Axing Male To Male, Quickfix Connector

Axing F - IEC Female Adaptor

Axing F Female To IEC Male Adaptor

VX 2035 is a location feeding in-house amplifier with a frequency range up to 1.2 GHz. It has an active output and a measuring socket on the input and output. Diplex filter and return path amplifier are grouped together on a module (VX201-xxx) and available in the versions 65 MHz, 85 MHz and 204 MHz. All settings are done without interruption with Q-step switch or jumper. In addition, a high pass filter XE-xx can be plugged in the return path to influence the ingress influences.

Wisi Chameleon base unit, 230 V AC, 19", 1 HE, for 2 modules

Wisi CHAMELEON ENCODER is a professional and high density HD/SD audio & video encoding device which adds the feature of MPEG-4 and MPEG-2 encoding to the CHAMELEON product line. With the same form factor as the CHAMELEON modules, the CHAMELEON ENCODER can be used in any CHAMELEON base unit. The CHAMELEON ENCODER allows you to add services available in HD/SD-SDI or A/V analog format to your digital network. The 4 encoded service will be provided by the IP output interface.    

Wisi MK 96 A 0101 is a 75 Ohm coaxial cable for the in-house installation. The high-quality materials and the triple shielding, with a screening efficiency of >120 dB, guarantees an interference free transmission in distribution systems for cable TV, terrestrial and satellite signals. The MK 96 A is approved by Vodafone Kabel Deutschland and perfect for the installation in return path capable multimedia networks. The inner conductor consists of pure copper enabling perfect electrical values and a high reliability. With the fire protection class Dca, s3, d2, a3 the MK 96 A complies with the Construction Products Regulation (CPR) EU No. 305/2011. 

Wisi 8 Way Splitter, 5-1000Mhz, F type

Wisi DRA 0909 is an amplifier for 8 polarizations of two satellite and  terrestrial signals. With a gain of 26 dB the DRA 0909 is optimally  suited for use as line amplifier in multi-switch cascades. The gain can  be individually reduced by 10 dB at each input, in order to compensate  differences in level between the individual polarizations.