Systems and methods for controlling a single-wire multiswitch device

A device comprising:

• a plurality of frequency conversion modules;
• a multi-switch to;
• a processing system including a processor;
• a communication module, wherein the communication module facilitates communication with a plurality of client devices via a bi-directional communication link;
• and
• a memory that stores executable instructions that, when executed by the processing system, facilitate performance of operations, the operations comprising:
• receiving a first tuning request from a first client device, wherein the first tuning request comprises a requested transponder signal;
• receiving a second tuning request from a previously-registered client device, wherein the second tuning request includes a request for a plurality of transponder signals associated with a bonded transponder transmission;
• causing the multi-switch to connect each of a plurality of intermediate frequency (IF) signals to a respective tuning channel among multiple tuning channels of the device according to the plurality of transponder signals associated with the bonded transponder transmission, wherein the plurality of IF signals is simultaneously obtained within a predetermined time threshold;
• combining the multiple tuning channels of the device, resulting in a combined signal;
• and
• sending the combined signal to the previously-registered client device to provide the plurality of IF signals to the previously-registered client device.

A method comprising:

• receiving, by a Single-Wire Multi-switch (SWM) device comprising multiple tuning channels, a registration request from a client device via a bi-directional communication link, wherein the SWM device includes a processor and a plurality of frequency conversion modules, wherein the registration request comprises a client device identifier and a tuner quantity indicative of a number of available client device tuners associated with the client device;
• receiving, by the SWM device, a first tuning request from a previously-registered client device, wherein the first tuning request includes a request for a plurality of transponder signals associated with a bonded transponder transmission;
• assigning, by the SWM device, a plurality of tuning channels among the multiple tuning channels to the client device according to the number of available client device tuners, resulting in an assigned plurality of tuning channels;
• transmitting, by the SWM device, a confirmation message to the client device, wherein the confirmation message comprises a respective tuning channel identifier;
• switching, by the SWM device, to obtain a plurality of intermediate frequency (IF) signals according to the plurality of transponder signals associated with the bonded transponder transmission, wherein the plurality of IF signals is obtained within a predetermined time threshold, wherein the SWM device connects each of the plurality of IF signals to a respective tuning channel among the multiple tuning channels of the SWM device;
• and
• combining the multiple tuning channels of the SWM device, resulting in a combined signal;
• and
• providing, by the SWM device, the plurality of IF signals simultaneously to the previously-registered client device, via the combined signal.