Intel 4 CMOS Technology Featuring Advanced FinFET Transistors optimized for High Density and High-Performance Computing.
B. SellS. AnJ. ArmstrongD. BahrB. BainsR. BamberyK. BangD. BasuS. BendapudiD. BergstromR. BhandavatS. BhowmickM. BuehlerD. CaselliS. CekliVrsk. ChagantiY. J. ChangK. ChikkadiT. ChuT. CrimminsG. DarbyC. EgeP. ElfickT. Elko-HansenS. FangC. GaddamM. GhoneimH. GomezS. GovindarajuZ. GuoWalid M. HafezM. HaranM. HattendorfS. HuA. JainS. JaloviarM. JangJ. KameswaranV. KapinusA. KennedyS. KlopcicD. KrishnanJ. LeibY.-T. LinN. LindertG. LiuO. LohY. LuoS. ManiM. MleczkoS. MocherlaP. PackanM. PaikA. PaliwalR. PandeyK. PatankarL. PipesP. PlekhanovChetan PrasadM. PrinceG. RamalingamR. RamaswamyJ. RileyJ. R. Sanchez PerezJ. SandfordA. SatheF. ShahH. ShimS. SubramanianS. TandonM. TanniruD. ThakurtaT. TroegerX. WangC. WardA. WelshS. WickramaratneJ. WnukS. Q. XuP. YasharJ. YaungK. YoonN. YoungPublished in: VLSI Technology and Circuits (2022)
Keyphrases
- high density
- high performance computing
- cmos technology
- computer architecture
- power consumption
- low power
- energy efficiency
- data center
- computational science
- low density
- massively parallel
- high power
- computing systems
- parallel computing
- computing resources
- parallel processing
- fault tolerance
- grid computing
- low cost
- power dissipation
- high speed
- computing environments
- virtual machine
- graphics processing units
- image sensor
- fine grained
- wireless sensor networks
- field effect transistors