Custom RF Cable Assembly Solutions

Nuestra red global Clientes de mazos de cables
Flat Flexible Cable (FFC) connects internal device components with an ultra-thin design y Compatibilidad con ZIF, lo que lo hace ideal para tabletas, computadoras portátiles, teléfonos inteligentes, impresoras y pantallas LCD. Puede ser enrutado e integrado en un sistema completo mazo de cables sistemas for compact, high-density applications.
Múltiples Personalización Opciones
These cable assemblies support wide frequency bands from DC up to 110 GHz (18 / 32 / 43.5 / 71 / 95 / 110 GHz) while maintaining stable phase and amplitude during high-frequency transmission.
- Consistent interlayer contact resistance ≤ 2.5 mΩ for stable signal continuity
- Low-loss dielectric materials (e.g., PTFE, εr ≈ 2.1) reduce signal attenuation and improve efficiency
- Dual or triple shielding (≥ 90–95% coverage) minimizes EMI/RFI interference
- Silver- or tin-plated conductors enhance conductivity and provide oxidation resistance
- Operating temperature range: -55°C to +200°C, suitable for harsh environments
- Excellent mechanical stability, maintaining performance under vibration and bending conditions
- Phase stability: Phase shift vs. bend ≤ 0.2° × F (GHz)
- VSWR: ≤ 1.4:1 @ 43.5 GHz (LL043 Series)
Widely used in defense systems, communication base stations, aerospace, instrumentation, and high-speed computing applications.
These semi-flexible cables support wide frequency ranges from DC up to 110 GHz (typical bands: 18 / 26.5 / 40 / 67 / 110 GHz) and enable high-density parallel routing for compact systems.
- Longitudes de cable estándar de hasta 10 metros, with tight tolerance options (±1%)
- Outer diameter range: approx. 0.0277″–0.077″ (0.7–2.0 mm) for high-density layouts
- Low insertion loss with PTFE dielectric for stable high-frequency performance
- Soluciones de gestión de cables disponibles for organized routing and reduced signal interference
- Multiple customization options (length, shielding, connectors) to optimize cost and performance
- Phase stability suitable for high-performance test applications
- Precision RF interfaces: 1.00 mm, 1.35 mm, 1.85 mm, 2.40 mm, 2.92 mm (K), 3.50 mm, SMA, SMP, SMPM, Combination SMPM, TNCA, N-type
- Optional Magnum RF Interlock system for secure, high-reliability connections
Ideal para RF testing, aerospace systems, high-speed communication, and instrumentation applications requiring stable, low-loss signal transmission in dense environments.
WIRES ofrece standard off-the-shelf low-frequency RF cables for sub-6 GHz applications, with customizable 50Ω and 75Ω impedance options to match system requirements.
- Wide connector compatibility: MHF, MMCX, MCX, SMA, MMCXV, BNC, TNC, SMB, high-density BNC, DIN 1.0/2.3
- Cable compatibility: RG series (e.g., RG58, RG174), 12G-SDI, y 0.81 mm / 1.13 mm micro-coaxial cables
- Non-magnetic material options para medical imaging and aerospace applications
- Longitudes de cable estándar de hasta 10 metros (custom lengths available with tight tolerances)
- Low insertion loss and stable impedance for reliable signal transmission below 6 GHz
- Múltiples soluciones de gestión de cables for organized installation
- Flexible customization options to optimize performance and reduce overall costs
Widely used in broadcast systems, telecommunications, medical equipment, and general RF applications requiring stable, low-frequency signal transmission.
WIRES ofrece multi-branch RF cable assemblies for frequencies below 3 GHz, especially in the UHF band (300 MHz–3 GHz), with customizable 50Ω or 75Ω impedance and flexible branch configurations.
- Longitudes de cable estándar de hasta 10 metros (custom lengths available)
- Multi-layer shielding (braid + foil, ≥90–95% coverage) to minimize EMI/RFI interference
- Low insertion loss and stable signal distribution across multiple branches
- Múltiples soluciones de gestión de cables for organized routing in complex systems
- Custom branch configurations (branch count, length, and layout) for diverse applications
- Wide RF interface options: SMA (6 mm), K-type (2.92 mm), V-type (1.85 mm), MCX/MMCX, SMP/SMPS, F-type, N-type
Ideal para distributed RF systems, communication equipment, broadcast systems, and instrumentation, requiring reliable multi-channel signal transmission and compact integration.


WIRES RF Cable Assembly Productos
Conjunto de cables RF de 50 ohmios
Conjunto de cables RF de 75 ohmios
Conjunto de cables flexibles de RF
Conjuntos de cables de RF de alto rendimiento
Multi-Branch Low-Loss RF Cable Assembly
WIRES ofrece highly integrated, low-loss multi-branch RF cable assemblies con lightweight design and strong environmental protection. Supporting frequencies up to 6–18 GHz, they deliver low insertion loss and consistent signal distribution.
Widely used in phased array radar, 5G/6G Massive MIMO, and electronic warfare applications.
Conjunto de cables de RF semiflexibles
WIRES cables can be manually formed once to meet precise routing requirements, featuring shielding effectiveness >120 dB y lower insertion loss than standard flexible cables.
Ideal para internal connections in radar and communication equipment, where stable, low-loss signal transmission and fixed routing are critical.
¿Por qué? Seleccionar ¿CABLES?
RF Cable Assemblies Aplicaciones



CABLES—Manufacturing Capability
WIRES combina advanced manufacturing capabilities con flexible customization to deliver consistent, high-quality solutions trusted by global partners.
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Garantizado Calidad y seguridad
Cumple con IPC/WHMA-A-620 normas, lo que garantiza un rendimiento fiable en cada mazo de cables y conjunto de cables.
Cliente Opiniones de WIRES
Preguntas frecuentes
WIRES offers a wide range of customization options, including cable type, cable size (AWG/OD), connector type, impedance (50Ω/75Ω), multi-port configurations, shielding performance, and cable length, ensuring solutions tailored to your specific application and performance requirements.
No. Using a 75Ω coaxial cable in place of a 50Ω cable causes desajuste de impedancia, leading to signal reflection (VSWR increase).
This results in power loss, degraded signal quality (e.g., ghosting in video or unstable RF performance), and in some cases may damage sensitive RF equipment or amplifiers.
Lead times vary depending on order volume, customization complexity, and testing requirements. WIRES works closely with customers to confirm precise delivery schedules for each project.
With a proven track record of 20,000+ orders delivered (10 million+ units), WIRES maintains consistent on-time delivery and reliable production performance.










