Since [...], uniprocessor performance improvement dropped
Further performance improvements by placing multiple processors on single die (multi-core architecture)
Initially called on-chip or single-chip multiprocessing
Cores often share resources (e.g., caches, memory, I/O)
Limited by memory bandwidth
Leverages design investment by replicating it
Answer
2002
Question
Multicore
Since [...], uniprocessor performance improvement dropped
Further performance improvements by placing multiple processors on single die (multi-core architecture)
Initially called on-chip or single-chip multiprocessing
Cores often share resources (e.g., caches, memory, I/O)
Limited by memory bandwidth
Leverages design investment by replicating it
Answer
?
Question
Multicore
Since [...], uniprocessor performance improvement dropped
Further performance improvements by placing multiple processors on single die (multi-core architecture)
Initially called on-chip or single-chip multiprocessing
Cores often share resources (e.g., caches, memory, I/O)
Limited by memory bandwidth
Leverages design investment by replicating it
Answer
2002
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Open it Multicore Since 2002, uniprocessor performance improvement dropped Further performance improvements by placing multiple processors on single die (multi-core architecture) Initially called on-chip or single-