CCI’s Outdoor PHS Notch Filter provides a very low insertion loss over 1710-1880 MHz and offers a minimum of 70 dB attentuation at frequencies of 1884.5 - 1915.85 MHz.

Communication Components, Inc. Broadband Pentaplexer Combiner combines 600/700, 850/900, PCS, AWS and WCS/2600 band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Outdoor Broadband Pentaplexer Combiner combines 617-960 MHz, PCS, AWS and 2 Inputs of WCS/BRS band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Broadband Pentaplexer Combiner combines 600/700, 850/900, PCS, AWS and WCS/2600 band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Rackmount Broadband Pentaplexer Combiner combines 617-960 MHz, PCS, AWS and 2 Inputs of WCS/BRS band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Outdoor Broadband Pentaplexer Combiner combines 617-960 MHz, PCS, AWS and 2 Inputs of WCS/BRS band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Broadband Pentaplexer Combiner combines 700, SMR/850, PCS, AWS and WCS/2600 band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Broadband Pentaplexer Combiner combines 700, SMR/850, PCS, AWS and WCS/2600 band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Broadband Pentaplexer Combiner combines 700/800, 900, 1800, 2100 and 2300/2600 band Basestation Tx/Rx signals onto a common port.

CCI’s Dual Technology Antenna Sharing Combiner (ASC) allows two Base Stations to share the same antennas and preserves Receive Diversity without any combining losses.

CCI’s PCS Band Multi-Technology Antenna Sharing Combiner (ASC) allows two PCS Band Base Stations to share the same antennas and preserves receive diversity without any combining losses.

CCI’s AWS Band Multi-Technology Antenna Sharing Combiner (ASC) allows two AWS band base stations to share the same antennas and preserves receive diversity without any combining losses.

CCI’s Dual Technology Antenna Sharing Combiner (ASC) allows two Base Stations to share the same antennas and preserves Receive Diversity without any combining losses.

CCI’s Dual Technology Antenna Sharing Combiner (ASC) allows two Base Stations to share the same antennas and preserves Receive Diversity without any combining losses.

CCI’s Indoor 850 MHz Dual Bandpass Filter allows a 8 MHz pass band in both TX while providing 60 dB of rejection at 881-915 MHz.

CCI’s Outdoor 850 MHz Twin and Quad Bandpass Filter allows a 65 MHz pass band of 814-879 MHz with very low insertion loss 0.3 dB typical and 3.0 dB max at the band edge and offers a minimum of 30 dB attentuation at frequencies ≥ 880.1 MHz.

CCI’s Indoor 700 MHz Dual Bandpass Filter allows a 45 MHz pass band in the RX band while providing 20 dB of rejection within 10 MHz of the passband.

CCI’s Indoor 850 MHz Dual Bandpass Filter allows a 36 MHz pass band in the RX band while providing 20 dB of rejection within 9 MHz of the passband.

CCI’s Indoor 850 MHz Dual Bandpass Filter allows a 35 MHz pass band in the RX band while providing 20 dB of rejection within 20 MHz of the passband.

CCI’s Indoor 800 MHz Dual Bandpass Filter allows a 30 MHz pass band in the RX band while providing 20 dB of rejection within 10 MHz of the passband.

CCI’s Indoor 900 MHz Dual Bandpass Filter allows a 35 MHz pass band in the RX band while providing 20 dB of rejection within 10 MHz of the passband.

CCI’s Indoor 1800 MHz Dual Bandpass Filter allows a 75 MHz pass band in the RX band while providing 20 dB of rejection within 20 MHz of the passband.

CCI’s Indoor 1900 MHz Dual Bandpass Filter allows a 60 MHz pass band in the RX band while providing 20 dB of rejection within 22 MHz of the passband.

CCI’s Indoor 2100 MHz Dual Bandpass Filter allows a 60 MHz pass band in the RX band while providing 20 dB of rejection within 15 MHz of the passband.

CCI’s Indoor 2600 MHz Dual Bandpass Filter allows a 70 MHz pass band in the RX band while providing 20 dB of rejection within 50 MHz of the passband.

Communication Components, Inc. (CCI) Bias-T’s are designed to combine the DC Bias and AISG compliant communication link provided by the “Site Control Unit” (SCU) with the RF signal from other equipment onto the center conductor of the feeder line.

Communication Components, Inc. (CCI) Bias-T’s are designed to combine the DC Bias provided by a Power Distribution Unit for TMA’s (PDU) or other DC Voltage source and the RF signal from other equipment onto the center conductor of a feeder line.

Communication Components, Inc. (CCI) Bias-T’s are designed to combine the DC Bias and AISG compliant communication link provided by the “Site Control Unit” (SCU) with the RF signal from other equipment onto the center conductor of the feeder line.

CCI’s “Small Outdoor (6U) RX-AIT Hanging Cabinet” is available for use in CCI RX-AIT UMTS Cositing Systems.

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

Communication Components, Inc. Dual Diplexer combines 850 and 1900 band basestations onto a single feeder.

CCI’s Dual Duplexer combines Tx and Rx paths onto a common feeder.

CCI’s Dual Duplexer combines Tx and Rx paths onto a common feeder.

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 Diplexer combines “LTE700” band with “Cellular” band base stations onto a common feeder line.

• Combines two frequency ranges 696-960 MHz with 1710-2700 MHz onto a single common port.
• The low band port covers 700, 850 and 900 bands and the high band port covers 1800, PCS, AWS and the BRS(EBS) bands.
• High power 200 W per port with low insertion loss in a small, lightweight enclosure

• Combines low band frequencies 694-960 MHz with high band 1695-2180 MHz onto a single common port. 
• Supports 700, 850 and 900 MHz bands on the low band port and DCS, PCS and AWS bands on the high band port
• High power 500 W with low insertion loss in a small, lightweight enclosure

Communication Components, Inc. Outdoor Combiner/Diplexer combines AWS and PCS band Basestation Tx/Rx onto a common feeder line.

Communication Components, Inc. Outdoor Combiner/Diplexer combines AWS and PCS band Basestation Tx/Rx onto a common feeder line.

• Combines the frequencies covering AWS-PCS (1695-2155 MHz) with WCS-BRS (2300-2690 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

• Combines two frequency ranges 380-960 MHz with 1695-2200 MHz onto a single common port.
• The low band port covers 600, 700, 850 and 900 bands and the high band port covers 1800, PCS, 2100 and AWS bands.
• High power 200 W per port with low insertion loss in a small, lightweight enclosure

• Combines two frequency ranges DC-490 MHz with 694-3800 MHz onto a single common port.
• The low band port covers the VHF bands covering DC-490MHz and the high band port covers the 694-960/1700-2700/3300-3800 MHz bands.
• High power 300 W per port with low insertion loss in a small, lightweight enclosure

Communication Components, Inc. Outdoor Broadband Diplexer combines 600 MHz band and 700 low band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Outdoor Broadband Diplexer combines 700 MHz band and 800/900 band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Outdoor Broadband Diplexer combines 700 MHz band and 800/900 band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Outdoor Broadband Diplexer combines 800 MHz band and 900 band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Outdoor Broadband Diplexer combines 800 MHz band and 900 band Basestation Tx/Rx signals onto a common port.

Communication Components, Inc. Outdoor Broadband Diplexer combines 800 MHz band and 900 band Basestation Tx/Rx signals onto a common port.

• Combines the frequencies covering the 1800 MHz band (1710-1880 MHz) with the 2100 MHz band (1920-2170 MHz)
• High power 300 W per port with low insertion loss in a small, lightweight enclosure
• Low intermodulation with isolation of >50 dB port to port