Products
Phase Stable cable
RF TEST CABLES Overview
Additionally, we supply Phase Stable Space qualified RF TEST CABLES from Anritsu, Huber Suhner, MaCom, WL Gore, Andrew, available in frequency ranges to 100GHz including Air dielectric, semi rigid, Heliax, & Rigid hard line coax cables.
These cables are ideal for Test & Measurement purposes in research labs, & metrology grade measurements.
When designing or deploying extended-length RF/microwave links, specifying cable assemblies has traditionally felt like stepping into the dark.
For years, RF TEST CABLES have highlighted key performance metrics. These include phase stability, insertion loss repeatability, and shielding effectiveness. They also concern performance over long distances. However, standardized testing methods and published data were scarce. This left operators with incomplete benchmarks.
Industry standards designed for short test cables fail to capture the mechanical and signal dynamics of extended runs. As a result, operators and system engineers rely on guesswork and conservative margins. Accurate assessment requires methods that reflect how cables behave under real conditions.
Whether you are designing aerospace systems, telecommunications infrastructure, or complex test equipment, this technical resource equips your engineering team with:
- Empirical Phase & Loss Data: Real-world measurements showing how signal phase and attenuation behave across long runs under dynamic environmental conditions.
- Shielding Effectiveness Metrics: Analysis of EMI/RFI protection in high-density or high-interference deployments.
- Standardized Evaluation Frameworks: Practical testing insights to help you accurately evaluate, benchmark, and source extended-length interconnect solutions.
Eliminate signal loss risks, prevent costly over-engineering, and build predictable, high-performance systems from day one.
Equip your team with the data needed to choose the right extended-length microwave assemblies with complete confidence.
Unleash Uncompromising Precision & Maximum Cable Lifespan
In demanding test environments—whether in the lab, on the production line, or out in the field—cable flexure and wear can compromise test accuracy and lead to costly re-testing and downtime. This risk spans cables, connectors, and routing, making consistent results harder to guarantee and increasing maintenance costs.
Moreover, for RF TEST CABLES, improper handling or excessive motion can worsen signal integrity and provoke unexpected downtime. Regular inspection, proper strain relief, mindful routing, and controlled movement help preserve performance and reliability across tests.
GORE® PHASEFLEX® Microwave/RF Test Assemblies eliminate measurement uncertainty by delivering rock-solid phase and amplitude stability every time you flex or move the cable.
Why Engineers Trust GORE® PHASEFLEX®
Upgrade Your Testing Rig Today
Unleash Uncompromising Precision & Maximum Cable Lifespan
In demanding test environments—whether in the lab, on the production line, or out in the field—cable flexure and wear can compromise test accuracy, leading to costly re-testing and unexpected downtime.
GORE® PHASEFLEX® Microwave/RF Test Assemblies eliminate measurement uncertainty by delivering rock-solid phase and amplitude stability every time you flex or move the cable.
Why Engineers Trust GORE® PHASEFLEX®
- Unmatched Measurement Repeatability: Maintain accurate, repeatable phase and amplitude stability over extended periods and repeated flex cycles, ensuring complete data confidence.
- Built Tough on the Inside: Featuring internal ruggedization, these assemblies are engineered to withstand the harshest daily handling without degrading signal integrity.
- Superior Mechanical Flexibility: Lighter and significantly more flexible than standard rugged cables, making connection in tight quarters effortless.
- Maximum Durability: Built-in resistance to crushing, kinking, and twisting guarantees a longer service life and significantly reduces total cost of ownership.
Upgrade Your Testing Rig Today- Contact us for further info & a quote.
