Nine foot (2.7 m) internally multiplexed MultiBand, thirty port antenna, with a 65° azimuth beamwidth covering 698-960 MHz and 1427-2690 MHz frequencies.

Three foot (1.0 m), single panel, with three beams covering 698-896 MHz intended for use at sporting and entertainment venues.

Three foot (0.8 m) tall, single band, six port multibeam array. Containing Three Independent LTE Optimized Beams covering 1695-2690 MHz frequencies

Three foot (0.9 m) tall, single band, six port multibeam array. Containing Three Independent Optimized Beams with 2x2 MIMO capability covering 3400-3800 MHz frequencies.

Three foot (1.0 m), single panel, with three beams covering 694-960 MHz intended for use at sporting and entertainment venues.

Three foot (0.8 m) tall, single band, six port multibeam array. Containing Three Independent LTE Optimized Beams covering 1695-2400 MHz frequencies

Three foot (0.8 m) tall, single band, six port multibeam array. Containing Three Independent LTE Optimized Beams covering 1695-2180 MHz frequencies

Four foot (1.3 m) tall, single band, six port multibeam array. Containing three Independent LTE Optimized Beams covering 698-896 MHz frequencies with individual tilt control of each beam pair

Four foot (1.3 m) tall, single band, six port multibeam array. Containing three Independent LTE Optimized Beams covering 694-960 MHz frequencies with individual tilt control of each beam pair

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.

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.

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.

Two foot (0.5 m), six port, tri-sector antenna each sector with uniform horizontal beamwidths covering the extended band from 1710-2690 MHz.

Seven foot (2.3 m) tall and 19.4 inch (494 mm) wide, twelve port Single Band Tri-Split Beam array. Containing Three Independent LTE Optimized Beams with 4x4 MIMO capability covering 1695-2690 MHz frequencies, all with Independent RET for each Beam, an Industry First.

Seven foot (2.3 m) tall and 19.4 inch (494 mm) wide, twelve port Single Band Tri-Split Beam array. Containing Three Independent LTE Optimized Beams with 4x4 MIMO capability covering 1695-2400 MHz frequencies, all with Independent RET for each Beam, an Industry First.

Seven foot (2.3 m) tall and 19.4 inch (494 mm) wide, twelve port Single Band Tri-Split Beam array. Containing Three Independent LTE Optimized Beams with 4x4 MIMO capability covering 1695-2180 MHz frequencies, all with Independent RET for each Beam, an Industry First.