CCI’s 20W SDAR Directional Coupler/Detector is used in the SDAR Terrestrial 20W Repeater System.

CCI’s SDAR Terrestrial Diplexer Filter Netwwork combines Sirius and XM  SDAR sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s Outdoor PCS 2-Way Hybrid Combiner with integrated Load provides an Outdoor solution where combining of multiple basestation outputs onto a common output is required.

CCI’s 200W Wideband 2-Way Hybrid Combiner provides an Outdoor solution where combining of multiple basestation outputs into one or two common outputs is required.

CCI’s High Power 4x4 Hybrid Combiner is commonly used to combine multiple Base Station (BTS) resources into a Distributed Antenna System (DAS). The RF from each input port is present equally at each one of the four output ports of the 4x4 Hybrid.

CCI’s PCS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE PCS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s 2100 MHz In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE 2100 MHz Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “10” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “15” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.