4 levels of cache memory were in the intel i7 processor versions that did not contain "crystalwell".
4 levels of cache memory were in the intel i7 processor versions that did not contain "crystalwell".
how many levels of cache memory in the intel i7 processor versions that do not contain "crystalwell"?
4
bullet::::- intel core i7 desktop processor product order code table









































bullet::::- intel core i7 mobile processor product order code table









































bullet::::- intel core i7 desktop processor extreme edition product order code table









































bullet::::- intel core i7 mobile processor extreme edition product order code table









































bullet::::- search mdds database









































bullet::::- intel ark database









































bullet::::- intel's core i7 web page









































bullet::::- intel's core i7 extreme edition web page









































bullet::::- intel's core i7 processor numbers









































bullet::::- intel's core i7 extreme edition processor numbers









































bullet::::- intel corporation – processor price list









































bullet::::- intel cpu transition roadmap 2008–2013









































bullet::::- intel desktop cpu roadmap 2004–2011
list of intel core i7 microprocessors
this resulted in the concept of cache memory, first proposed by maurice wilkes, a british computer scientist at the university of cambridge in 1965. he called such memory models "slave memory". between roughly 1970 and 1990, papers and articles by anant agarwal, alan jay smith, mark d. hill, thomas r. puzak, and others discussed better cache memory designs. the first cache memory models were implemented at the time, but even as researchers were investigating and proposing better designs, the need for faster memory models continued. this need resulted from the fact that although early cache models improved data access latency, with respect to cost and technical limitations it was not feasible for a computer system's cache to approach the size of main memory. from 1990 onward, ideas such as adding another cache level (second-level), as a backup for the first-level cache were proposed. jean-loup baer, wen-hann wang, andrew w. wilson, and others have conducted research on this model. when several simulations and implementations demonstrated the advantages of two-level cache models, the concept of multi-level caches caught on as a new and generally better model of cache memories. since 2000, multi-level cache models have received widespread attention and are currently implemented in many systems, such as the three-level caches that are present in intel's core i7 products.
cache hierarchy