System-on-a-chip for reception of telemetry messages over a radio frequency channel

A System-on-a-Chip (SoC) for receiving telemetry messages over a radio-frequency (RF) channel, the SoC comprising:

• at least one RF module configured to receive a signal from a transmitting device antenna, the at least one RF module comprising:
• at least one frequency synthesizer,
• at least one frequency mixer,
• at least one low noise amplifier,
• at least one RF filter, and
• at least one module for conversion of the signal from an analog form to a digital form;
• at least one input signal digital processing unit for filtering the signal from the RF module, the at least one input signal digital processing unit being configured to:
• identify, within the signal, at least two spectrum sections, and
• obtain, in each of the at least two spectrum sections, a low frequency signal by selecting a position of a central frequency of the each of the at least two spectrum section from the pre-determined list of values;
• at least one memory unit configured to store the signal and lists of positions of the central frequencies of processed spectrum sections and an indication of an order of use of the positions of the central frequencies;
• at least one processor for executing time and frequency shifting of the signal, the at least one processor being configured to:
• time-shift the signal so that the values of time shifts occupy a length of one data bit;
• following the time-shift of the signal, frequency-shift the signal,
• the frequency shifting being independent of the time shifts so that the values of frequency shifts occupy a distance between the Fourier transform subcarriers;
• process each time- and frequency-shifted signal by consecutive Fourier transforms, such that a first time element of each next transform is placed immediately after a last element of a previous transform;
• receive the signal, which signal was subjected to a carrier frequency change during transmission thereof, the signal having transmission frequencies that are within the at least two spectrum sections processed,
• the at least one RF module having stored an indication of the transmission frequencies and the order of use thereof;
• and
• at least one communication interface for communication with a control device.