Radio frequency signal booster

A radio frequency signal booster comprising:

• a housing;
• a base station antenna port having a first axis along which signals are primarily conducted, the base station antenna port configured to be connected to a base station antenna configured to receive wireless communications signals on one or more downlink channels and to transmit wireless communications signals on one or more uplink channels;
• a mobile station antenna integrated with or located within the housing, the mobile station antenna having a second axis in which signals are primarily radiated, the second axis differing from the first axis, wherein the mobile station antenna is configured to transmit wireless communication signals on one or more downlink channels;
• and
• an amplifier unit within the housing comprising:
• a downlink amplifier configured to amplify first signals on downlink channels for transmission through the mobile station antenna, the first signals received at the base station antenna port;
• and
• an uplink amplifier configured to amplify second signals on uplink channels for transmission through the base station antenna port, the second signals received at the mobile station antenna, wherein the amplifier unit is oriented along a first planar substrate, and the second axis is parallel to the first planar substrate.

A radio frequency signal booster comprising:

• a housing;
• a base station antenna port having a first axis along which signals are primarily conducted, the base station antenna port configured to be connected to a base station antenna configured to receive wireless communications signals on one or more downlink channels and to transmit wireless communications signals on one or more uplink channels;
• a mobile station antenna integrated with or located within the housing, the mobile station antenna having a second axis in which signals are primarily radiated, the second axis differing from the first axis, wherein the mobile station antenna is configured to transmit wireless communication signals on one or more downlink channels;
• an amplifier unit within the housing comprising:
• a downlink amplifier configured to amplify first signals on downlink channels for transmission through the mobile station antenna, the first signals received at the base station antenna port;
• and
• an uplink amplifier configured to amplify second signals on uplink channels for transmission through the base station antenna port, the second signals received at the mobile station antenna;
• and
• a heat sink configured to at least partially isolate radio signals between the mobile station antenna and the amplifier unit.

A radio frequency signal booster comprising:

• a housing;
• a base station antenna port having a first axis along which signals are primarily conducted, the base station antenna port configured to be connected to a base station antenna configured to receive wireless communications signals on one or more downlink channels and to transmit wireless communications signals on one or more uplink channels;
• a mobile station antenna integrated with or located within the housing, the mobile station antenna having a second axis in which signals are primarily radiated, the second axis differing from the first axis, wherein the mobile station antenna is configured to transmit wireless communication signals on one or more downlink channels;
• and
• an amplifier unit within the housing comprising:
• a downlink amplifier configured to amplify first signals on downlink channels for transmission through the mobile station antenna, the first signals received at the base station antenna port;
• and
• an uplink amplifier configured to amplify second signals on uplink channels for transmission through the base station antenna port, the second signals received at the mobile station antenna, wherein the mobile station antenna comprises an omnidirectional antenna, and wherein the omnidirectional antenna is configured to radiate primarily along a plane parallel to the first planar substrate.