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(Click for frequent words.) 74 GFLOPS 73 teraFLOPS 73 GFlops 72 gigaflops 72 TeraFLOPS 72 TFLOPS 72 TFlops 70 Tflops 69 Teraflops 69 teraflops trillions 69 GFLOPs 67 Tflop s 66 Gigaflops 66 Petaflops 65 gigaflop 65 MFLOPS 65 petaFLOPS 64 #.# petaflops 64 Intel Xeon CPUs 64 DMIPS 63 quadrillion mathematical calculations 63 teraflops 63 Math Kernel Library 63 megaflops 63 Mflops 62 Intel Xeon X# 62 teraFLOP 62 Freescale PowerPC 62 NVIDIA Tesla 62 GHz POWER5 61 LINPACK 61 GMACS 61 teraflop 61 Tesla C# 61 HP ProLiant DL# G7 61 node cluster 60 HP Integrity rx# 60 #GBps 60 TFlop s 60 DMIPS MHz 60 #GB RDIMM 60 SPECfp rate# 60 X# processors 60 IBM Power4 60 Dhrystone MIPS 60 SPECint rate# 60 8MB L3 cache 60 p5 #Q 60 ASC Purple 59 GHz Dual Core 59 AMD FireStream 59 SPECint rate base# 59 GB sec 59 Tesla GPU 59 symmetric multiprocessing SMP 59 GHz Celeron 59 Intel Core2 59 quadrillion calculations 59 petaflops 59 #.#GB/sec [002] 59 quadrillion calculations per 59 quadrillion floating 59 Linpack benchmark 59 #.#GHz Opteron 59 LINPACK benchmark 59 Intel ® 59 GPU compute accelerators 59 socket x# 59 Westmere processors 59 Teraflop 59 IBM eServer p5 59 compute blades 58 KB L2 cache 58 Power5 chip 58 SGI Origin 58 Core i7 #x 58 teraFLOP s 58 Xeon L# 58 Dhrystone 58 ATI CrossFireX ™ 58 FLOPS 58 Integrity rx# 58 DL# G2 58 #MIPS [002] 58 IBM eServer p# 58 Xtensa LX 58 multiply accumulates 58 TMS#DM# [002] 58 Dawning #A 58 Intel Core2 Quad 58 GB DDR3 58 Mbytes sec 58 #K IOPS [001] 57 integer throughput 57 GBps 57 scales linearly 57 unified shader 57 SGI NASDAQ SGIC 57 Petaflop 57 Atom N# processors 57 Phenom II processor 57 NVIDIA CUDA enabled 57 Power7 cores 57 NVIDIA Tesla C# 57 dataplane processing 57 ATI GPU 57 quad core Xeon processors 57 PowerPC #GX 57 gigabit DDR3 SDRAM 57 IBM p5 57 Quad Core CPU 57 Mbps throughput 57 Gbps transceiver 57 multicore CPU 57 megaflops per 57 exaflop 57 Sun UltraSPARC 57 CSX# [001] 57 Power4 + 57 IBM p# 57 HP ProLiant DL# 57 DDR2 DRAM 57 Xtensa LX processor 57 #MIPS [001] 57 Quad Core processors 57 Texture Units 57 microamperes 57 processor sockets 57 #.#GHz processors [002] 57 Tesla GPUs 57 IBM BlueGene P 57 petaflop 57 random IOPS 57 deskside supercomputer 57 Quad Core processor 57 #.#ghz [001] 57 HP Z# Workstation 57 watt TDP 56 #.#Gbit s [001] 56 1GB GDDR3 56 BlueGene P 56 6MB L3 cache 56 ARM# core [001] 56 Core2 Quad 56 Core i3 #M 56 #GB/sec 56 DDR3 DRAM 56 PowerEdge SC# [001] 56 GHz T# 56 Intel Pentium D 56 Linpack 56 Xeon LV 56 pixel shader processors 56 eServer p5 56 Absoft Fortran 56 sqft hr 56 HP rx# 56 #.#GHz CPUs 56 PowerBook G4 #mb SO 56 #MHz VIA 56 #.#GHz PowerPC 56 IBM BladeCenter H 56 socket blade 56 #W ACP 56 multiply accumulate 56 Phenom X4 #e 56 unified shaders 56 Nvidia Tesla 56 #W TDP [001] 56 System x# 56 Intel #nm Penryn 56 GHz Power5 56 MB DDR2 SDRAM 56 #-/#-bit 56 Dual Core processors 56 Cortex A8 processor 56 GPU cores 55 RISC DSP 55 Dual Core Opteron 55 #.#GB s [001] 55 Tbit s 55 Intel #GME chipset 55 POWER5 55 PowerEdge C# 55 MB DDR 55 multicore processor 55 GigaBytes 55 Power5 chips 55 processor cores 55 #.#Ghz [001] 55 I2C programmable 55 SPECjbb 55 RISC processor 55 C#x [001] 55 AltiVec 55 Opteron EE 55 PowerPro MG 55 programmable DSP 55 consumes #mW 55 Cray XT 55 #.#GHz i7 55 massively parallel architecture 55 #.#W TDP 55 #.#GHz PowerPC G4 55 Xeon CPUs 55 #.#GHz Pentium 4 [001] 55 Gb sec 55 PCMark 55 Tesla S# 55 Dual Core processor 55 CUDA TM 55 MHz FSB 55 POWER4 + 55 SGI Altix servers 55 Neo K# 55 MHz frontside bus 55 #Gb MLC NAND 55 Intel Nehalem EX 55 #W TDP [002] 55 IBM eServer x# 55 #MHz Celeron M 55 ATI FireGL V# 55 ioDrive Octal 55 Quad Core Intel 55 GHz Pentium M 55 #.#GBps 55 compute node 55 KB RAM 54 linearly scalable 54 GZIP compression 54 Mbits 54 4U server 54 MByte 54 multiprocessor architecture 54 vSMP Foundation Standalone 54 Intel Clovertown 54 PowerXCell 8i 54 #.#GHz Intel Core Duo 54 #MHz DDR [001] 54 megabit Mb 54 i7 #X 54 RISC cores 54 DL# G3 54 QXGA 54 Dell PowerEdge T# 54 FPGA architectures 54 x# blade servers 54 POWER5 + 54 7U enclosure 54 Core i5 #UM 54 RISC processors 54 #.#/tpmC 54 AMD Opteron TM 54 Zotac GeForce GTX 54 HPC cluster 54 FastSPICE 54 MB cache 54 Simulink models 54 1Gbyte 54 4U chassis 54 MHz DDR 54 #MB/sec sequential read 54 SSE2 54 #/#bit 54 SIMD instruction 54 1MB cache 54 processor Altix 54 #MHz RAM [001] 54 Dell PowerEdge SC# 54 Quadro FX# 54 symmetric multiprocessor SMP 54 Core i7 quad core 54 #.#GHz CPU [002] 54 multiprocessors 54 System x# X5 54 processing cores 54 #.#PB 54 massively parallel processor 54 multicore DSPs 54 PowerBook G4 DDR2 #mb 54 Solarstorm #GbE controller 54 Gbps firewall 54 Fermi GPU 54 CUDA enabled 54 NVIDIA Tesla GPU 54 SPARC# 54 GPUs 54 Clovertown processors 54 LPDDR2 DRAM 54 Intel Xeon quad core 54 RADEON HD 54 GB DDR2 54 NVIDIA Tesla GPUs 54 Cray X1E 54 Altix UV 54 quad core CPUs 54 gigabytes GBs 54 eServer p# 54 ANSYS FLUENT 54 IOPS input 54 Kbits 54 Bull NovaScale 54 Core2Duo processor 54 NUMAlink 54 hyper threaded 54 Industry Highest Density 54 dB SNR 54 quad core server 54 MMACS 54 GHz PowerPC G5 54 Jaguar supercomputer 54 MBytes 54 O subsystem 54 #.#GHz P4 54 Fire X# M2 54 Gb NAND 54 CPUs 54 rackmount servers 54 inch XGA display 54 SPECint 54 microampere 54 AMD Athlon# 54 Ultra Low Voltage 54 8GHz 53 IOP# 53 0 dBm 53 CY# [003] 53 programmable DSPs 53 5X faster 53 pixel pipelines 53 #Kbyte [002] 53 #Mbyte [001] 53 shader processors 53 #.#GHz Intel 53 3GHz processor 53 Itanium2 53 Core Duo T# 53 Gbits 53 QPACE 53 microsecond latency 53 Gb s gigabits 53 datarate 53 pSeries servers 53 motherboard GPU 53 consumes #W [002] 53 #x #x [002] 53 ULV processor 53 MHz DDR2 53 Adaptec MaxIQ SSD caching 53 symmetric multiprocessor 53 #.#mA [001] 53 SLC SSDs 53 BL#c 53 logic elements LEs 53 rpm spindle speed 53 Gbytes sec 53 Celeron M processor 53 Intel PXA# processor 53 SGI Altix UV 53 VSIPL 53 4Gb DDR3 53 Celeron M processors 53 IBM POWER5 53 iSCSI HBA 53 TeraScale 53 HP ProLiant DL# G5 53 ioDrive Duo 53 PowerPC processor 53 IBM iDataPlex 53 System x# M2 53 Intel Celeron M 53 MBd 53 Nvidia Tesla M# 53 megabits sec 53 CPU sockets 53 ThinkStation C# 53 POWER6 processors 53 Hyper threading 53 vCORE 53 #Mbytes [001] 53 PowerPC G5 processors 53 Terabytes TB 53 rx# servers 53 #.#Gbps SATA 53 multi gigabit transceivers 53 decimal digits 53 Intel Core i7 processors 53 GHz processors 53 #.# mW MHz 53 Intel Dual Core 53 multicore architecture 53 bit RISC processor 53 midrange Fibre Channel 53 SDRAMs 53 Cluster Workstation 53 CPU 53 processor QX# 53 DDR2 memory interface 53 rackmount server 53 ATI Mobility Radeon X# [001] 53 teraelectronvolts 53 CPU 2GB 53 MB DDR SDRAM 53 Xtensa processor 53 RDIMMs 53 Param Padma 53 compute intensive workloads 53 L1 cache 53 Intel Xeons 53 SGI Onyx 53 #mb DIMM 53 accelerator emulator 53 SunFire 53 GeForce GPUs 53 Sempron chips 53 AMD Opteron CPUs 53 #Gbps Ethernet ports 53 quad core AMD Phenom 53 Core i3 processors 53 AMD Athlon II X4 53 write IOPS 53 OCZ Vertex EX 53 BladeSystem servers 53 Intel #GM chipset 53 #Mbits [001] 53 Multi threading 53 IBM Power6 53 ZeusIOPS SSDs 53 4GHz 53 Core i7 processor 53 CPU cores 53 Intel Core i7 #QM [001] 53 Dual Core AMD Opteron 53 memory addressability 53 PRIMERGY RX# S1 53 C#x + DSP 53 quad socket 53 voltage Pentium M 52 MBps 52 SiSoft Sandra 52 Sparc Enterprise 52 DDR# memory 52 petaflop supercomputer 52 GF# graphics 52 desktop workstation 52 MB sec 52 symmetrical multiprocessing 52 Fibre Channel ports 52 DDR# SDRAM 52 servers blade servers 52 FireStream 52 Pulsar XT.2 52 SPECpower ssj 52 2MB L2 cache 52 Cray XD1 52 computationally demanding 52 Vcore 52 #μA [002] 52 DDR4 52 Cray X1 52 KBytes 52 TILE# 52 Pulsar.2 52 Power5 processor 52 8MB cache 52 IBM BlueGene 52 similarly configured 52 Power5 processors 52 DIMMS 52 Cray XT3 52 Intel Xeon E# 52 #.#GHz Pentium M [002] 52 differential nonlinearity DNL 52 GA UD2H 52 #.#GHz G4 processor 52 E# CPU 52 SPECfp 52 NVIDIA CUDA parallel 52 6MB cache 52 XT4 52 cell SLC NAND 52 Intel quad core 52 HP ProLiant G6 52 #.#MHz [008] 52 Mbit s Ethernet 52 #.#GHz Core [002] 52 CoreMark 52 StorCenter Pro ix4 52 VIA Eden ULV 52 HPC workloads 52 technical computing HPTC 52 4Gbit/sec 52 LX# processor 52 Power4 processors 52 Stream Processors 52 BDTI DSP Kernel Benchmarks 52 MetaSDRAM 52 #T bytes [001] 52 #Mbyte s [001] 52 Graphics Accelerators 52 FSMLabs RTLinux 52 1GB DDR2 52 IOPs 52 μW 52 ARM7TDMI S 52 #fps frames 52 GHz G5 52 Cray XT5 52 Intel Core2 Duo processor 52 Samsung S#C# 52 coprocessing 52 ARM# MPCore multicore processor 52 Panasas storage 52 TSUBAME 52 XT3 52 XDR DRAM 52 GHz Athlon 52 InfiniBand interconnects 52 UltraSparc III 52 Merom chips 52 DDR2 #MHz RAM 52 compute density 52 GDDR5 memory 52 C#x + 52 dBm output 52 #.#GHz Athlon 52 SPECjbb# 52 NVIDIA CUDA architecture 52 #dBm output 52 Gigabytes GB 52 embedded microcontroller 52 DDR3 chips 52 Nvidia GPUs 52 F1R 52 #MHZ [003] 52 CPWs 52 PathScale EKOPath Compiler Suite 52 AMD Geode LX# 52 IBM eServer OpenPower 52 vector supercomputer 52 3GHz Pentium 4 52 ATI GPUs 52 Intel CULV processor 52 InfiniBand interconnect 52 Quiescent current 52 2Gbps 52 Sparc# 52 4GB DDR2 memory 52 kbit 52 MB L2 cache 52 POWER7 52 AMD Socket AM2 52 tpsE 52 BlueGene L supercomputer 52 FSB# 52 GHz CPU 52 #.#GB/sec [001] 52 4GB DDR3 51 2MB cache 51 AMD Opteron processors 51 voltage #.#V 51 Gbps throughput 51 Lucid HYDRA 51 DL# G5 51 MHz CPU 51 4G bytes 51 FragBox 51 2U chassis 51 kilovolts kV 51 quadcore 51 SanDisk G3 SSD 51 6Gb 51 Cray XT4 51 V#x 51 #Kbytes [002] 51 cluster interconnect 51 Symmetric Multiprocessing SMP 51 #K bytes [002] 51 #MB [002] 51 #.#MB s [001] 51 #T bytes [002] 51 mOhm 51 DDR SDRAMs 51 Altivec 51 GPU 51 Celeron chips 51 SATA #.#Gbps ports 51 ARM CPU 51 ConnectX adapters 51 microwatt 51 QphH @ #GB [001] 51 NEC SX 51 oxide thickness EOT 51 #.#GT s 51 Clovertown quad core 51 1Tb 51 ThinkCentre A#z 51 fragment shader 51 JUGENE 51 Dual Core Processor 51 SPECpower ssj# 51 Ghz processor 51 Xtreme #V 51 #Gbit [001] 51 DDR DRAM 51 DDR3 SDRAM 51 #.#Gbit s [002] 51 POWER5 processor 51 Penryn processors 51 Cray XT5 supercomputer 51 AMD Duron 51 POWER5 + processor 51 POWER7 processors 51 SGI RASC 51 quad core Xeon 51 quad core AMD Opteron 51 #.#dBm 51 XT5 51 #MHz #.#GHz 51 Primergy servers 51 #.#G bytes 51 Intel Core i5 processor 51 DPUs 51 #.#W [003] 51 Core Processor 51 bullx 51 N# CPU 51 simultaneous multithreading 51 MPC#E processor 51 PathScale EKO Compiler Suite 51 ultralow voltage 51 JTAG port 51 lumen brightness 51 SPARC Enterprise T# 51 gigabit Ethernet ports 51 #GbE connectivity 51 MHz DDR3 51 HDD SSD 51 Distributed Computing Toolbox 51 3GHz 51 #.#MB/sec [003] 51 #.#Ghz processor [002] 51 Cluster Platform #BL 51 #GB SATA drives 51 areal densities 51 microprocessor cores 51 #x# [004] 51 HP ProLiant BL#c G5 51 Cray CX1 51 Core i7 Core i5 51 petawatt 51 bit memory addressability 51 pin LQFP package 51 Gbit Ethernet ports 51 datarates 51 Intel Xeon L# 51 L#A [001] 51 X#s [001] 51 5Gb s 51 terabytes TBs 51 Niagara Sparc T1 51 Integrity Superdome 51 System x iDataPlex 51 GDDR3 51 chip multithreading CMT 51 Mbytes 51 #.#MBps [002] 51 quad core Xeons 51 Liquid Cooled 51 compute intensive applications 51 quad core CPU 51 Sun SPARC Enterprise 51 Dell PowerEdge R# 51 #MHz GPU 51 AMD Geode processor 51 Gbits s 51 #,# wspm 51 SPARC Enterprise servers 51 4MHz 51 MPI latency 51 #cd m² 51 AMD Geode LX 51 Dell PowerEdge C# 51 PCIe interface 51 ULV processors 51 Bx2 51 2U rack server 51 HP ProLiant DL# servers 51 Graphics Processor 51 T# #.#GHz [002] 51 Power7 chip 51 #.#GHz Pentium 4 [002] 51 i#/i# 51 DDR2 SDRAMs 51 terabyte #GB 51 SXGA 51 nP# 51 5V CMOS 51 GPIB instruments 51 #.#GB RAM 51 sq. mm 51 AMD GPUs 51 #Gbs 51 1U server 51 DSP architectures 51 4Gbyte 51 InfiniBand DDR 51 Java Workstation W#z 51 eServers 50 Storage Nodes 50 multiprocessor 50 #X SSD 50 GOPS 50 dual core Opterons 50 Power5 + processor 50 pixel shaders 50 4GB DDR3 #MHz 50 inch rack mountable 50 8Gbps 50 #/#BaseT Ethernet 50 WUXGA #x# 50 PRIMERGY 50 2U server 50 #.#TB [003] 50 AGP 8X 50 MHz DDR memory 50 +# dBm output 50 PowerNow 50 3Gbit/sec 50 DDR3 RDIMM 50 #Kw [002] 50 multiprocessor server 50 x4 slot 50 #Mbit/sec [001] 50 discrete graphics cards 50 ORNL Jaguar 50 hyper threading 50 VCXO 50 #mm ² [001] 50 #.#TB [002] 50 Dual Core Intel 50 RISC architecture 50 #Mb GDDR3 50 GeForce #GT graphics 50 Sun Fire V#z 50 RISC microprocessor 50 petascale 50 Panasas Storage Cluster 50 GB DDR2 RAM 50 1mW 50 CrossFireX ™ 50 XD1 50 Cortex M3 core 50 processor SGI Altix 50 OLTP workloads 50 FineSim Pro 50 Gbit sec 50 GBytes 50 Cinebench R# 50 PhysX processor 50 microamp 50 compute nodes 50 8GB DIMMs 50 #GE ports 50 #ksps 50 XE6 50 #Mbits [002] 50 QDRII + 50 CS# EDC 50 IBM eServer pSeries 50 Integra DSP 50 #x#W 50 pin SSOP package 50 ioDrives 50 Cray XMT 50 RAID Storage 50 Nvidia GPU 50 1uA 50 interprocessor communications 50 2u 50 #G OTN [001] 50 teraflop Cray 50 2GB DDR2 RAM 50 #x#mm package 50 ANSI lumens brightness 50 PS#X 50 BLAS 50 Gigabit PHY 50 #Gbyte [002] 50 Linux Networx cluster 50 Cray CX# 50 Xeon servers 50 Core Duo processor 50 #.#Tbps [002] 50 #Gbit/sec 50 Linpack Benchmark 50 MIPS processors 50 Spinpoint F4 50 Gigabit LAN ports 50 SC# [001] 50 LS# blade 50 multi threaded architecture 50 multiple CPU cores 50 DSPs FPGAs 50 ThinkPad L# 50 i5 processor 50 core Opterons 50 Cray XT3 supercomputer 50 GF# chip 50 Petabytes 50 Nehalem processor 50 AMD Opterons 50 Amorfix utilizes 50 Tb s 50 #Gbps throughput [001] 50 RISC architectures 50 IBM BladeCenter servers 50 #PB [002] 50 #/#M 50 Intel Xeon processors 50 mW MHz 50 RTAX DSP 50 CUDA architecture 50 #Gbytes 50 #dB SNR [002] 50 #U rack 50 4P servers 50 #.#GHz processor [002] 50 DirectFLOW 50 usage effectiveness PUE 50 ioMemory 50 Xserve G5 50 UCD# 50 PB G4 50 baud rate 50 VCX Connect 50 GigaThread 50 teraflop supercomputer 50 #/#BaseT 50 DDR2 SDRAM memory 50 Tianhe 1A 50 4KB random write 50 Cheetah NS 50 μsec 50 Dual Core Intel Xeon 50 #bits 50 MicroBlaze processor 50 Transmeta Efficeon processor 50 compute clusters 50 synchronous buck converters 50 surgical reproducibility 50 DDR3 #MHz memory 50 4GB DDR3 modules 50 1GHz 50 #MSPS 50 Power7 processors 50 SPECweb# 50 Gbps interfaces 50 quad core Opterons 50 Atom microprocessor 50 Fast Fourier Transform FFT 50 compute cluster 50 Vdd 50 #V MOSFET [001] 50 Gb s interface 50 quad core processor 50 PQFN 50 GPU compute 50 GMSK 50 Serial ATA drives 50 coprocessors 50 Sparc# processor 50 cryptographic accelerator 50 consumes #W [001] 49 #GbE ports 49 eServer x# 49 HPC clusters 49 scale linearly 49 SAS disks 49 #.#GHz Atom N# [001] 49 NVIDIA ION platform 49 UltraSPARC IV 49 Xserve servers 49 SATA 3Gb s 49 CCFL LCD 49 Inspiron E# 49 millisecond latency 49 #Gbps throughput [002] 49 #MB DDR2 [002] 49 Gbps backplane 49 2MB L3 cache 49 PRIMEPOWER servers 49 embedded SRAM 49 UltraSPARC T2 processor 49 PWM outputs 49 GDDR4 memory 49 datapaths 49 OneNAND Flash 49 IBM Power7 49 TB terabytes 49 AM2 processors 49 POWER6 49 supercomputing clusters 49 InfiniteStorage 49 Cray XT6 49 Celeron processor 49 GHz Intel Atom 49 NVIDIA GPUs 49 Gbs 49 WSN#G 49 TurboBoost 49 1GB DDR2 memory 49 PWM frequency 49 6Gbps SATA 49 computing HPC 49 Gb SAS 49 QuadCore 49 computationally intensive 49 microprocessor architectures 49 exascale 49 Gigahertz GHz 49 uW 49 PrimePower 49 SIMD 49 Cray XK6 49 #.#V [002] 49 heterogeneous architectures 49 Fermi GPUs 49 pulse width modulator PWM 49 3U chassis 49 GHz Pentium 4 49 Nvidia Tesla GPUs 49 MegaCore 49 Gigabits 49 Acceleron NP 49 Cray XT4 supercomputer 49 #kW #bhp 49 4Gb NAND flash 49 gbps 49 SMP symmetric multiprocessing 49 UltraSPARC T1 49 2Ghz 49 Xtensa processors 49 Atrato V# 49 symmetrical multiprocessing SMP 49 #.#Gbps [003] 49 Altix XE# [002] 49 SM# [001] 49 #μs [001] 49 #PB [001] 49 Top# List 49 Fanless 49 Eden ULV processor 49 Quad Core Intel Xeon 49 PCI cPCI 49 compute intensive 49 8W 49 3MB L2 cache 49 PowerPCs 49 2RU 49 L2 caches 49 UltraSPARC T2 49 CPUs GPUs 49 Gold EDDIE 49 multi threaded applications 49 HP DL# 49 watts RMS 49 CPU VRM 49 multithreaded applications 49 AMD LX# 49 pixel shading 49 XGA LCD 49 Power6 chip 49 #Wh [002] 49 Gigabit Ethernet GbE ports 49 Terabits 49 NetScaler MPX 49 Celerra NS# [002] 49 Extreme SATA SSD 49 DDR#/DDR# memory 49 X2s 49 Cray XT6m 49 QX# CPU 49 LRDIMM 49 qubit quantum 49 InfiniBand fabric 49 1U servers 49 silicon modulator 49 #nm chips 49 AIX Unix 49 BL#c server blades 49 DDR InfiniBand 49 #.#MHz [003] 49 6GHz 49 watts 49 terabyte TB = 49 kilo watts 49 Gigabit interfaces 49 6Gb s