Systems and methods for asymmetric image splitter clock generation

A method for asymmetric image splitter clock generation comprising:

• receiving a super-frame image signal comprising a first image stream and a second image stream;
• splitting, using an asymmetric image splitter engine, the super-frame image signal into the first image stream and the second image stream;
• and
• generating, using a fractional clock divider, a first clock to drive the first image stream and a second clock to drive the second image stream from a super-frame clock of the super-frame image signal, the super-frame clock, the first clock and the second clock having different frequencies, the first clock is obtained by dividing a frequency of the super-frame clock by a first amount and the second clock is obtained by dividing the frequency of the super-frame clock by a second amount, the fractional clock divider comprises a sigma-delta modulator that uses an accumulator to allow sigma-delta modulation, wherein generating the first clock and the second clock comprises:
• comparing, using a comparator block in the fractional clock divider, an output from the accumulator to a number of pixels in the super-frame to generate a comparator output;
• and
• gating, using a clock gate in the fractional clock divider based on the comparator output, the super-frame clock to output the first clock to drive the first image stream and the second clock to drive the second image stream.

A system for image multi-streaming comprising:

• a first circuit that outputs a super-frame image signal comprising a first image stream and a second image stream;
• an asymmetric image splitter engine that splits the super-frame image signal into the first image stream and the second image stream;
• a fractional clock divider that generates a first clock to drive the first image stream and a second clock to drive the second image stream from a super-frame clock of the super-frame image signal, the super-frame clock, the first clock and the second clock having different frequencies;
• a first deserializer that receives the first image stream for displaying using the first clock;
• and
• a second deserializer that receives the second image stream for displaying using the second clock.