Google Inc.

Silicon Magic Corporation

Gregory Mitchell Stefanek

Michael M Lee

Makarand Dharmapurikar

Greg L Tanaka

Sean Hsi-an Kuo

Kenneth Choy

A container layer for allowing a plurality of game instances running on an operating system to maintain full game functionality is configured to intercept a communication from a game instance of the plurality of game instances to the operating system and provide an appropriate response to the intercepted communication.

Method and system for maintaining game functionality for a plurality of game instances running on a computer system

Aspects for increasing efficiency of memory accesses during graphics rendering are provided. A preferred method aspect includes providing a plurality of memory banks for data, and decoding input signals that indicate accessing of at least one of the plurality of memory banks for a desired plurality of words of data. The method further includes splitting data access across the plurality of memory banks to allow parallel selection of an output from at least one of the plurality of memory banks as the desired plurality of words of the data, wherein latency of data access is amortized. A system aspect for improving data transfer from memory to a texture mapping unit includes a plurality of cache banks for storing texel data, a bank decode unit coupled to the plurality of cache banks for decoding a plurality of input signals indicative of selection of texel data from one or more of the plurality of banks, and selection control logic for receiving decoded address data from the bank decode unit and controlling selection of the plurality of cache banks to retrieve the texel data for output to the texture mapping unit.

Method and system for improved memory interface during image rendering

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Mountain View, CA, United States of America

Gregory Mitchell Stefanek