A wireless patient monitoring system comprising: a first patient monitoring subsystem comprising: a plurality of sensors (38, 38') and sensor modules; and a processor-transceiver in communication with said plurality of sensors (38, 38') and sensor modules; and a plurality of clinician display subsystems each clinician display subsystem comprising a respective processor-transceiver; said each clinician display subsystem having a unique pre-assigned frequency; wherein said processor-transceiver of each of said plurality of clinician display subsystems is adapted to broadcast on a first predetermined frequency the value of said respective pre-assigned frequency that said processor-transceiver of one of said clinician display subsystems will use to communicate with said processor-transceiver of said first patient monitoring subsystem; wherein said processor-transceiver of said first patient monitoring subsystem is adapted to switch from said first predetermined frequency to said pre-assigned frequency, so that for further communications said processor-transceiver of said first patient monitoring subsystem transmits and receives data on said respective pre-assigned frequency that said processor-transceiver of one of said plurality of clinician display subsystems will use to communicate with said processor-transceiver of said first patient monitoring subsystem; and characterized in that said wireless patient monitoring system is adapted to estblish through a protocol the communication on the pre-assigned frequency and for transmitting the data in a point to point configuration between said processor-transceiver of said first patient monitoring subsystem and said respective processor-transceiver of a respective clinician display subsystem. a first patient monitoring subsystem comprising: a plurality of sensors (38, 38') and sensor modules; and a processor-transceiver in communication with said plurality of sensors (38, 38') and sensor modules; and a plurality of clinician display subsystems each clinician display subsystem comprising a respective processor-transceiver; a plurality of sensors (38, 38') and sensor modules; and a processor-transceiver in communication with said plurality of sensors (38, 38') and sensor modules; and a plurality of clinician display subsystems each clinician display subsystem comprising a respective processor-transceiver; said each clinician display subsystem having a unique pre-assigned frequency; wherein said processor-transceiver of each of said plurality of clinician display subsystems is adapted to broadcast on a first predetermined frequency the value of said respective pre-assigned frequency that said processor-transceiver of one of said clinician display subsystems will use to communicate with said processor-transceiver of said first patient monitoring subsystem; wherein said processor-transceiver of said first patient monitoring subsystem is adapted to switch from said first predetermined frequency to said pre-assigned frequency, so that for further communications said processor-transceiver of said first patient monitoring subsystem transmits and receives data on said respective pre-assigned frequency that said processor-transceiver of one of said plurality of clinician display subsystems will use to communicate with said processor-transceiver of said first patient monitoring subsystem; and characterized in that said wireless patient monitoring system is adapted to estblish through a protocol the communication on the pre-assigned frequency and for transmitting the data in a point to point configuration between said processor-transceiver of said first patient monitoring subsystem and said respective processor-transceiver of a respective clinician display subsystem.