• High power 200W low PIM load  supports an Ultra-wideband from 600 to 6000 MHz
• Excellent return loss performance
• Available withMale or Female 7-16 DIN, 4.3-10 or N-type Connectors

• High power 100W low PIM load  supports an Ultra-wideband from 680 to 3800 MHz
• Excellent return loss performance
• Available withMale or Female 7-16 DIN, 4.3-10 or N-type Connectors

• High power 200W low PIM load  supports an Ultra-wideband from 680 to 3800 MHz
• Excellent return loss performance
• Available withMale or Female 7-16 DIN, 4.3-10 or N-type Connectors

• Low Power 5W low PIM load  supports a wideband from DC to 3700 MHz
• Excellent return loss performance
• Available with 7-16 DIN, and 4.3-10 Connectors

• High power 100W low PIM load supports an Broadband from DC to 4200 MHz
• Excellent return loss performance
• Available withMale or Female 7-16 DIN, 4.3-10 or N-type Connectors

• High power 600W low PIM load supports an Broadband from DC to 4200 MHz
• Excellent return loss performance
• Available with Male or Female 7-16 DIN, 4.3-10 or N-type Connectors

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “0” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “10” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “15” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s AWS In-Band Low Loss Diplexer with a “5” MHz Guard Band  combines two UMTS or LTE AWS Base Station sub-band outputs band onto a single feeder without the insertion loss normally associated with hybrid combiners.

CCI’s Remote Tunable Narrow Guard Band Filter-Combiner (LLC) combines multiple PCS Band signals onto a single feeder without the insertion loss normally associated with passive combiners.

CCI’s Remote Tunable Narrow Guard Band (10 MHz) Filter-Combiner (LLC) combines two (2) contiguous UMTS Carriers, one (1) 10 MHz LTE Carrier or up to six (6) contiguous NB-CDMA Cariers with either GSM, NB-CDMA, UMTS or LTE Carrier(s) onto a single feeder without the insertion loss normally associated with passive combiners.

CCI’s Remote Tunable Narrow Guard Band Filter-Combiner (LLC) combines multiple Cellular Band signals onto a single feeder without the insertion loss normally associated with passive combiners.

CCI’s Remote Tunable Narrow Guard Band Filter-Combiner (LLC) combines Cellular Band signals onto a single feeder without the insertion loss normally associated with passive combiners.

Three foot (1.0 m), single panel, with five beams covering 698-896 MHz and ten beams covering 1695-2180 MHz intended for use at sporting and entertainment venues.

Three foot (1.0 m), single panel, with five beams covering 698-896 MHz and ten beams covering 1695-2360 MHz intended for use at sporting and entertainment venues.

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

Three foot (0.8 m), wideband single panel , with five beams covering 1710-2400 MHz intended for use at sporting and entertainment venues.

Three foot (1.0 m), single panel, with three beams covering 698-896 MHz and six beams covering 1695-2360 MHz intended for use at sporting and entertainment venues.

Three foot (1.0 m), single panel, with three beams covering 817-869 MHz and six beams covering 1850-1995 MHz intended for use at sporting and entertainment venues.

Three and a half foot (1.0 m), single panel, with three beams covering 698-896 MHz and six beams covering 1695-2180 MHz intended for use at sporting and entertainment venues.

Three foot (0.8 m), wideband single panel , with six beams covering 1695-2690 MHz intended for use at sporting and entertainment venues.

Three foot (0.9 m), single panel, with six beams covering 1850-1995 MHz intended for use at sporting and entertainment venues.

Three foot (0.6 m) tall, single panel supporting six beams without mount changes covering 2300 to 2690 MHz intended for use at sporting and entertainment venues.

Three foot (0.8 m), wideband single panel , with six beams covering 1695-2180 MHz intended for use at sporting and entertainment venues.

Two foot (0.6 m) tall, single band, twelve port multibeam array. Containing Six Independent LTE Optimized Beams covering 2300-2690 MHz frequencies.

Three foot (0.7 m), wideband single panel, with six beams covering 1695-2180 MHz intended for use at sporting and entertainment venues.

Three foot (0.8 m), single panel, with nine beams covering 1850-1995 MHz intended for use at sporting and entertainment venues.

Three foot (0.8 m), single panel, with nine beams covering 1710-2360 MHz intended for use at sporting and entertainment venues.

Three foot (0.8 m), single panel, with nine beams covering 1695-2180 MHz intended for use at sporting and entertainment venues.

Three foot (1.0 m), single panel, with three beams covering 694-960 MHz and six beams covering 1695-2690 MHz intended for use at sporting and entertainment venues.

Two foot (0.6 m), single panel, with nine beams covering 2300-2690 MHz intended for use at sporting and entertainment venues.

This antenna mast bracket clamp is designed to convert CCI's BSA-M05 from a wall mount to a pole mount.

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