Synchronization of transmitter and receiver frequencies in multiaccess networks

A radio controller that integrates an operation of a first radio network and a second radio network, comprising:

• a data port;
• a data structure;
• and
• a processor that retrieves system information from the data structure and informs the first radio network or the second radio network about the system information.

An integrated radio network, comprising:

• a first radio network comprising:
• a first radio that is configured for a first center frequency;
• and
• a first reference oscillator that adjusts the first radio in accordance with the first center frequency;
• a second radio network comprising:
• a second radio that is configured for a second center frequency;
• and
• a second reference oscillator that adjusts the second radio in accordance with the second center frequency, wherein the second center frequency is different from the first center frequency;
• and
• an oscillator synchronizer that synchronizes the first reference oscillator and the second reference oscillator.

An integrated radio network, comprising:

• a first radio network comprising:
• a first radio that is configured for a first center frequency;
• and
• a second radio network comprising:
• a second radio that is configured for a second center frequency, wherein the second center frequency is different from the first center frequency;
• and
• a reference oscillator that adjusts the first radio in accordance with the first center frequency and the second radio in accordance with the second center frequency.

A wireless terminal, comprising:

• a radio frequency (RF) front end that receives a first radio frequency (RF) signal from a first radio network and a second RF signal from a second radio network and converts the first RF signal into a first intermediate signal and the second RF signal into a second intermediate signal;
• a radio subsystem that converts the first intermediate signal into a first data signal and the second intermediate signal into a second data signal;
• and
• a processor that configures the radio subsystem in accordance with system information received through the RF front end and the radio subsystem and that converts the first data signal to a first output signal and the second data signal to a second output signal.

A method of integrating a cellular radio network with a digital video broadcast radio network, wherein a first telecommunications service and a first center frequency are associated with the cellular radio network, and wherein a second telecommunications service and second center frequency are associated with the digital video broadcast radio network, the method comprising the steps of:

• (a) adjusting the first center frequency with a first reference oscillator;
• (b) adjusting the second center frequency with a second reference oscillator;
• (c) synchronizing the first reference oscillator and the second reference oscillator;
• and
• (d) broadcasting system information to a wireless terminal, wherein the system information comprises parameters about the cellular radio network and the digital video broadcast radio network.

A method of integrating a cellular radio network with a digital video broadcast radio network, wherein a first telecommunications service and a first center frequency are associated with the cellular radio network, and wherein a second telecommunications service and second center frequency are associated with the digital video broadcast radio network, the method comprising the steps of:

• (a) adjusting the first center frequency with a reference oscillator;
• (b) adjusting the second center frequency with the reference oscillator;
• and
• (c) broadcasting system information to a wireless terminal, wherein the system information comprises parameters about the cellular radio network and the digital video broadcast radio network.