System on chip, chip and electronic equipment based on surface wave communication

Abstract

The application provides a system on chip based on surface wave communication, a chip and electronic equipment. According to the communication relationship between the devices on the chip, a first coating for propagating surface waves is provided in the propagation layer of the surface wave propagation device, and the A second coating for absorbing surface waves. So that there is a communication relationship between the on-chip devices, surface wave communication can be carried out through the first coating, and the surface waves used in the communication between the two are absorbed by the second coating and will not be sent to other on-chip devices, so that there will be no impact on interference from other on-chip devices. Furthermore, the interference to other on-chip devices when any two on-chip devices in the system on chip perform surface wave communication is reduced, and it is possible to allow multiple on-chip devices in the system on chip to communicate simultaneously without interfering with each other.

Description

Technical field [0001] The present application relates to the field of chip technology, and more particularly to a chip-based system, chip and electronic device based on surface wave communication. Background technique [0002] System-on-a-CHIP, SOC refers to the integrated chip system on a single chip, a technique for packet distribution of all or part of the electronic circuit, and on-chip system allows multiple separate sheets on the chip. Communication is performed by a NetWork-On-CHIP, NOC. [0003] In the prior art, since the surface wave communication has good planar propagation characteristics, it is increasingly applied to a chip network in which the on-chip system is realized, so that there is a surface wave over the on-chip system to communicate. Among them, a surface wave propagation device is provided above a plurality of chip-on-chip-based devices, and any one of the devices can be carried in the surface wave and transmitted to the surface wave propagation device th...

AI Technical Summary

Problems solved by technology

[0004] However, in the prior art, all the on-chip devices in the system on chip can use the surface wave propagation device to communicate, so when any two on-chip devices perform surface wave communication, other on-chip devices will also receive surface wave signals from the surface wave propagation device. Waves, which in turn interfere with the normal operation of other on-chip devices

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