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 Pico-Cell Booster Amplifier improves the performance of low-power Micro Base Stations (BTS) allowing for cost efficient implementation of high capacity radio networks

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 Twin TMA contains two TMA’s in a single housing. Each TMA is full band and fully duplexed. High linearity improves the uplink sensitivity and the receive performance of base stations.

CCI’s Twin TMA contains two TMA’s in a single housing. Each TMA is full band and fully duplexed. High linearity improves the uplink sensitivity and the receive performance of base stations.

CCI’s Twin TMA contains two TMA’s in a single housing. Each TMA is full band and fully duplexed. High linearity improves the uplink sensitivity and the receive performance of base stations.

CCI’s Twin TMA contains two TMA’s in a single housing. Each TMA is full band and fully duplexed. High linearity improves the uplink sensitivity and the receive performance of base stations.

CCI’s Twin TMA contains two TMA’s in a single housing. Each TMA is full band and fully duplexed. High linearity improves the uplink sensitivity and the receive performance of base stations.

CCI’s Twin TMA contains two TMA’s in a single housing. Each TMA is full band and fully duplexed. High linearity improves the uplink sensitivity and the receive performance of base stations.

CCI’s Twin TMA contains two TMA’s in a single housing. Each TMA is full band and fully duplexed. High linearity improves the uplink sensitivity and the receive performance of base stations.

CCI’s Twin Dual Band (LTE 700 / AWS) TMA contains two dual band TMA’s in a single housing.  The AWS TMA is full band and fully duplexed, while the UHF 700 RF is bypassed and combined (Diplexed) with the AWS RF signal.

CCI’s Twin Dual Band (Cellular / PCS) TMA contains two dual band TMA’s in a single housing.  The PCS TMA is full band and fully duplexed, while the Cellular RF is bypassed and combined (Diplexed) with the PCS RF signal.

CCI’s Twin TMA contains two TMA’s in a single housing. Each TMA is full band and fully duplexed. High linearity improves the uplink sensitivity and the receive performance of base stations.

CCI’s Twin Triple Band (700 Band, Cellular & AWS) TMA contains two triple band TMA’s in a single housing. The AWS TMA is full band and fully duplexed, while the 700 Band and Cellular RF is bypassed and combined (Diplexed) with the AWS RF signal.

CCI’s ECHO Repeater Monitoring System (ERMS) monitors both SIRIUS and XM Terrestrial signals.  The ERMS triggers alarms based on pre-set performance levels. It records alarm events in memory and it has upgradeable firmware.

Low Power 2 x Channel Repeater for GSM 1800 (1710-1880 MHz)

2 x Channel Selective Repeater for GSM 1800 (1710-1880 MHz)

Low Power 4 x Channel Repeater for GSM 1800 (1710-1880 MHz)

4 x Channel Selective Repeater for GSM 1800 (1710-1880 MHz)

Low Power 6 x Channel Repeater for GSM 1800 (1710-1880 MHz)

6 x Channel Selective Repeater for GSM 1800 (1710-1880 MHz)

Low Power Band Selective Repeater for GSM 1800 (1710-1880 MHz)

Band Selective Repeater for GSM 1800 (1710-1880 MHz)

Low Power 2 x Channel Repeater for GSM 900 (890-960 MHz)

2 x Channel Selective Repeater for GSM 900 (890-960 MHz)

Low Power 4 x Channel Repeater for GSM 900 (890-960 MHz)

4 x Channel Selective Repeater for GSM 900 (890-960 MHz)

Low Power 6 x Channel Repeater for GSM 900 (890-960 MHz)

6 x Channel Selective Repeater for GSM 900 (890-960 MHz)

Low Power Band Selective Repeater for GSM 900 (890-960 MHz)

Band Selective Repeater for GSM 900 (890-960 MHz)

Low Power Band Selective Repeater for LTE 800 (791-862 MHz)

Band Selective Repeater for LTE 800 (791-862 MHz)

CCI’s PCS 200W MCPA module supports multiple formats such as GSM, EDGE, CDMA, CDMA 1X, EV-DO and UMTS. The MPCA combines multiple radios on high radio count sites to reduce the required number of feeders without impacting coverage.

CCI’s Receiver Air Interface Tray (RX-AIT) provides a convenient multiport connection for multiple basestations.

CCI’s Cellular 200W MCPA module supports multiple formats such as GSM, EDGE, CDMA, CDMA 1X, EV-DO and UMTS. The MPCA combines multiple radios on high radio count sites to reduce the required number of feeders without impacting coverage.

CCI’s SDAR Medium Power Amplifier (35W) is an RF-only SXM terrestrial repeater. It operates by receiving a signal from an existing SXM terrestrial repeater (DRU) in the intended coverage area, typically on a rooftop or tower, then filtering, amplifying and transmitting it to provide a much higher level signal at ground level for SXM users.

CCI’s Receiver Air Interface Tray (RX-AIT) provides a convenient multiport connection for multiple basestations.

CCI’s Receiver Air Interface Tray (RX-AIT) provides a convenient multiport connection for multiple basestations.

CCI’s AISG 2.0 Site Control Unit (SCU) is part of our suite of antenna products. This controller will enable operation of any AISG 2.0 device such as TMA’s or Remote Electrical Tilt (RET) controlled antennas.

CCI’s Portable AISG 2.0 Site Control Unit (SCU) is part of our suite of antenna products. This portable controller will enable operation of an AISG 1.1 or AISG 2.0 compliant device such as TMA’s or antennas with RETs.

CCI’s SDAR ECHO Dual Band Repeater is an RF-only SXM terrestrial repeater. It operates by receiving a signal from an existing SXM terrestrial repeater (DRU) in the intended coverage area, typically on a rooftop or tower, then filtering, amplifying and transmitting it to provide a much higher level signal at ground level for SXM users.

Communication Components, Inc. Single Tower-Top Masthead Amplifier (TMA) provides a TMA with SMR channel filtering and AISG control in a single housing.

CCI’s Triple Band Twin TMA (AWS/PCS/WCS), which includes AWS-3 and 700/850 bypass contains two triple band TMA’s in a single housing. The TMA’s are fully duplexed and share a single LNA for all three bands. The bypass path provides excellent isolation to the TMA path. Separate antenna ports for the bypass path and TMA path are combined onto a single BTS port.