RF cables (performance line)

The product series Spuma, S and SX provide lowest attenuation, high flexibility and optimal shielding. Products from the Spuma series are similar to the LMR® products from Times Microwave. The series with LSFH jacket material and the radiation crosslinked SX series with the RADOX® jacket offer extremely high flame protection.

S cables

HUBER+SUHNER low loss coaxial cables with foamed PE dielectric have been carefully designed for excellent electrical performance focusing on low loss, high velocity, high power and low VSWR. These flexible coaxial cables feature greatly improved cable bending characteristics, which make them ideal for use in limited spaces and where multiple bends are required. Ideal for use in critical antenna system applications.

Spuma

The HUBER+SUHNER Spuma product family stands for lowest loss with halogen free materials. Shielding and VSWR are optimised up to 6 GHz. The cables are more flexible than corrugated ones, allowing easier handling and installation. Tight bending radii are possible. With this set of features, Spuma can support a multitude of application in various industries, including railway, defense, communication, instrumentation and others. Spuma products can also be used as drop-in replacement for LMR® (LMR® is a brand of Times Microwave Inc.).

Spuma FR

The flame retardant Spuma cables provide great flame retardancy making the range viable for rolling stock and indoor applications. These are railway approved according to EN 45545-2 and NFPA 130.
 

Spuma RS FR

Spuma RS FR is the most flexible cable from Spuma family. The patented rotary swaging (RS) technology (low-loss strand) allows to overcome the common trade-off between flexibility and low attenuation. Furthermore, the new TPU jacket material provides flame retardancy without compromising on flexibility.

SX cables

HUBER+SUHNER cross-linking technology in combination with low loss dielectrics makes this product portfolio outstanding. Cross-linking allows the maximum application temperature of polyethylene to be increased from +85 to +105 °C. This extended range covers most applications. It allows operation in a higher power range, and connectors with soldered inner conductors can be easily applied.