This antenna mast bracket clamp is designed for use with CCI's Cardioid Small Cell Antenna.

This antenna mounting bracket is specifically designed for mounting our Small Cell Omni antennas to the top of utility and street lighting poles with a diameter of 4” (10 cm) and greater.

This antenna mounting bracket is specifically designed for mounting our BRS Omni antennas to the top of utility and street lighting poles with a diameter of 4” (10 cm) and greater.

This antenna mounting bracket is specifically designed to convert our MBK-08 and MBK-14 mounting kits from wall mount to pole mount with a diameter between 2 and 4.5" (5 - 11 cm).

This antenna mast bracket clamp is designed for use with CCI's Quasi-Omni Small Cell Antenna.

This antenna mast bracket clamp is designed for CCI's SCA360F-KW10A Omni antenna for pole mounting.

This two part antenna mounting bracket is designed for use with many of CCI's taller antennas, 5ft (1.5m) or longer.

This two part antenna mounting bracket is designed for use with many of CCI's 4 – 5 ft tall (1.2m – 1.5m) antennas.

This two part antenna mounting bracket is designed for use with many of CCI's 2 – 3.5 ft tall (0.6 – 1m) antennas.

This antenna mounting bracket is designed for mounting our Small Cell single sector antennas to metal or wooden poles up to 10 in (25 cm) or greater.

This antenna mounting bracket is specifically designed for mounting CCI's IDA-65F-KE-H1 Small Cell antennas to suitable flat surfaces.

This antenna mounting bracket is specifically designed for mounting CCI's IDA-65F-KE-H1 antenna directly to a wall.

This two part antenna mounting bracket is designed for use with many of CCI's larger antennas with a 600 mm hinge pitch.

This Dual Axis Tilt Antenna Mounting Bracket is designed for use with specific CCI small panel antennas, to attach to a suitable flat surface.

This two part antenna mounting bracket is designed for use with many of CCI's 4 – 5 ft tall (1.2m – 1.5m) antennas when no mechanical tilt is required.

This two part antenna mounting bracket is designed for use with many of CCI's taller antennas , 5 ft (1.5 m) or larger and with a 1200 mm hinge pitch when no mechanical tilt is required.

This antenna mounting bracket is specifically designed for mounting CCI's Small Cell panel antennas directly to a wall.

This two part antenna mounting bracket is designed for use with CCI's 3–4 ft tall (0.9–1.2 m) QPA65R-W3B and QPA65R-W4B antennas when mechanical tilt is required.

This two part antenna mounting bracket is designed for use with CCI's 3–4 ft tall (0.9–1.2 m) QPA65R-W3B and QPA65R-W4B antennas to mount two antennas to a single pole and where mechanical tilt is required.

This two part antenna mounting bracket is designed for use with CCI's 3–4 ft tall (0.9–1.2 m) QPA65R-W3B and QPA65R-W4B antennas to mount three antennas to a single pole and where mechanical tilt is required.

This two part heavy duty mounting bracket is designed for use with many of CCI's wider and taller antennas.

This two part heavy duty mounting bracket is designed for use with many of CCI's wider and taller antennas.

This Dual Axis Tilt Antenna Mounting Bracket is designed for use with specific CCI small panel antennas, to attach to a pole.

This two part antenna mounting bracket is designed for use with CCI's QPA65R-H3A antenna when mechanical tilt is required.

This two part antenna mounting bracket is designed for use with CCI's QPA65R-H3A antenna to mount three antennas to a single pole and where mechanical tilt is required.

This two part antenna mounting bracket is designed for use with CCI's QPA65R-E5C antenna.

This two part antenna mounting bracket is designed for use with CCI's 2PA65R-K5A and HPA65R-KE6B antennae.

This two part antenna mounting bracket is designed for use with CCI's OPA65R-BW4A antenna to mount three antennas to a single pole and where mechanical tilt is required.

Three foot (1.0 m) tall, single band, twenty four port multibeam array. Containing six Independent LTE Optimized Beams covering 1695-2690 MHz frequencies

Three foot (1.0 m) tall, single band, twenty four port multibeam array. Containing six Independent LTE Optimized Beams covering 1850-1995 MHz frequencies

Three foot (1.0 m) tall, single band, twenty four port multibeam array. Containing six Independent LTE Optimized Beams covering 1695-2400 MHz frequencies

Three foot (1.0 m) tall, single band, twenty four port multibeam array. Containing six Independent LTE Optimized Beams covering 2300-2690 MHz frequencies

Three foot (1.0 m) tall, single band, twenty four port multibeam array. Containing six Independent LTE Optimized Beams covering 1695-2180 MHz frequencies

Six foot (1.9 m) tall, thirty-six port, Dual Band Multifunction Multibeam array. Containing Nine Independent (Three for Low Band and Six for High Band) LTE Optimized Beams with 4x4 MIMO capability or Eighteen Independent LTE Optimized Beams with 2x2 MIMO capability covering 698-896 MHz and 1695-2400 MHz frequencies, an Industry First intended for use at sporting and entertainment venues.

Six foot (1.9 m) tall, thirty-six port, Dual Band Multifunction Multibeam array. Containing Nine Independent (Three for Low Band and Six for Mid Band) LTE Optimized Beams with 4x4 MIMO capability or Eighteen Independent LTE Optimized Beams with 2x2 MIMO capability covering 698-896 MHz and 1695-2180 MHz frequencies, an Industry First intended for use at sporting and entertainment venues.

Three foot (1.0 m) tall, single band, Thirty six port multibeam array. Containing nine Independent LTE Optimized Beams covering 1695-2690 MHz frequencies.

Six foot (1.9 m) tall, thirty-six port, Dual Band Multifunction Multibeam array. Containing Nine Independent (Three for Low Band and Six for High Band) LTE Optimized Beams with 4x4 MIMO capability or Eighteen Independent LTE Optimized Beams with 2x2 MIMO capability covering 698-960 MHz and 1695-2690 MHz frequencies, an Industry First intended for use at sporting and entertainment venues.

Three foot (1.0 m) tall, single band, Thirty six port multibeam array. Containing nine Independent LTE Optimized Beams covering 1695-2400 MHz frequencies.

Seven foot (2.2 m) Single Band Multibeam Antenna, with six (6) Independent 4x4 MIMO Mid-Band (MB) Beams (or twelve (12) 2x2 MIMO MB beams), for high capacity, large venue or special event deployments. CCI’s Innovative Array Compensated Butler Matrices, allows for Near Zero dispersion in both Az/El Peak and Az/El BW across 1695-2360 MHz and provide stabilized 10 dB Beam Crossover, across 1695-2360 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.

Two foot (0.6 m), multiband, four port antenna with a true 30°x30° beamwidth, covering 694-960 MHz and 1695-2690 MHz frequencies.

Two foot (0.6 m), multiband, two port antenna with a true 30°x30° beamwidth, covering 698-960 MHz / 1695-2690 MHz frequencies.

One foot (0.3 m), multiband, four port antenna with a 65° azimuth beamwidth, covering 694-960 MHz and 1695-2690 MHz frequencies.

OctoPort Antenna to RRU AISG Cable Kit

Six foot (1.8 m), DualBand, eight port antenna with a 33° azimuth beamwidth covering 698-896 MHz and 1695-2400 MHz frequencies.

Six foot (1.8 m), DualBand, eight port antenna with a 33° azimuth beamwidth covering 698-896 MHz and 1695-2180 MHz frequencies.