or microwave racks, offering rigidity to maintain signal integrity under vibration.
- RG405: With its unique blue outer sheath, this cable is tailored for precision high-frequency testing and aerospace use.
- IPEX / RF1.13: Ultra-thin (1.13 mm) coax for smartphones, IoT modules, and Wi‑Fi antennas—crafted for compact devices with minimal loss.
Tin-Plated Copper Conductor
Utilizes 7 strands of 0.08mm tin-plated copper wires as conductors, with individual wire diameter precision-controlled to 0.08±0.003mm. The tin plating provides superior oxidation resistance while reducing skin effect loss during signal transmission. With an outer diameter of just 0.24mm, it maintains a stable 50±2Ω characteristic impedance across the 0–6GHz frequency band. Attenuation is ≤2.32dB/m at 1GHz, enabling efficient high-frequency signal transmission in miniaturized devices.
FEP Insulation
The insulation layer uses natural transparent FEP material with a nominal thickness of 0.22mm, achieving an insulated wire diameter of 0.68±0.02mm. FEP delivers excellent dielectric properties with minimal dielectric loss at high frequencies, isolating the conductor from external shielding to prevent signal interference. Its temperature resistance (–200°C to 200°C) ensures stable physical/electrical performance, maintaining signal integrity across temperature ranges.
Silver-Plated Copper Outer Conductor
Constructed with 48-carrier braid (3×16/0.10mm) silver-plated copper wires achieving >92% coverage, with an outer diameter of Φ1.30±0.05mm. This high-density braided structure creates a robust EMI barrier, delivering >98% shielding efficiency against external interference while preventing internal high-frequency signal leakage. The silver plating enhances conductivity and significantly improves corrosion resistance, withstanding 500-hour salt spray tests without corrosion.
FEP Jacket
The black FEP jacket has a nominal outer diameter of 1.13±0.05mm, balancing toughness and flexibility. It provides chemical resistance against oils/solvents, abrasion resistance, and tear resistance—withstanding repeated bending and mating cycles. Its smooth surface minimizes friction, reducing internal wear.
The following are the models and parameters of our cable products. Click on the thumbnail to view details.
Material & Craft Customization – Tailored for Your Industry Nee
As you browse our RF adapter cables, connectors, and adapters, use this material‑craft guide to choose the optimal build configuration—from conductors and plating to insulation and shielding—for your performance, durability, and application demands.
1. Material Categories by Application
- Gold‑Plated Connectors: Enables low‑loss RF jumper cables up to 6 GHz; corrosion-resistant for test labs and telecom systems (common in “gold-plated RF cable”).
- Nickel‑Plated Connectors: Cost-effective and rugged; suitable for outdoor/industrial RF equipment.
- Braided Copper Shielding: Typically ≥85% coverage, blocking EMI up to −85 dB (IEEE-standard braid coverage).
- PTFE / PE Insulation: Withstands temperatures from –55 °C to +200 °C; ideal for aerospace and rugged applications.
2. Craft Specifications & Performance Impact
- Plating Thickness: Common options like 5 μm (standard) and 10 μm (enhanced reliability) improve corrosion resistance and maintain low insertion loss.
- Shield Braid Coverage: 85% standard vs. 100% for extreme EMI, directly correlating with shielding performance.
- Dielectric Tolerance: Precision-extruded PTFE with ±0.1 mm tolerance supports tight impedance control and stable VSWR.
3. Tailored Material + Craft Combinations
- Kevlar‑Reinforced Jackets: enhance tensile strength and abrasion resistance; ideal for rugged, outdoor, or defense‑grade cable assemblies.
- Medical‑Grade Silicone Jackets: support steam sterilization and biocompatibility for medical connector applications.
- Heavy‑Duty Plating + Shielding: extra‑thick gold plating and dense copper braid for marine, satellite, and harsh EMI environments.
4. Validation & Quality Assurance
- Material Traceability: RoHS, UL, MIL‑STD batch‑lot documentation per MIL‑DTL‑17 standards for high‑reliability builds.
- Performance Reports: includes S‑parameter plots, mating‑cycle durability logs, and thermal‑cycling test data—100% tested per high‑reliability specs.
- Batch Traceability: Each batch of cables is bar coded with a serial or batch number; traceable to manufacturing records and test batches.
Precision manufacturing and customer-focused service
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.
Flexible Solutions
Tailored options are available to match your specific needs.
Fast Turnaround
Time is valuable, and we are committed to delivering solutions efficiently.
Advanced Manufacturing
We utilize cutting-edge facilities and technologies to ensure product reliability.
Cost-Effective Process
Our one-stop service helps you reduce expenses and maximize profitability.
Make A Sample First？
Engineered for space-critical applications, our IPEX patch cord/extension cord deliver ultra-thin 1.13mm/1.80mm OD flexibility with uncompromised 0-6GHz performance. Featuring Gen1 IPEX-K female connectors and 50±2Ω impedance stability, these ISO-certified cables achieve <1.3 VSWR and ultra-low attenuation (<5.69dB/m@6GHz) via precision 7/0.08mm tinned copper (RF1.13) or 7/0.102mm silver-plated copper (RG178) cores, wrapped in 90%+ braided shielding and 200°C-rated FEP jackets. Withstand 1000V AC dielectric strength and 5,000+ flex cycles—ideal for IoT sensor modules, 5G micro-base stations, and medical wearable PCBs. Mitigate signal loss risks: Test 3 low-cost samples (fully deductible). Claim Your Free Custom Length Design Today! – OEM-ready with full RoHS/REACH data sheets.
Quality Inspection Of IPEX/UFL To SMP Jumper
To bridge cross-border trust gaps, High-definition real-life photos show the quality inspection specialists’ work site in full view – scanning the contact welding accuracy point by point under the eyepiece magnifier, repeatedly checking the calibration parameters in front of the vector network analyzer data screen, and each inspection process is carried out under strict standards. These real-time records from the final inspection link are our visual commitment to product reliability.. Our structured requirement forms streamline communication, while 3 low-cost validation samples (detailed test reports included) mitigate bulk order risks. With a defect rate of 0.15% (vs. industry 1.8%), our premium RF adapter cables redefine precision. Claim your free sample or design rendering today—sample costs apply to bulk orders. Precision isn’t a promise; it’s a 25-point verified standard.
International Certification
You can totally trust us with all certifications shown below.
What is an IPEX patch cord/extension cord?
An IPEX patch cord (also called an extension cord) is a coaxial cable terminated with a 1st‑generation IPEX‑K (U.FL) micro RF female connector, used to route IPEX signals from a motherboard or module to test equipment, antennas, or other connectivity needs.
What payment methods do you accept?
We accept wire transfer, Western Union, and MoneyGram，For more information, please click here
What’s the difference between the RF1.13 and RG178 patch cords?
RF1.13 (Part No. YC‑RF1.13L50)
Conductor: 32 AWG (7×0.08 mm) tinned copper, OD 1.13 mm
Insulation: FEP, 0.22 mm thick, OD 0.68 mm
Shield: 16×0.05 mm tinned copper braid, 90 % coverage
Attenuation: ≤ 2.32 dB/m @ 1 GHz; ≤ 5.69 dB/m @ 6 GHz
RG178
Conductor: 7×0.102 mm silver‑plated copper, OD 0.30 mm
Insulation: FEP, 0.30 mm thick, OD 0.89 mm
Shield: silver‑plated copper braid, 92 % coverage, OD 1.30 mm
Attenuation: ≈ 2.5 dB/m @ 1 GHz; ≤ 5.8 dB/m @ 6 GHz
What lengths and customization options are available?
Standard lengths: 0.05 m, 0.1 m, 0.2 m, 0.5 m, etc.
Custom lengths: any length between 0.05 m and 2 m
Optional braid coverage, jacket color, and cable constructions
please click here if you need a different size
How can I distinguish different IPEX connector generations?
Measure the PCB mount socket’s circular ring diameter:
Gen 1 IPEX: ~2.0 mm diameter
Gen 4 IPEX: ~1.5 mm diameter
Accurate sizing ensures perfect mating and prevents loose or damaged connections.
What installation and usage guidelines should I follow?
Maximum mating cycles: 500 insertions for optimal performance
Minimum bend radius: 5× the cable outer diameter to prevent damage
Operating temperature range: –45 °C to +125 °C
What is your minimum order quantity?
We have no minimum order quantity. We also accept sample orders and can customize the logo, packaging and design of the products. However, we recommend buying more than 100 sets to save shipping costs.
What if the goods received are damaged? How do you solve it?
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.
Have a question that doesn't appear here?
If you have searched our Help/FAQ page and still cannot find the answer to your question, please feel free to e-mail us at cc7480917828@gmail.com
Frequently Asked Questions
Welcome to the FAQs on IPEX Patch Cords/Extension Cords Here, we’ll answer your key questions and share insights on definitions, specifications, customization, and ordering—whether you’re integrating these cords into RF systems, comparing cable types, or managing procurement. Dive in to get clarity on everything from connector generations to installation guidelines, and make confident decisions for your projects.
Custom IPEX (U.FL) Patch Cords & Extension Cables – Ultra‑Thin RF1.13 & RG178 Solutions
Optimize high-frequency signal transmission such as RF1.13 and RG178 with our custom IPEX (U.FL) patch cords and extension cords Engineered for 50 Ω impedance, VSWR ≤ 1.3 (0–6 GHz) and minimal insertion loss, they ensure consistent, high‑fidelity performance in space‑constrained applications.
RF1.13 Patch Cords
Inner conductor: tinned copper wire (7 × 0.08 mm)
Insulation: FEP, 0.22 mm nominal thickness
Braid: tinned copper, 90 % coverage for superior EMI/RFI shielding
Jacket: black FEP, OD 1.13 ± 0.05 mm, –65 °C to +200 °C
Performance: 2.32 dB/m @ 1 GHz to 5.69 dB/m @ 6 GHz; dielectric strength 1 000 V AC/min
RG178 Extension Cables
Inner conductor: silver‑plated copper (7 × 0.102 mm)
Insulation & jacket: Teflon FEP (200 °C rated)
Braid: silver‑plated copper, 92 % coverage
OD: 1.80 ± 0.05 mm
Performance: low insertion loss across DC–6 GHz
Ideal for RF module prototyping, oscilloscope probe extensions, antenna feed lines and in‑system testing in R&D labs and production floors. The first‑generation IPEX (U.FL) female connector offers a secure, ultra‑compact interface on densely populated PCBs.
To order, specify cable type (eg：RF1.13 or RG178), length (0.05 m–2 m) and connector termination (IPEX/U.FL). All cables undergo 100 % electrical testing and are ISO‑certified, using eco‑friendly FEP materials. Empower your next high‑frequency project with precision, durability and tailored performance.