Coaxial Cable Materials & Equipment

In the specialized and demanding world of custom RF and Microwave cables, materials, and equipment are critical in achieving the desired goals. Epec Engineered Technologies relies on the best and brightest suppliers for design, manufacture, and test solutions ensuring our customers receive the highest quality coaxial cable assemblies available on the market today.

At a Glance: Coaxial Cable Materials & Equipment

• High-performance RF and microwave cable assemblies depend on quality materials, precision manufacturing equipment, and rigorous testing processes to ensure signal integrity and reliability.
• Epec utilizes advanced test and manufacturing resources, including network analysis, thermal testing, cable processing equipment, and third-party testing services to support custom coaxial cable assembly production.
• Strategic partnerships with leading coaxial cable and connector manufacturers provide a broad range of material options for demanding aerospace, defense, telecommunications, and industrial applications.

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Test and Manufacturing Resources:

• Keysight Technologies Test Gear
• Tenney Thermal Chambers
• Schleuniger Processing Equipment
• National Testing Services (NTS)

Coax Manufacturers:

• Alpha Wire
• Belden Wire and Cable
• Hitachi Cable America
• Marmon Aerospace & Defense
• EZ Form Cable
• Micro Coax
• Times Microwave
• Harbour Industries
• SRC Haverhill

Connector Manufacturers:

• Amphenol
• Radiall
• Tyco
• Solitron
• AEP
• AMP
• CDI
• Huber Suhner
• Santron
• MA-COM
• Omni Spectra
• Pasternack
• Sealectro
• SV Microwave

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Frequently Asked Questions

Quick Links

• Why are materials important in custom coaxial cable assemblies?
• What testing and manufacturing equipment is used for coaxial cable assemblies?
• Which coaxial cable manufacturers are commonly used?
• What connector manufacturers are supported for custom cable assemblies?
• How does equipment selection affect coaxial cable assembly quality?

Why are materials important in custom coaxial cable assemblies?

The materials used in a coaxial cable assembly have a direct impact on electrical performance, durability, and long-term reliability. Cable construction, shielding, dielectric materials, and connector quality all influence signal loss, impedance control, frequency performance, and environmental resistance. Selecting the appropriate materials helps ensure the assembly meets the application's electrical and mechanical requirements.

What testing and manufacturing equipment is used for coaxial cable assemblies?

Producing high-quality RF and microwave cable assemblies requires specialized equipment for processing, assembly, inspection, and testing. Epec utilizes resources such as Keysight Technologies test gear, Tenney thermal chambers, Schleuniger processing equipment, and National Testing Services (NTS) support. These tools help verify electrical performance, environmental durability, and manufacturing consistency throughout the production process.

Which coaxial cable manufacturers are commonly used?

Epec works with a variety of established coaxial cable suppliers to support diverse application requirements. These manufacturers include Alpha Wire, Belden Wire and Cable, Hitachi Cable America, Marmon Aerospace & Defense, EZ Form Cable, Micro Coax, Times Microwave, Harbour Industries, and SRC Haverhill. Access to multiple suppliers makes it possible to match cable characteristics to specific performance and environmental needs.

What connector manufacturers are supported for custom cable assemblies?

A wide selection of connector options is available through manufacturers such as Amphenol, Radiall, Tyco, Solitron, AEP, AMP, CDI, Huber Suhner, Santron, MA-COM, Omni Spectra, Pasternack, Sealectro, and SV Microwave. The choice of connector depends on system requirements including frequency range, mechanical interface, environmental exposure, and mating cycle expectations. Selecting the proper connector is critical to overall assembly performance.

How does equipment selection affect coaxial cable assembly quality?

Advanced testing and manufacturing equipment helps maintain consistent assembly quality and performance. Precision processing equipment improves cable preparation and termination accuracy, while specialized test equipment verifies electrical characteristics and identifies potential issues before shipment. Environmental testing capabilities, such as thermal chamber testing, also help confirm that assemblies can perform reliably under real-world operating conditions.