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(Click for frequent words.) 74 multicore processors 74 multicore architectures 74 multithreaded applications 74 multi threaded applications 73 multicore 72 multicore architecture 71 multicore CPU 71 multithreading 71 CPU architectures 70 multicore processor 70 multi threaded 70 PowerPCs 70 Multicore processors 70 multiple CPU cores 70 multicore chips 69 multithread 69 multiprocessor 68 multi threading 68 multicore processing 68 microprocessor architectures 68 Multi threading 68 symmetric multiprocessing SMP 68 massively parallel architecture 67 CPUs 67 multiprocessor systems 67 Intel Nehalem processors 67 CPUs GPUs 67 manycore 67 Tesla GPUs 67 RISC processor 67 CPU 67 Hyperthreading 66 computing architectures 66 Symmetric Multiprocessing SMP 66 ARM CPU 66 multiprocessing 66 multithreading capabilities 66 symmetric multiprocessing 66 MIPS processors 66 quad core CPUs 66 compiler optimizations 66 DSP architectures 66 EEMBC benchmarks 66 heterogeneous multicore 66 heterogeneous architectures 66 compute intensive tasks 66 multithreaded 66 HPC workloads 66 i.MX processors 66 SIMD instructions 66 O subsystem 66 GPU compute 65 ATI GPUs 65 x# architecture 65 heterogeneous computing 65 quad core CPU 65 x# processors 65 Multithreaded 65 ARM cores 65 ARM processors 65 x# architectures 65 fpgas 65 multiprocessors 65 hyper threading technology 65 hyperthreading 65 Altivec 65 microarchitectures 65 processor cores 65 hyper threading 65 multicores 65 x# processor 65 #K CPS 65 GPGPU 65 architectures 65 HHDs 65 GPUs 65 x# CPU 64 AMD CPUs 64 IBM Power6 64 optimizing compiler 64 Cortex A9 processors 64 Harpertown processors 64 HyperThreading 64 AMD Geode processor 64 Intel EM#T 64 ATI GPU 64 SoC architectures 64 Hyper Threading 64 multicore processor architectures 64 C#x + DSP 64 Cortex A9 processor 64 Xtensa LX processor 64 Cell Processor 64 quadcore 64 DSPs FPGAs 64 multicore SoCs 63 symmetrical multiprocessing 63 computationally intense 63 JVMs 63 Core Microarchitecture 63 Lucid HYDRA 63 SPARC# 63 quad cores 63 AltiVec 63 PowerPC processor 63 compute intensive workloads 63 SSE4 63 RISC processors 63 i.MX# processor [001] 63 symmetric multiprocessor 63 x# chips 63 Linux kernels 63 multithreaded processors 63 NVIDIA CUDA architecture 63 #bit processors 63 Intel hyper threading 63 RISC DSP 63 #nm Nehalem 63 hyper threaded 63 Nvidia CUDA 63 Intel Nehalem 63 graphics subsystem 63 ARM# core [001] 63 ARMADA XP 63 GPU 63 VIA Nano processor 63 CISC architecture 63 IBM eServer x# 63 TI C#x 63 SpeedStep 63 Intel Itanium processors 63 GeForce GPUs 63 CPU cores 63 discrete GPUs 63 GPGPUs 63 PWRficient 63 multi threaded architecture 62 A9 processor 62 Intel Nehalem microarchitecture 62 Efficeon 62 compute intensive 62 memory subsystem 62 Intel Itanium architecture 62 Atom netbook 62 Phenom II processor 62 P# processor 62 parallelizing 62 Nehalem CPU 62 HPC clusters 62 #bit MCU 62 multicore DSPs 62 Power4 + 62 Multiprocessing 62 linearly scalable 62 ARM# [003] 62 6WINDGate software 62 CUDA enabled 62 smaller geometries 62 CEVA TL# 62 QuickPath 62 ARM Cortex A9 processor 62 Nvidia Tesla 62 Hyper threading 62 ARM CPUs 62 PowerPC G5 processor 62 Penryn processors 62 microserver 62 hardware accelerators 62 Cortex M3 core 62 AMD Fusion APUs 62 Freescale QorIQ 62 SSE4 instructions 62 Power4 62 SSE5 62 Quad Core processor 62 Intel XScale 62 NVIDIA Tesla GPUs 62 Intel Atom CPUs 62 Nvidia GPU 62 SiS# chipset 62 microprocessor cores 62 Fermi GPU 62 coprocessing 62 Lucid Hydra 62 coprocessors 62 POWER5 processor 62 parallelized 62 parallelization 61 multiprocessor servers 61 UltraSPARC T2 61 PWRficient processor 61 Altera FPGAs 61 ARM processor 61 Nucleus OS 61 Tolapai 61 reconfigurable computing 61 Core i7 processors 61 ARM7TDMI processor 61 UltraSparc III 61 AMD HyperTransport 61 deskside supercomputer 61 processor microarchitecture 61 AMD Opterons 61 Core i7 CPUs 61 Radeon GPUs 61 UltraSparc chips 61 Atom chipset 61 RISC cores 61 ARM Cortex A8 61 fully buffered DIMMs 61 XScale processors 61 OpenAccess database 61 8bit MCUs 61 Cortex A9 61 IXP# [001] 61 Intel Nehalem EX 61 raytracing 61 Multithreading 61 AMD Athlon# 61 DDR NAND 61 RISC architecture 61 SSE2 61 PowerVR SGX graphics 61 Cortex R4 processor 61 simultaneous multithreading 61 SIMD instruction 61 CloudLinux OS 61 Core microarchitecture 61 OpenGL API 61 Power5 processors 61 Stratix III FPGAs 61 Pentium processors 61 MPC# processor 61 SH 2A 61 EM#T processors 61 Opteron chips 61 AMD Phenom processor 61 Socket AM3 61 Core vPro 61 Cortex M0 processor 61 Fermi architecture 61 Multiprocessor 61 Carrier Grade RTLinux 61 PowerPC #GX 61 Turbo Mode 61 workstation graphics accelerators 61 e# cores 61 Nehalem chips 61 Cortex M4 61 Xtensa LX 61 Intel Xeon CPUs 61 UEFI 61 coprocessor 61 Nvidia GPUs 61 Xtensa processor 61 MPC#E processor 61 Virtutech Simics 61 compute clusters 61 GF# Fermi 61 Opteron EE 61 Enea LINX 61 TMS#DM# [002] 61 Freescale QorIQ P# 61 Blackfin Processor 61 GPU acceleration 61 Dunnington processor 61 Cortex A5 processor 61 OMAP processor 61 SPARC processors 61 1U server 61 AMD Direct Connect 61 MemoryScape 61 UltraSPARC T1 processor 61 Ext4 file 61 serviceability RAS features 61 ioMemory 61 core Atom N# 61 POWER7 61 UltraSPARC T1 61 SGI RASC 61 Radeons 60 chip SoCs 60 Socket AM2 + 60 Freescale PowerPC 60 Streaming SIMD Extensions 60 microarchitecture 60 AMD Opteron processors 60 PowerQUICC III 60 MXC architecture 60 C#x + 60 cache coherency 60 processing cores 60 ARM Jazelle technology 60 Opteron CPUs 60 ARM7TDMI S 60 Westmere processors 60 8bit MCU 60 NVIDIA GPU 60 datapaths 60 PowerNow 60 memcached 60 compute intensive applications 60 clockspeeds 60 #bit processor 60 Rambus XDR memory 60 logical partitions 60 Power5 chips 60 Opteron processor 60 IBM Power7 60 PowerPC architecture 60 reconfigurability 60 Nehalem architecture 60 AMD GPUs 60 LabVIEW graphical programming 60 Intel Pentium processors 60 Cortex A8 processor 60 Glaskowsky 60 Dual Quad Core 60 UltraSPARC processors 60 AMD Opteron CPUs 60 Intel Calpella platform 60 microservers 60 Nucleus RTOS 60 4U server 60 Blackfin processors 60 Hyper Threading Technology 60 M# chipset 60 SATA 6G 60 hardware acceleration 60 Parallel Computing Toolbox 60 POWER5 + processor 60 Power6 processors 60 Cortex processor 60 LX# processor 60 Intel Pentium Processor 60 Scali MPI Connect 60 IBM Power4 60 ARM Cortex A9 60 Efficeon processor 60 UltraSPARC T2 processor 60 #nm Westmere 60 Symmetric Multi Processing 60 Nehalem processors 60 Coral8 Engine 60 multicore computing 60 massively parallel computing 60 Intel CPUs 60 EcoRAM 60 AMD# dual 60 interprocessor communication 60 Atom CPUs 60 Intel HyperThreading 60 Fusion APU 60 #nm chips 60 Sempron chips 60 MIPS processor 60 IGP chipset 60 #nm fabrication 60 Panasas storage 60 DX#.# 60 SSE3 60 AM2 processors 60 POWER5 60 AMD# processors 60 1Ghz 60 dual core 60 Power6 chip 60 MPC#D 60 Xilinx FPGA 60 FPGA prototypes 60 OpenGL graphics 60 QUICC Engine technology 60 SR IOV 60 Gbps InfiniBand 60 IBM POWER5 60 Message Passing 60 InsydeH2O 60 rackmount server 60 Sempron processors 60 bytecodes 60 Intel Atom processors 60 Hypervisors 60 hyperthreaded 60 TMS#C#x + DSP 60 HyperMemory 60 FB DIMM 60 ARM# cores 60 AMD Geode 60 ARM Cortex ™ 60 reconfigurable hardware 60 ULV processors 60 fully synthesizable 60 EM#T 60 cluster interconnect 60 Xeon processors 60 TI OMAP# processor 60 FPGA architectures 60 Intel hyperthreading 59 Pentium M chip 59 Intel Core Microarchitecture 59 socket AM3 59 quad core Xeons 59 DX# GPU 59 #G chipset 59 HD #M 59 GPU computing 59 AMD# platform 59 Operton 59 Virtage 59 Celeron chips 59 Atom CPU 59 SPICE simulators 59 PowerVR SGX# 59 PowerPC chip 59 Intel Clovertown 59 Core2Duo processor 59 Intel Core Duo processors 59 motherboard GPUs 59 H# chipset 59 Caneland platform 59 Java VM 59 Quad Core Intel 59 HPC clustering 59 ATI chipsets 59 Virtual Machine VM 59 MPSoC 59 ACCELLERANT 59 AGEIA PhysX SDK 59 ColdFire processors 59 Virtualized servers 59 Socket AM2 59 LTE PHY 59 discrete graphics processor 59 Serial ATA drives 59 Power7 chip 59 synthesizable IP 59 LEON3 59 x# cores 59 AMD Duron 59 Niagara Sparc T1 59 unified shader 59 InfiniPath 59 zEnterprise System 59 ARM Cortex A9 MPCore 59 PhysX processor 59 AMD quad core 59 eDRAM 59 Clarksboro chipset 59 chip multithreading CMT 59 Phenom II processors 59 RISC microprocessor 59 HCS# 59 GPU cores 59 i.MX# processor [002] 59 multicore SoC 59 Jazelle RCT 59 Intel Pentium D 59 VarioTAP ® 59 Qt4 59 OpenMP 59 Power5 59 Dual Core processor 59 PCMOS 59 motherboard GPU 59 pixel shaders 59 NexusWare Core 59 Freescale MPC# 59 C#x [001] 59 Phenom CPUs 59 UltraSPARC IV 59 #bit MCUs 59 chip multithreading 59 GF# GPU 59 NVIDIA ION platform 59 DDR PHY 59 nVidia nForce 59 DDR3 chips 59 PowerPC processors 59 quad core chip 59 ioSAN 59 PXA3xx 59 AMD Bulldozer 59 GeForce #M graphics [001] 59 Westmere microarchitecture 59 Interface MPI 59 Nehalem EX processors 59 Power4 processors 59 GPFS 59 AMCC PowerPC 59 AVR ONE 59 SMP symmetric multiprocessing 59 MCH chipset 59 Intel XScale ® 59 Dual Core processors 59 discrete GPU 59 SLC NAND flash 59 MicroBlaze processor 59 iSCSI HBA 59 TOEs 59 Core Duo chips 59 Intel Xeons 59 Kevin Krewell editor 59 Westmere architecture 59 MIPS cores 59 IOP# 59 Intel Penryn 59 DDR2 SDRAMs 59 NVIDIA chipsets 59 Cortex A# 59 DDR3 modules 59 #-/#-bit 59 C#x DSP 59 JIT compilation 59 multicore microprocessors 59 blade servers 59 Cell MLC 59 Application Specific Extension 59 microMIPS ISA 59 ARM# processors 59 Intel Quad Core 59 POWER5 microprocessor 59 Pentium M notebook 59 Intel Core microarchitecture 59 Power5 + 59 GPGPU computing 59 massively parallel CUDA 59 PowerVR MBX 59 gcc compiler 59 Java APIs 59 parallelize 59 Kaminario K2 59 Linley Gwennap principal 59 Snapdragon platform 59 multicore designs 59 Wyse Thin OS 59 #GSE chipset 59 Hybrid CrossFire 59 Nvidia PhysX technology 59 zIIP engines 59 CE ATA interface 59 multicore x# 59 PowerPC #FX 59 NVIDIA Fermi architecture 59 Intel Core2 Quad 59 InfiniBand interconnects 59 MIPS architecture 59 MCF# 59 Zroute 59 Power7 processors 59 Optimizations 59 SH 4A 59 MPC#e 59 Power5 + processor 59 Cell BE 59 toolsuite 59 Mobility Radeon X# [001] 59 Menlow platform 59 petabyte scale 59 quad core server 59 APS3 59 Sparc processors 59 #.#GHz N# [002] 59 GZIP compression 59 AMD# processor 59 Compute Appliances 59 Athlons 59 Core2 59 nanometer CMOS 59 ISE #.#i 59 UEFI BIOS 59 solidDB 59 terascale computing 59 ARM Cortex M0 59 parallelism 59 Mellanox InfiniBand 59 motherboard chipsets 59 DDR2 DRAM 59 Intel ® 59 Rosetta emulation 59 Silverthorne processor 59 TI OMAP# [002] 59 QorIQ 59 SPARC V8 59 #bit CPU 59 compute cycles 59 uniprocessor 59 VIA Nano 58 PowerPC G5 58 FireStream 58 frontside bus 58 Spansion EcoRAM 58 IGP chipsets 58 XML parser 58 AMD Phenom processors 58 GeForce Boost 58 clockspeed 58 QuickPath interconnect 58 GT# GPU 58 i7 CPU 58 pixel shading 58 #nm FPGAs 58 PCI Express Gen2 58 SandForce controllers 58 AVR microcontroller 58 Power7 58 ® XScale 58 computing 58 distributed caching 58 Quadro GPUs 58 OCTEON II 58 Cell processor 58 ARM Cortex A# 58 XScale processor 58 S#C# 58 iWARP 58 Hohndel 58 G3MX 58 UltraSparc IV + 58 RealView Profiler 58 NVIDIA CUDA 58 XML parsing 58 RapidIO interconnect 58 HybridPower 58 Turbo Boost Technology 58 vector supercomputers 58 Intel SpeedStep technology 58 Execute Disable Bit 58 Opteron servers 58 Core2Duo 58 embedded processor cores 58 Penryn chips 58 Tesla GPU 58 PureVideo HD 58 core multi threaded 58 quad socket 58 MLC NAND 58 NVIDIA GPUs 58 zEnterprise 58 Blackfin BF# 58 vector supercomputer 58 UNIX workstations 58 Dell PowerEdge Dual Core 58 3DNow 58 MPC#A 58 codenamed Silverthorne 58 Phenom processors 58 Intel Xscale 58 4Gb DDR3 58 Cortex A5 58 multipathing 58 MicroBlaze 58 ATCA blade 58 Cortex M3 58 virtualized workloads 58 XenClient 58 NVIDIA Tesla 58 graphics processors 58 quad core microprocessor 58 NVIDIA CUDA enabled 58 INtime 58 IOMMU 58 configurable processor 58 Clovertown processors 58 Westmere EX 58 HPC cluster 58 VIA C7 M 58 NVIDIA CUDA TM 58 CUDA Toolkit 58 supercomputer clusters 58 MLC NAND Flash 58 NVIDIA GT# 58 ARM9 CPU 58 multiprocess 58 Linux OS 58 NVIDIA Tesla GPU 58 ARM9 processor 58 MicroTCA platforms 58 APOXI 58 Opteron Processors 58 multiprocessor architecture 58 Sparc servers 58 Nehalem Xeon 58 MPC# [003] 58 Force# switches 58 MirrorBit technology 58 ARMv6 58 Bulldozer architecture 58 AMD Dual Core 58 Blackfin Processors 58 FineSim Pro 58 SystemC modeling 58 Scalable Link 58 Cortex M1 58 AMD Fusion APU 58 dual core Opterons 58 SPARC Enterprise servers 58 C#x DSPs [001] 58 Transmeta Crusoe 58 Jumbo Frames 58 AM3 socket 58 Nehalem EX 58 FB DIMMs 58 nanometer lithography 58 FPGA fabric 58 Core i7s 58 Core Duo processor 58 registered DIMMs 58 Oracle TimesTen 58 CPU cycles 58 PowerPC #MP 58 SB# southbridge 58 Sandybridge 58 QNX Neutrino 58 ColdFire architecture 58 Atom processors 58 Solaris SPARC 58 Quad Core CPU 58 Desktop virtualisation 58 universal binaries 58 Freescale i.MX 58 scale linearly 58 Intel quad core 58 Cortex A# processor 58 Itaniums 58 Intel CULV processor 58 unified shader architecture 58 Dothan Pentium M 58 limitless scalability 58 TI DaVinci 58 rasterization 58 SoCs 58 ZFS filesystem 58 IHVs 58 RapidMind platform 58 ARM MPCore technology 58 CULV processors 58 XLP Processor 58 Intel Nehalem processor 58 discrete graphics cards 58 XDR memory 58 TurboBoost 58 Parallelism 58 Lynnfield processors 58 PowerQuicc 58 Atom Z# 58 NCBI BLAST 58 Intel Core i7 processors 58 ATI Crossfire 58 p5 #Q 58 DDR2 modules 58 NVIDIA ION 58 IBM eServer pSeries 58 PowerPC architectures 58 Solaris OS 58 Poulsbo chipset 58 structured ASICs 58 NetScaler MPX 58 PowerVR SGX 58 DDR3L 58 AM2 + 58 SATA controller 58 Gulftown processor 58 Tegra processor 58 SC# processor 58 Blackfin processor 58 transistor leakage 58 abstraction layers 58 DDR3 RDIMM 58 Via Nano 58 dataplane 58 Celerons 58 Arm Cortex 58 Havok FX 58 CellMath 58 PowerPC 58 STn# 58 GigaSpaces XAP 58 AMD# [001] 58 rackmount servers 58 MQX RTOS 57 Intel Q# chipset 57 Mobile ITX 57 Opteron 57 modularizing 57 programmable shaders 57 Radeon X#XTX 57 AMD Opteron Processors 57 ASICs FPGAs 57 ARM#T core 57 SAP HANA 57 AM2 + motherboards 57 #nm transistors 57 Intel #P chipset [001] 57 quad core processors 57 GDDR3 57 Torrenza 57 Intel IXP#XX 57 Core i5 processors 57 performant 57 x# virtualization 57 MSP# MCU 57 SM#.# 57 Neo K# 57 TCP IP Offload Engine 57 LiquidIQ 57 3GHz processor 57 Java Virtual Machine 57 Atom microprocessor 57 Xeon LV 57 NVIDIA CUDA parallel 57 Java runtimes 57 ZigBee protocol 57 MSC# DSP 57 NVIDIA Ion 57 SGX# graphics 57 Semprons 57 datapath 57 RLDRAM II 57 NVIDIA chipset 57 #GC chipset 57 Next Generation AMD Opteron 57 OMAP3 57 GridIron XLR8 57 #nm SOI 57 nVidia SLI 57 ARM#T processor 57 Snapdragon chipsets 57 CUDA TM 57 Itanium2 57 i7 chips 57 G5 processor 57 AVR# [002] 57 RV# GPU 57 NVIDIA GPU computing 57 TMS#DM# [001] 57 microprocessor 57 G# chipset 57 Atom Processor 57 logical partitioning 57 Xeon chips 57 TSMC #nm process 57 i7 CPUs 57 #GX chipset 57 C# DSP 57 FSMLabs RTLinux 57 Pentium M processors 57 Cortex A9 MPCore 57 FPGA prototyping 57 #.#GHz Dual Core 57 UltraSparc 57 Ajax toolkits 57 Power7 processor 57 Turbo CORE 57 CSX# [001] 57 Am# 57 1Ghz Snapdragon 57 Nehalem microarchitecture 57 PHP scripting 57 remoting 57 Intel Yonah 57 HP xw# workstation 57 Power6 processor 57 Xeon processor 57 1MB L2 cache 57 RISC architectures 57 MirrorBit ORNAND 57 Armada XP 57 Fruehe 57 Cortex M0 57 RTLinux 57 quad core Intel Xeon 57 AMD processors 57 Intel Montevina 57 ARM Cortex M3 57 tera scale 57 GNU toolchain 57 vCore 57 Cavium OCTEON 57 multicore multithreaded 57 Em ITX 57 serial interconnects 57 DirectX Compute 57 Xyratex F#E 57 superchip 57 LRDIMM 57 Windows Embedded Compact 57 ARM Cortex A8 processor 57 nVidia chipset 57 quad GPU 57 TI DSP BIOS 57 pNFS 57 clockless 57 QNX Neutrino RTOS 57 FPGAs 57 PowerPC Macs 57 Core i7 chips 57 IBM BladeCenter QS# 57 MLC NAND flash 57 2 Duo CPUs 57 iSCSI protocol 57 ARM7TDMI core 57 #MHz FSB [001] 57 K8L 57 SyncSort 57 socket Xeon 57 Arrandale processors 57 Clovertown 57 NetBurst 57 TCP IP offload 57 JVM Java 57 Core Duo chip 57 Promentum ATCA 57 AMD Cool'n'Quiet technology 57 quad core 57 x# [004] 57 quad core processor 57 Solaris Sparc 57 Nvidia Optimus 57 Banias Pentium M 57 RTCore 57 Xserves 57 partial reconfiguration 57 Gigabit Ethernet adapters 57 cluster nodes 57 SciFinance 57 tickless kernel 57 X# chipset 57 O Virtualization IOV 57 SOC designs 57 Intel Nehalem Xeon 57 graphics chipsets 57 gigahertz processors 57 Intel Xeon processors 57 TI OMAP processor 57 Cortex A# MPCore 57 NVIDIA CUDA ™ 57 #nm NAND flash 57 CEVA TeakLite III 57 LLVM 57 Mitrion C 57 G4 processor 57 runtime environments 57 Gridborg HMP 57 Penryn processor 57 Xeon servers 57 i7 processor 57 NetApp deduplication 57 Xeon E3 57 Samsung S#C# 57 StarCore DSP 57 SATA #.#Gbps 57 Xscale 57 microcode 57 Intel QuickPath 57 ARM#EJ processor 57 obsoleting 57 Cortex M3 processor 57 Marvell PXA3xx 57 vSMP 57 DX# graphics 57 baseband processing 57 Oracle9i RAC 57 markup languages 57 ATI PowerPlay 57 #nm Penryn 57 #MHz Celeron 57 VAAI 57 UltraSPARC processor 57 density NAND flash 57 nonvolatile storage 57 MirrorBit NOR 57 DDR2 memory interface 57 VIA Isaiah 57 SPARC processor 57 Itanium servers 57 Kilocore 57 ARM# ™ 57 watt quad core 57 OCDemon 57 mainframe MIPS 57 virtualization 57 compute blades 57 MapReduce 57 PureVideo HD technology 57 Intel Xeon quad core 57 FreeBSD kernel 57 highly performant 57 PowerPC cores 57 Core i3 CPU 57 FPGA 57 ConnectCore Wi i.MX# 57 #nm silicon 57 CriticalBlue Prism 57 MCP# chipset 57 C7 M 57 Cool'n'Quiet 57 Nvidia ION 57 Absoft Fortran 57 QorIQ processors