• Combines the frequencies covering PCS/AWS (1695-2200 MHz) with BRS (2496-2690 MHz)
• High power 250 W per port with low insertion loss in a small, lightweight enclosure
• Low intermodulation with isolation of >50 dB port to port

• Combines two frequency ranges 698-960 MHz with 1695-2690 MHz onto a single common port.
• The low band port covers 700, 850 and 900 bands and the high band port covers 1800, AWS, PCS, WCS and the BRS(EBS) bands.
• High power 200 W per port with low insertion loss in a small, lightweight enclosure

CCI’s 200W Wideband 2-Way Hybrid Combiner with Coupler 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 300Wideband 2-Way Hybrid Combiner with Coupler provides an Outdoor solution where combining of multiple basestation outputs into one or two common outputs is required.

CCI’s 300W wideband 3-Way Hybrid Combiner covering 698-3800 MHz. the coupler provides an Outdoor solution where combining of multiple RF outputs into one, two or three 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 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.

• Combines the 700/800 bands (698-862 MHz), 900 bands (880-960 MHz), 1800 (1710-1880 MHz) and the IMT/IMT-E bands (1920-2690 MHz)
• High power 200 W per port with low insertion loss in a small, lightweight enclosure
• Low intermodulation with isolation of >50 dB port to port

Communication Components, Inc. Outdoor Broadband Quadplexer Combiner combines 1800, IMT 2100, 2300-2400 and 2500-2700 band Basestations Tx/Rx signals onto a common port.

Communication Components, Inc. Outdoor Broadband Quadplexer Combiner combines PCS, AWS, WCS/2600 and 3300-5925 MHz Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Outdoor Broadband Quadplexer Combiner combines PCS, AWS and 2 Inputs of WCS/BRS band Basestation Tx/Rx signals onto a common port.

• Combines the 390-960 MHz, 1710-1880 MHz, 1920-2170 MHz and the 2300-2700 MHz bands
• High power 200 W per port with low insertion loss in a small, lightweight enclosure
• Low intermodulation with isolation of >50 dB port to port

• Combines the 380-960 MHz, 1710-1880 MHz, 1920-2170 MHz and the 2300-2700 MHz bands
• High power 200 W per port with low insertion loss in a small, lightweight enclosure
• Low intermodulation with isolation of >50 dB port to port

Communication Components, Inc. Outdoor Broadband Quadplexer Combiner combines 555-960 MHz, PCS, AWS and WCS/BRS band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Indoor Rackmount Broadband Quadplexer Combiner combines PCS, AWS and 2 Inputs of WCS/BRS band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Outdoor Broadband Triplexer combines 700/800 MHz, 900 MHz,  and DCS/IMT/IMT-E band Basestation Tx/Rx signals onto a common port.

• Combines DCS (1710-1880), UMTS2100 (1920-2110) and 2300/2600 Band (2300-2700)
• High power 60 W per port with low insertion loss
• Low intermodulation with isolation of >35 dB per band

• Combines DCS (1710-1880), UMTS2100 (1920-2110) and 2300/2600 Band (2300-2700)
• High power 200 W per port with low insertion loss
• Low intermodulation with isolation of >50 dB per band