The Antenex Dual-Band Cellular/PCS Fiberglass base station antenna is a convenient and highly durable solution for base station or micro base station applications. It features superior quality design through heavy wall gold anodized aluminum mounting sleeve and a highly polished white UV treated fiberglass radome.

This durable antenna is excellent for use with dual-band repeater/amplifier applications or when connected directly to your cell phone (with appropriate cabling and phone adapter cable - see below.)

Pole mounted antenna should be mounted as high as possible in order to minimize obstruction between antenna and cell tower. This package includes FM2 pole mounting hardware. Does not include pole/mast - see FMW4-YMST4: Antenex 4' x 1-1/4" Aluminum Mast and 4" Standoff Wall Mounts (2 Brackets).

Supports 800/850MHz Cellular frequency band and 1900MHz PCS frequency band.

Requires:

• Cable: This antenna has a N/Female connector at the base and includes no cable
• Phone Adapter Cable: A phone adapter cable in order to connect to your cell phone

Cable:

The antenna includes no cable. For a short run of 20' you can use our 20' RG-58 coax extension which has the appropriate connections for the Yagi. Please note that our other RG-58 cables can not be directly connected to the Yagi antenna.

For longer runs, we suggest using one of the below lengths of Ultra Low Loss LMR-400 Cable. This cable is fairly stiff so if you plan on connecting the antenna directly to your phone with an antenna adapter we suggest you also include an 5' RG-58 extension. The below cables may also be connected together using the N-Female to N-Female barrel connector.

The primary difference between RG-58 and LMR-400 is the dB signal loss. RG-58 loses approximately 12dB/100' while LMR-400 loses about 4dB/100' (which is a big difference).

LMR-400 Extensions Cables:

• 20' LMR-400 Cable
• 30' LMR-400 Cable
• 50' LMR-400 Cable
• 75' LMR-400 Cable
• 100' LMR-400 Cable

A phone adapter cable is required to connect to your phone.

Documents:

• Field Test Modes

The Antenex Dual-Band Cellular/PCS Fiberglass base station antenna is a convenient and highly durable solution for base station or micro base station applications. It features superior quality design through heavy wall gold anodized aluminum mounting sleeve and a highly polished white UV treated fiberglass radome.

This durable antenna is excellent for use with dual-band repeater/amplifier applications or when connected directly to your cell phone (with appropriate cabling and phone adapter cable - see below.)

Pole mounted antenna should be mounted as high as possible in order to minimize obstruction between antenna and cell tower. This package includes FM2 pole mounting hardware. Does not include pole/mast - see FMW4-YMST4: Antenex 4' x 1-1/4" Aluminum Mast and 4" Standoff Wall Mounts (2 Brackets).

Supports 800/850MHz Cellular frequency band and 1900MHz PCS frequency band.

Requires:

• Cable: This antenna has a N/Female connector at the base and includes no cable
• Phone Adapter Cable: A phone adapter cable in order to connect to your cell phone

Cable:

The antenna includes no cable. For a short run of 20' you can use our 20' RG-58 coax extension which has the appropriate connections for the Yagi. Please note that our other RG-58 cables can not be directly connected to the Yagi antenna.

For longer runs, we suggest using one of the below lengths of Ultra Low Loss LMR-400 Cable. This cable is fairly stiff so if you plan on connecting the antenna directly to your phone with an antenna adapter we suggest you also include an 5' RG-58 extension. The below cables may also be connected together using the N-Female to N-Female barrel connector.

The primary difference between RG-58 and LMR-400 is the dB signal loss. RG-58 loses approximately 12dB/100' while LMR-400 loses about 4dB/100' (which is a big difference).

LMR-400 Extensions Cables:

• 20' LMR-400 Cable
• 30' LMR-400 Cable
• 50' LMR-400 Cable
• 75' LMR-400 Cable
• 100' LMR-400 Cable

A phone adapter cable is required to connect to your phone.

Documents:

• Field Test Modes