Onboard graphics processor control method and device

Abstract

The invention discloses an onboard graphics processor control method and device. The substrate controller is accessed to obtain configuration information, and a high-speed serial computer expansion bus exchange chip, a clock multiplexer and a clock buffer are configured. A power supply signal is used to communicate with the onboard voltage regulator to perform power-on and sequential control, so that the high-speed serial computer expansion bus exchange chip connects the plurality of onboard graphic processors to the high-speed serial computer expansion bus according to the configuration information and provides a clock signal. The PCIE interface and the clock signal can be provided for a plurality of different GPUs or different working states of the GPUs, the onboard graphic processor iscontrolled to work normally according to the performance requirements of the onboard graphic processor, and the processing capacity of the onboard graphic processor is improved.

Description

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AI Technical Summary

Benefits of technology

This technology allows an offload graphic display system (GIS) server to have better computing ability than traditional servers without requiring expensive hardware components such as CPU's. It also includes various features like memory management, network communication protocol acceleration, etc., which help it run faster while still maintaining good quality images displayed over large amounts of data.

Problems solved by technology

The technical problem addressed by this patented innovation relates to how efficiently process large amounts of data across many devices connected through computer networks such as internet connections without overloading their processor' s resources. This can lead to slower operation times due to slowdown caused by increased workload levels that require more computational capacity than what was previously possible at once.

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