Flexible overview

Due to the undefined conditions, some applications require cable length and connector configuration in the field while others require assembly termination after the cable installation. The field-mountable connector technology has been designed to support on-site flexibility.

• Applicable in frequencies up to 18 GHz

The ENVIROFLEX products are halogen-free with dimensions that surpass international RG standards. These can be combined with standard connectors which are readily available.

• Applicable in frequencies up to 6GHz
• UL AWM recognized portfolio
• HUBER+SUHNER RADOX® jacket material

Our standard PE coax cables consist of single or double shielding with a range of 50 and 75 ohm to deliver high-quality performance along with highly-efficient return loss.

• Applicable in frequencies up to 6GHz
• Wide temperature range

Wherever strong microwave signals have to be transmitted in the smallest space, assemblies of the Miniflex family are in their element. With an outer diameter of around 1mm, Miniflex offers great flexibility with low insertion loss. This makes it the ideal product for medical applications as well as for satellite and industrial applications.

• Applicable in frequencies up to 10 GHz
• Very flexible
• High power transmission on lowest diameter

Multiflex microwave cables are the flexible alternative to semi-rigid cables. They are used in commercial and military RF and microwave airborne systems, communication systems, cellular base stations, satellite, ground systems – in brief: anywhere a flexible microwave cable is required.

• Applicable in frequencies up to 70GHz
• Flexible
• Low weight

Multiflex_CT flexible cables were developed to provide industry leading phase vs. temperature performance for phase-critical applications that require precision electrical length connectivity. These stable and reliable interconnect solutions are ideal for all phase sensitive applications up to 33 GHz.

RADOX® RF coax cables are designed specifically for rail applications and are fully compliant with European industry standards. RADOX® RF cables replace standard RG, while being smoke and flame resistant.

• Applicable in frequencies up to 6 GHz, specific items up to 8 GHz
• Meets railway approvals
• RADOX® jacket material

Our standard PE coax cables consist of single or double shielding with a range of 50 and 75 ohm to deliver high-quality performance along with highly-efficient return loss.

• Applicable in frequencies up to 6GHz
• RG cables according to MIL standard
• Wide temperature range

The S-series is a line of cost-efficient, low loss RF and microwave cables assemblies. These versatile assemblies are characterised by their very low insertion loss across a wide frequency range. S-series cable assemblies are made of environmentally-friendly, halogen-free materials.

• Applicable in frequencies up to 18 GHz
• Excellent insertion loss
• Excellent insertion loss

SUCOFLEX 100 series high end flexible microwave cable assemblies offer superior electrical and mechanical performance for static and dynamic applications. This cable type is ideally suited to test and measurement applications and used in aerospace, defence and medical systems.

• Applicable in frequencies up to 50GHz
• Excellent insertion- and return loss
• Reliable and robust- wide range of products
• Stock assemblies available

SUCOFLEX 500 products are designed to provide an ideal solution for precise measurements in critical laboratory conditions. Thanks to their unique design, the cable assemblies are extremely flexible, easy to use and have zero spring back, facilitating efficient handling during measurement.

• Applicable in frequencies up to 70GHz
• Excellent insertion and return loss, phase stable
• High flex life

The SPUMA cables offer easier handling and installation due to their flexibility. They provide lowest loss with halogen-free materials, shielding and VSWR optimisation up to 6 GHz.

• Applicable in frequencies up to 6 GHz, specific items up to 8 GHz
• Excellent insertion loss
• High flexibilty due to rotary swaging technology