A 3.6 GHz 16-Core SPARC SoC Processor in 28 nm

Solid-State Circuits, IEEE Journal of  (2013)

Cited 29|Views49
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Abstract
The 3.6 GHz SPARC T5 processor is Oracle's next generation CMT SoC processor implemented in TSMC's 28 nm process with 1.5 billion transistors. Significant performance improvements were made by doubling the previous generations number of cores to 16 and L3 cache size to 8 MB while increasing bandwidth by nearly 3×. Power efficiency was improved through features like DVFS, core-pair cycle skipping and SerDes power scaling. The SPARC T5 processor has been designed to fit in systems that can scale from 1 to 8 sockets, or 128 to 1024 threads, in glueless fashion. The diverse system-level bandwidth requirements of up to 5.65 TB/sec in these systems are met by advanced SERDES design that handles up to 30 dB loss in an area and power efficient manner. The different thermal envelopes of these systems are addressed by power management features that span software, system and chip design.
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Key words
cache storage,microprocessor chips,system-on-chip,16-core SPARC SoC processor,DVFS,L3 cache size,SPARC T5 processor,advanced SERDES design,chip design,core-pair cycle skipping,frequency 3.6 GHz,memory size 8 MByte,power efficiency,power management features,size 28 nm,system-on-chip,thermal envelopes,Analog circuit,SPARC,digital circuit,microprocessor,multi-core,multi-threaded,system on chip (SoC),very large scale integration (VLSI)
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