Wireless repeater assembly
A wireless repeater assembly is described. The wireless repeater assembly includes a receiver for receiving wireless data communications, wherein the receiver includes a receiving antenna for receiving analog signals; a receiver filter adapted to enable frequencies of a predetermined range to pass onto a receiver amplifier; and the receiver amplifier for boosting a signal emitted from the receiver filter; a transmitter for transmitting wireless data communications, wherein the transmitter includes a transmitter amplifier for boosting a signal coming from the receiver; a transmitter filter adapted to enable frequencies of a predetermined range to pass onto the transmitting antenna; and a transmitting antenna for transmitting signals from the repeater assembly; and a hard wire connection between the receiver and the transmitter, wherein the receiver and the transmitter are in wired communication. The wireless repeater assembly can operate at approximately 60 GHz.
1 . A wireless repeater assembly comprising:
a receiver for receiving wireless data communications, wherein the receiver comprises:
a receiving antenna for receiving analog signals;
a receiver filter adapted to enable frequencies of a predetermined range to pass onto a receiver amplifier; and
the receiver amplifier for boosting a signal emitted from the receiver filter;
a transmitter for transmitting wireless data communications, wherein the transmitter comprises:
a transmitter amplifier for boosting a signal coming from the receiver;
a transmitter filter adapted to enable frequencies of the predetermined range to pass onto the transmitting antenna; and
a transmitting antenna for transmitting signals from the repeater assembly; and
a hard wire connection between the receiver and the transmitter, wherein the receiver and the transmitter are in wired communication.
2 . The wireless repeater assembly of claim 1 , wherein the receiving antenna is tuned to receive at approximately 60 GHz, and the transmitting antenna is tuned to transmit at approximately 60 GHz.
3 . The wireless repeater assembly of claim 2 , wherein the receiving antenna comprises a high gain antenna, the receiver filter comprises a band-pass filter, and wherein the receiver amplifier comprises a low noise amplifier.
4 . The wireless repeater assembly of claim 2 , wherein the transmitter amplifier comprises a power amplifier, the transmitter filter comprises a band-pass filter, and wherein the transmitting antenna comprises a high gain antenna.
5 . The wireless repeater assembly of claim 2 , wherein the receiving antenna comprises a high gain antenna, the receiver filter comprises a band-pass filter, wherein the receiver amplifier comprises a low noise amplifier, wherein the transmitter amplifier comprises a power amplifier, the transmitter filter comprises a band-pass filter, and wherein the transmitting antenna comprises a high gain antenna.
6 . The wireless repeater assembly of claim 2 , wherein the wireless repeater assembly can transmit through a wall to a second wireless repeater assembly, and wherein the wireless repeater assembly and the second wireless repeater assembly are in proximity to each other on opposing sides of the wall.
7 . The wireless repeater assembly of claim 5 , further comprising a buffer memory positioned between the receiver and the transmitter for securing data.
8 . A wireless repeater assembly of claim 7 , wherein the receiver further comprises an analog-to-digital converter, and wherein the transmitter further comprises a digital-to-analog converter.
9 . The wireless repeater assembly of claim 6 , wherein the wireless repeater assembly is in communication with a power adapter of a light source, and wherein the wireless repeater assembly obtains operating power from the power adapter.
10 . The wireless repeater assembly of claim 7 , wherein the wireless repeater assembly is positioned at least two meters above a ground.
111 . The wireless repeater assembly of claim 7 , wherein the wireless repeater can scan approximately 90 degrees in an azimuth, and in the range of approximately 90 to 180 degrees in a elevation for analog signals operating at approximately 60 GHz within five meters of the wireless repeater assembly.
122 . The wireless repeater assembly of claim 7 , wherein the wireless repeater assembly is powered with direct current.
13 . A wireless repeater assembly comprising:
a top layer includes liquid crystal polymer, and the top layer defining a top layer cavity; and
a bottom layer having fire resistant 4.