Customized RF Measurement Cables for IM Measurement

The weakness in many measurement systems is the PIM measurement cables, and, to solve this problem, SPINNER has accomplished something extraordinary. Our SF1/2" and SF3/8" measurement cables are beyond -170 dBc and ensure these values even in motion.

Let the following video convince you of the performance of our measurement cables.

A further advantage is that you are able to customize the SPINNER measurement cables according to your individual requirements and have them manufactured. To do this, use our sales article numbers.

Customized Loads and Attenuators

You can combine our new loads and attenuators specifically to meet your requirements. You decide which connector systems are to be installed, the power to be absorbed and, in addition to this, you also define the attenuation for the attenuators and if required, an integrated DC break.

SPINNER assembles your individual product for you – without a surcharge – which can be delivered quickly.

SPINNER Launches Extremely Compact DAB Low Power Filters and Combiners

SPINNER has launched a complete family of small filters, starpoint and  CIB combiners for low power DAB. The size is optimized to fit into 19” racks with a height of 2 rack units only. To avoid the usual disadvantages of small filters like high insertion loss and instability SPINNER has reduced the height only and kept the cavities at a reasonable size.

SPINNER KTP Project

SPINNER Deploys 4.3-10-Based DAS Components to the Czech Republic

The Czech Republic's Ministry of Culture recently sought to equip the facilities housing the main storage banks of the Museum of Decorative Arts in Prague with a state-of-the-art wireless communication system. Its staff set out in search of a future-proof, in-building solution that would ensure 24/7 availability of high quality services throughout the premises.

New Low PIM DC Breaks

Nowadays, two big trends impact the mobile communication market: 4.3-10 and Low PIM. Perfectly supporting this, SPINNER now has introduced a new family of Low PIM DC-Breaks.