Intel® multi-core technology offers scalable and energy-efficient performance in a smaller footprint enabled by the advanced parallel processing of next-generation hafnium-based 45nm technology. With multiple execution cores within a single chip, these processors can operate at the same power level as previous generation single-core processors.
Ideal for communications and embedded systems where performance-per-watt has become increasingly critical, each execution core in an Intel multi-core processor is clocked slower than a single-core processor resulting in lower input voltage and greater performance.
Improved performance per watt enabled by 45nm Hi-k next generation Intel® Core™ microarchitecture, delivering improved transistor switching speed and reduced transistor gate leakage.
Backwards compatibility with Intel® Architecture-based processors so you can continue to utilize the 32-bit applications of today while adopting 64-bit applications for the future.
Assign different tasks to each execution core, with each functioning as a distinct processor, allowing you to dedicate multiple applications and operating systems (OSs) to a single execution core, unencumbered by tasks that would otherwise compete for CPU resources.
Ideal for communications and embedded systems where performance-per-watt has become increasingly critical, each execution core in an Intel multi-core processor is clocked slower than a single-core processor resulting in lower input voltage and greater performance.
Improved performance per watt enabled by 45nm Hi-k next generation Intel® Core™ microarchitecture, delivering improved transistor switching speed and reduced transistor gate leakage.
Backwards compatibility with Intel® Architecture-based processors so you can continue to utilize the 32-bit applications of today while adopting 64-bit applications for the future.
Assign different tasks to each execution core, with each functioning as a distinct processor, allowing you to dedicate multiple applications and operating systems (OSs) to a single execution core, unencumbered by tasks that would otherwise compete for CPU resources.
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