Clock signal distribution using photonic fabric.

Clock signal distribution using photonic fabric

Номер патента: US20240201437A1
Опубликовано: 20-06-2024
Автор(ы): Martinus Bos, Philip Winterbottom
Принадлежит: Celestial AI Inc
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Рисунок 1. Взаимосвязь патентов (ближайшие 20).

Clock signal distribution using photonic fabric

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Photonic fabric with optical interface for connection to memory

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CLOCK SIGNAL DISTRIBUTION POWER EFFICIENCY IMPROVEMENT

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Asynchronous clock signal generator and semiconductor device for correcting multi-phase signals using asynchronous clock signal

ASYNCHRONOUS CLOCK SIGNAL GENERATOR AND SEMICONDUCTOR DEVICE FOR CORRECTING MULTI-PHASE SIGNALS USING ASYNCHRONOUS CLOCK SIGNAL

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Circuit arrangement for generating a digital binary data signal and an associated clock signal from a CMI-coded signal, the clock frequency of which is above 30 MHz

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Asynchronous clock signal generator and semiconductor device for correcting multi-phase signal using asynchronous clock signal

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Clock signal distribution and interrupt system for microprocessor integrated circuit device - has number of global drivers uniformly disposed along periphery of integrated circuit and number of feeders for supply clock signals to circuit components of integrated circuit

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Apparatus for clock signal distribution

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MULTI PHASE CLOCK SIGNAL GENERATOR, SIGNAL PHASE ADJUSTING LOOP UTILIZING THE MULTI PHASE CLOCK SIGNAL GENERATOR, AND MULTI PHASE CLOCK SIGNAL GENERATING METHOD

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A DEVICE FOR RESEARCH OF PROBABLE GRAPHS WITH RESTRICTIONS between them does not exceed a predetermined value. A device is known to simulate probability graphs containing its memorized vertex triggers, controllable key vertex schemes, the AND scheme is memorized, and the trigger of edges, controllable key schemes of edges, keys, distributor, delay line, counter, clock signal key, bus for outputting the results of the vertex and edge state drawing, widening of the conductivity test and the reset bus. It is impossible to determine the characteristics of the connectivity of a probabilistic graph with the constraint imposed by connectivity in this device. The purpose of the objectivity is the possibility of determining the connectivity characteristics of probabilistic graphs when imposing constraints on connectivity. ystvo introduced additional storage triggers vertices, controlled by the key circuit nodes controlled by the key circuit reber.skhema "AND" and "OR" bus circuit and reset. The unit inputs of the additional memorized trigger points of the vertices are connected to the corresponding outputs of the distributor 5 and to the outputs of the corresponding OR circuits. The reset inputs to the zero position of the additional memory triggers of the vertices are connected to the reset bus, and their single outputs to the corresponding inputs of the additional AND circuit and to the control inputs of the corresponding additional controlled key vertex circuits whose inputs are connected to the output of the clock key signals, and the outputs are connected by the inputs of the respective 15 “OR” schemes and are connected to a diagram representing a graph with the outputs of additional controlled key edge circuits, the control inputs of which are connected to the single outputs corresponding trigger-memory-20 ditch ribs. The output of the additional AND circuit is connected to the control input of the clock signal key and to the input of the delay line. Diagram of the device shown in the drawing. The device contains memory triggers of 25 vertices 1, which are connected to controlled key circuits of vertices 2 with one input 3 and several outputs 4; memory triggers of edges 5, connected to controllable key schemes of edges 6 with two 30 moves 7 and to additional controllable

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Clock signal distribution using photonic fabric

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