Abstract: Microwave or millimeter wave system packaging having a system with a baseplate, transition board and cover. The baseplate includes microwave or millimeter wave components attached thereto. The transition board includes a first connector attached to a first side thereof and operatively connected to the components, and a second connector attached to a second side thereof and operatively connected to the components through the board. The cover and baseplate form a cavity containing the board and components, and the second connector may be operatively connected to a third connector such as a printed circuit board disposed outside of the cavity and on a higher level assembly. The transition board may further include a fourth connector operatively connected to the components for providing a signal to an external component or device or receiving a signal from an external component or device.

Abstract: A radio-antenna interface is disclosed for coupling of an antenna to one or more radio receivers. The radio-antenna interface includes a hub and a feed-boom. The hub includes an aperture adapted to receive the feed-boom. The hub is also fitted with latches adapted to detachably couple the radio to the hub in a manner which is substantially independent of a configuration type of the radio. The hub is adapted to be detachably coupled to the antenna in a manner which substantially avoids reconfiguration of the antenna. The feed-boom communicates signals received by the antenna to the radio.

Abstract: An apparatus is disclosed for mechanical and electrical coupling of an antenna to one or more radio receivers. The apparatus includes a hub that may be attached to an antenna by one or more fasteners. The hub is also fitted with latches that can receive a radio. Finally, the hub includes an aperture for receiving a feed-boom. The feed-boom communicates signals received by the antenna to the radio.

Abstract: A wireless communication system operating in a predetermined frequency range comprising a plurality of radios each having an enclosure configured to accept a common equipment assembly comprising a transmitter module, a receiver module, a synthesizer module, and an interface/radio processing control (“IF/RPC”) module. The IF/RPC module has connectors for operably connecting the transmitter, receiver, and synthesizer modules thereto where at least one of the modules is mechanically attached to a mounting plate. The size and shape of each of the modules and the size and shape of the mounting plate are each substantially independent of the frequency band of operation.

Abstract: Microwave or millimeter wave module packaging having a module with a baseplate, transition board and cover. The baseplate includes microwave or millimeter wave components attached thereto. The transition board includes a first connector attached to a first side thereof and operatively connected to the components, and a second connector attached to a second side thereof and operatively connected to the components through the board. The cover and baseplate form a cavity containing the board and components, and the second connector may be operatively connected to a third connector such as a printed circuit board disposed outside of the cavity and on a higher level assembly. The transition board may further include a fourth connector operatively connected to the components for providing a signal to an external component or device or receiving a signal from an external component or device.

Abstract: A radio-antenna interface is disclosed for coupling of an antenna to one or more radio receivers. The radio-antenna interface includes a hub and a feed-boom. The hub includes an aperture adapted to receive the feed-boom. The hub is also fitted with latches adapted to detachably couple the radio to the hub in a manner which is substantially independent of a configuration type of the radio. The hub is adapted to be detachably coupled to the antenna in a manner which substantially avoids reconfiguration of the antenna. The feed-boom communicates signals received by the antenna to the radio.

Abstract: An apparatus is disclosed for mechanical and electrical coupling of an antenna to one or more radio receivers. The apparatus includes a hub that may be attached to an antenna by one or more fasteners. The hub is also fitted with latches that can receive a radio. Finally, the hub includes an aperture for receiving a feed-boom. The feed-boom communicates signals received by the antenna to the radio.

Abstract: An apparatus is disclosed for mechanical and electrical coupling of an antenna to one or more radio receivers. The apparatus includes a hub that may be attached to an antenna by one or more fasteners. The hub is also fitted with latches that can receive a radio. Finally, the hub includes an aperture for receiving a feed-boom. The feed-boom communicates signals received by the antenna to the radio.

Abstract: An apparatus is disclosed for mechanical and electrical coupling of an antenna to one or more radio receivers. The apparatus includes a hub that may be attached to an antenna by one or more fasteners. The hub is also fitted with latches that can receive a radio. Finally, the hub includes an aperture for receiving a feed-boom. The feed-boom communicates signals received by the antenna to the radio.

Abstract: A wireless communication system operating in a predetermined frequency range comprising a plurality of radios each having an enclosure configured to accept a common equipment assembly comprising a transmitter module, a receiver module, a synthesizer module, and an interface/radio processing control (“IF/RPC”) module. The IF/RPC module has connectors for operably connecting the transmitter, receiver, and synthesizer modules thereto where at least one of the modules is mechanically attached to a mounting plate. The size and shape of each of the modules and the size and shape of the mounting plate are each substantially independent of the frequency band of operation.