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(Click for frequent words.) 61 Tesla GPUs 61 #GBps 60 multicore CPU 59 computationally demanding 59 4Gb DDR3 59 compute intensive tasks 59 GPU compute 58 multithreaded applications 58 shader clock 58 #.#GB/sec [002] 58 ATI PowerPlay ™ 57 Gigaflops 57 multiple CPU cores 57 shader processors 57 multicore CPUs 57 massively parallel architecture 56 #MHz RAM [001] 56 deskside supercomputer 56 DDR2 memory interface 56 teraFLOPS 56 OneNAND Flash 56 #GB/sec 56 DMIPS 55 Mbytes sec 55 ARM7TDMI S 55 OCZ Vertex Turbo 55 multicore processor architectures 55 compute intensive workloads 55 compute density 55 GFLOPS 55 GeForce #M graphics [001] 55 GPGPUs 55 pixel shading 55 DDR2 DRAM 55 #.#GB s [002] 55 multiprocessors 55 AMD GPUs 55 C#x DSP 54 #Mbit/sec [001] 54 memory addressability 54 CUDA enabled 54 scales linearly 54 motherboard GPU 54 Voltaire InfiniBand switches 54 Quadro GPU 54 SATA 6GB s 54 compute intensive applications 54 computational 54 Nvidia GPUs 54 gigaflops 54 multi petabyte 54 #.#GBps 54 teraflop computing 54 InfiniBand interconnect 54 EEPROM emulation 54 #Mbit/sec [002] 53 PowerVR SGX graphics 53 TMS#DM# [002] 53 NVIDIA CUDA parallel 53 TeraFLOPS 53 #.#TB [003] 53 multithread 53 computationally intense 53 GFlops 53 Tesla C# 53 Intel Xeon CPUs 53 symmetric multiprocessing SMP 53 ThinkStation C# 53 blazingly fast 53 visually lossless 53 HPC workloads 53 1Ghz processor 53 6MB L3 cache 53 Intel Core i7 CPUs 53 Neo K# 53 PowerPC G5 processor 53 AMD Xilleon panel 53 unified shaders 53 4Gbit/sec 53 DIGIC DV III 53 L2 caches 53 gigabit throughput 53 clockspeed 53 supercomputing clusters 53 terascale 53 ATI GPU 53 ion traps 53 NVIDIA Tesla GPUs 53 Travelstar #K# [002] 53 8GB DIMMs 53 #,#,#:# contrast ratio [002] 53 symmetrical multiprocessing 53 Dhrystone MIPS 53 FPGA architectures 53 GeForce GPUs 53 tSMS 53 ATI FireGL V# 53 #MB/second [002] 53 #MIPS [002] 53 speedups 53 RISC cores 53 #Mbytes [001] 53 Shor algorithm 53 discrete GPUs 53 multicore architecture 53 hyper threaded 52 #MB VRAM [001] 52 qubit quantum 52 Power7 cores 52 1Ghz Snapdragon 52 MByte 52 TurboBoost 52 2GHz processor 52 DSP architectures 52 Multi threading 52 parallelism 52 ARM9 CPU 52 converters ADC 52 throughput genomics 52 multiply accumulates 52 Core i5 CPU 52 GB sec 52 Digic III 52 S2A TM 52 Cray CX1 supercomputer 52 interprocessor communication 52 8GB NAND flash 52 Intel #PM chipset 52 compute cycles 52 teraflops trillions 52 Terabytes TB 52 NVIDIA Tesla C# 52 0 dBm 52 Altivec 52 processing cores 52 VIA Eden ULV 52 ATI CrossFireX ™ 52 computationally intensive tasks 52 multi threaded applications 52 Canon DIGIC II 52 NVIDIA CUDA architecture 52 eSATA interface 52 ioDrive Duo 52 Dual Quad Core 52 DIGIC DV II 52 Quad Core processors 52 O subsystem 52 MB DDR2 SDRAM 52 NVIDIA CUDA enabled 52 #.#PB 52 terascale computing 52 supercooled superconducting equipment 52 CFD simulations 52 superchip 52 memory subsystem 52 DSPs FPGAs 52 DDR SDRAMs 51 #PB [001] 51 Kaminario K2 51 Turbo CORE 51 GridIron XLR8 51 CUDA cores 51 ARM# core [001] 51 GeForce #M GTX 51 raytracing 51 TruePic III image 51 DPX waveform image 51 bipolar transistors 51 GPU compute accelerators 51 6M bytes 51 gigabytes GBs 51 Panasas storage 51 RISC DSP 51 Qdeo video 51 PowerBook G4 #mb SO 51 PowerPCs 51 #.#TB [002] 51 Lucid HYDRA 51 L1 cache 51 GeForce GT #M 51 embedded EEPROM 51 GF# graphics 51 SSL offloading 51 RISC processor 51 Canon DIGIC III 51 SPICE accuracy 51 1Ghz 51 datarate 51 hardware accelerators 51 TruePic TURBO 51 RLDRAM II 51 SPICE simulation 51 AMD Geode processor 51 compute intensive 51 megaflops 51 NIST quantum 51 GeForce Boost 51 compute clusters 51 1 Ghz Snapdragon 51 Cell MLC NAND 51 POWER6 processors 51 8MB cache 51 integrated Rare Earths 51 CPUs GPUs 51 #bits 51 GPU cores 51 peta scale 51 microMIPS ISA 51 NVIDIA GPU computing 51 2T bytes 51 #.#GB/sec [001] 51 linearly scalable 51 Intel Core i7 #QM [002] 51 datapaths 51 TruMotion #Hz 51 CPU 51 consumes #mW 51 TCP IP throughput 51 Carrier Grade RTLinux 51 programmable vertex 51 1GB PC# 51 Quad Core CPU 51 #Gbs 51 parallelizing 51 GDDR5 memory 51 HD #x# 51 anti aliased 51 results QoR 51 DM# processor 51 .# micron 51 5X faster 51 Intel Xeon X# 51 Intel IXP# network [002] 51 NVIDIA Tesla GPU 51 ARM CPU 50 #.#Gb s [003] 50 Tensilica customizable 50 SLC SSDs 50 compute nodes 50 Universal Video Decoder 50 automatable 50 1Ghz CPU 50 Fermi GPU 50 multithreading capabilities 50 CMOS transistors 50 1U server 50 H.# decoding 50 Terabytes 50 Reon VX 50 computational workloads 50 GPUs 50 PC# memory 50 caching algorithms 50 MapReduce framework 50 #.#GB s [001] 50 pixel shader 50 differential nonlinearity DNL 50 limitless scalability 50 4U chassis 50 quadcore 50 MLC NAND flash 50 8M bytes 50 MByte s 50 Core i3 processors 50 coprocessing 50 iray rendering technology 50 G4 processor 50 simulated surround sound 50 Cray supercomputers 50 #x# pixel resolution [001] 50 #Gbits 50 RAID5 array 50 PC# DDR memory 50 Intel Nehalem EX 50 8bit MCU 50 overclocked CPU 50 Nvidia Tesla GPUs 50 MSC# DSP 50 4Gb NAND flash 50 TFLOPS 50 GBps 50 #.#Tbps [002] 50 reconfigurable logic 50 ioXtreme 50 Marvell Qdeo 50 V.# fax 50 Vcore 50 Samsung LN#C# LCD HDTV 50 GZIP compression 50 multicores 50 transcoding encoding 50 #K CPS 50 AMD Duron 50 9GB 50 quad core Intel Xeon 50 ATI PowerPlay 50 interprocessor communications 50 SATA3 50 megatasking 50 heterogeneous architectures 50 programmable shaders 50 massively parallel processor 50 #.#μ 50 AMD Cool'n'Quiet technology 50 scaling de interlacing 50 CSX# [001] 50 Core i7 CPU 50 #.#GHz CPUs 50 GigaBytes 50 eDRAM 50 #.# mW MHz 50 massively parallel DNA sequencing 50 Cortex R4 50 quintillion bytes 50 Xtensa LX processor 50 8MB buffer 50 #/#.#-inch CCD [001] 50 LDMOS devices 50 quadrillion bytes 50 pixel shaders 50 ATI GPUs 50 CPU overclocking 50 multithreaded processors 50 UNIX workstations 50 quad core CPU 50 rpm spindle speed 50 3D graphics accelerators 50 ultrafast lasers 50 #.#dBm typ. 50 TCS# 50 Intel HyperThreading 50 HellaPHY 50 RAIDs 50 #-bit/# kHz [001] 50 RISC microprocessor 49 iSCSI HBA 49 #Mbyte [001] 49 IBM eServer x# 49 simultaneous multithreading 49 PS#X 49 #MHz G3 49 Fabrinet focuses 49 multi gigabit transceivers 49 Silicon Optix Realta HQV 49 Teraflops 49 VGA resolution 49 ray tracer 49 #p #x# [001] 49 #nm DDR3 49 Intel ® 49 optimization algorithms 49 serial transceivers 49 ASC Purple 49 IOP# 49 C#x + DSP 49 massively parallel processing 49 CAPEX OPEX 49 #.#G bps 49 TILE# 49 1GHz processors 49 BOXX workstations 49 MB cache 49 #MHz DDR2 49 #MB cache buffer 49 1GB PC2 49 #x #x [002] 49 #:# compression [001] 49 #MHz DDR2 RAM 49 Gigabit interfaces 49 ARM Cortex R4 49 #.#GHz Qualcomm Snapdragon 49 HPC environments 49 Gb sec 49 GHz Pentium M 49 fragment shader 49 computational complexity 49 Beceem chipset 49 #Gbytes 49 PCI Express interface 49 AGP 8X 49 #MBs [001] 49 GB DDR2 RAM 49 microwatts 49 #x# dpi [001] 49 8GHz 49 Blackfin BF# 49 ATI Mobility Radeon X# [001] 49 Dual Core Opteron 49 3Gbps SATA interface 49 programmable DSP 49 NVIDIA GPUs 49 DDR/DDR2 49 Ion chipset 49 #Mbyte s [001] 49 datarates 49 #.#Gbps [002] 49 Panasonic DMC FX# [002] 49 #Tbps 49 Power5 + processor 49 Avivo HD 49 TruePic III + 49 sophisticated nanofabrication 49 Intel Core i3 processor 49 Gigabit speeds 49 Core2Duo processor 49 Flashstream 49 relational OLAP 49 8MB L3 cache 49 Dell PowerEdge C# 49 MPP massively parallel 49 lensless imaging 49 IBM Power4 49 #Gbps Ethernet ports 49 frontside bus 49 symmetric multiprocessor SMP 49 HDD SSD 49 Itanium2 49 MTCMOS 49 Motionflow #Hz 49 thermal dissipation 49 MetaSDRAM 49 4U enclosure 49 overclocking headroom 49 EuclidVision 49 Absoft Fortran 49 Mpts ch 49 vertex shading 49 Symmetric Multiprocessing SMP 49 firewall throughput 49 reliability serviceability 49 MIPS processors 49 SGX# graphics 49 multiprocessor 49 pixel shader processors 49 AMD Sempron TM 49 kbit 49 Fulcrum FocalPoint 49 Squeak 1A 49 cell SLC NAND 49 Gennum VXP 49 Intel CULV processor 49 deep submicron 49 Hummingbird processor 49 GB DDR3 49 Intel #GSE 49 ATI Avivo TM 49 asynchronous SRAM 49 DRX H 49 Intel Core i7 processors 49 #T bytes [001] 49 ioSAN 49 3Gbit/sec 49 bandwidth 49 CgFX 49 multicore processor 49 massively multithreaded 49 4Gbit s 49 RPM rotational 49 #MB/second [001] 49 1Gbyte 49 #MSPS 49 Gigabit throughput 49 #Gb MLC NAND 49 #.#Gbit/sec 49 Mbits 49 nVidia GeForce FX 49 G5 processor 49 OpenGL graphics 49 Nvidia Ion graphics 49 quad socket 49 H.# decode 49 unified shader 49 7x optical zoom 49 FDTD 49 SGI RASC 49 GPU 49 5x #x 49 quad GPU 49 nano fluidic 49 Nvidia GeForce #M [001] 49 PowerNow 49 Super AMOLED touchscreen 49 AMD Direct Connect 49 SXGA resolution 49 Gbytes sec 49 MLC NAND Flash 49 plasmonic devices 49 2Gbps 49 #GB RDIMM 49 multibit 49 areal densities 49 equivalently priced 49 Fast Fourier Transform FFT 49 IOPs 49 SATA 6Gbit/sec 49 QDRII + 49 Freescale QorIQ P# 48 #fps [003] 48 3D graphics 48 QXGA 48 1 Ghz Hummingbird 48 multi threading 48 PWM frequency 48 MPEG4 encoding 48 SLC NAND flash 48 overclockability 48 #.#inch LCD 48 microprocessor cores 48 DDR# SDRAM 48 3Gbit s 48 GPU graphics 48 GeForce GTS #M 48 Intel SpeedStep technology 48 shrinking geometries 48 C#x [001] 48 #Mbytes [002] 48 external inductor 48 #:# LVDS 48 8x optical zoom lens 48 SGI Altix UV 48 jitter attenuation 48 IBM eServer p5 48 NVIDIA GeForce GPUs 48 #D/#D graphics 48 Nvidia PhysX technology 48 processor cores 48 #.#Mbit/sec 48 Sempron chips 48 Intel quad core 48 Dhrystone 48 NVIDIA discrete graphics 48 HPC clusters 48 Spintronic devices 48 #K bytes [001] 48 6Gbit/sec 48 CUDA parallel 48 Intel Xeon E# 48 SSE4 instructions 48 conventional optical microscopes 48 LX# processor 48 Serial ATA SATA drives 48 parallelization 48 #Gbps serial 48 photorealistic images 48 SATA SSDs 48 Fermi GPUs 48 video encode decode 48 Realta HQV 48 SDRAM memory 48 Xilinx FPGA 48 Clovertown processors 48 NVIDIA GPU 48 dualcore 48 throughput 48 Power5 + chips 48 OCZ Colossus 48 System p5 servers 48 Teraflop 48 MIPS CPU 48 Cortex A8 processor 48 PowerPC #FX 48 CMOS circuits 48 disk spindles 48 #.#Gbps [004] 48 Hadoop MapReduce 48 OpenGear Converters 48 Mbps throughput 48 nanosize 48 reconfigurability 48 compute blades 48 multiprocessor systems 48 multicore DSPs 48 AcuLaser C# 48 AM2 processors 48 Gflops 48 Texas Instruments BrilliantColor 48 #Gbyte [001] 48 tonal gradations 48 tonal gradation 48 QoR 48 SiGe bipolar 48 DocAve Migrator 48 Power4 + 48 Petaflops 48 DDR3 DIMMs 48 lithographic techniques 48 DDR4 48 compact 1U 48 #.#GHz i7 48 CPU architectures 48 1U servers 48 TruePic III 48 Core i7 #M [002] 48 Xeon CPUs 48 Nm torque 48 POWER4 48 arbitrary waveforms 48 PATA interface 48 Chromotion 48 ARM Cortex M4 48 multicore architectures 48 Opteron EE 48 Viterbi decoder 48 NVIDIA Quadro CX 48 Compute Appliances 48 petascale computing 48 Ultra# SCSI 48 Greenplum massively parallel 48 fully synthesizable 48 #nm transistors 48 CPUs 48 7MB 48 NMR experiments 48 HDDs SSDs 48 inline deduplication 48 sub microsecond 48 2Gbit s 48 TI DM# [001] 48 Serial ATA drives 48 sq. mm 48 Industry Highest Density 48 deterministic latency 48 HQV Reon VX 48 #.#GB RAM 48 SPARC Enterprise T# 48 external harddrive 48 multicore processors 48 encoding algorithm 48 NL# knowledge 48 SoC architectures 48 Volume Rendering 48 #.#GHz MacBook Pro [002] 48 quad core CPUs 48 Point Tracking MPPT 48 transistor leakage 48 OCTEON Plus processor 48 FineSim Pro 48 Apple A5 processor 48 Panasas Storage Cluster 48 petabytes PB 48 PowerPro MG 48 #.#MBps [002] 48 heterogeneous multicore 48 Viz Engine 48 #dB SNR [002] 48 #bit MCUs 48 L2 L7 48 AVR MCU 48 POWER5 + processor 48 AMD Opteron CPUs 48 crosspoint switch 48 4Gbyte 48 allrounder notebook 48 RPM spindle speed 48 desktops STBs 48 Nvidia Optimus graphics 48 crisper sharper 48 SATA arrays 48 Turbo Mode 48 S#C# 48 pin LQFP packages 48 scalability 48 coprocessor 48 GaAs MESFET 48 Texas Instruments OMAP# 48 #MHz G4 48 ioMemory 48 2U rack servers 48 nanometer nm CMOS 48 scale linearly 48 BIONZ processor 48 SGI Origin 48 tonal reproduction 48 Mbits s 48 #.#G bytes 48 2MB buffer 48 ioDrive Octal 48 WarpDrive card 48 IBM POWER5 + 48 4GBs 48 5μm 48 low latency InfiniBand 47 ROM RAM 47 analog bandwidths 47 DDR2 #MHz RAM 47 3PAR Thin Provisioning 47 #p HDMI 47 CoolThreads TM 47 MTP NVM 47 1Gbit/sec 47 silicon optical modulator 47 Multicore processors 47 Qualcomm Snapdragon 1GHz processor 47 photorealistic visualization 47 #kHz sampling [002] 47 chip multithreading CMT 47 1U rack 47 DDR InfiniBand 47 #nm SOI 47 Phenom II X4 #BE 47 Pixelworks DNX 47 AMD Geode LX #@#.#W 47 Rambus XDR memory 47 rackmount server 47 Kbits 47 Cavium PureVu video 47 giga bytes 47 crosstalk cancellation 47 SuperMulti drive 47 #Gbit/sec 47 random IOPS 47 multicore computing 47 serviceability RAS 47 Xeon L# 47 uPD# [001] 47 POWER5 47 Memristors 47 massively parallel computing 47 massively parallel supercomputers 47 Digic 4 47 GDDR4 47 #.#GHz Core 2 [001] 47 1KB 47 gigaflop 47 microwatt 47 Qosmio X# Q# 47 5X zoom 47 Dual Core processors 47 MB SDRAM 47 #.#MB/sec [003] 47 IBM PowerPC processors 47 CS# EDC 47 Fmax 47 Altix UV 47 repeatable measurements 47 P#K# 47 DDR3 DRAM 47 BGA packaging 47 Msamples 47 3bpc 47 supercomputer clusters 47 Xtensa processor 47 tighter tolerances 47 shader intensive 47 #fps [002] 47 #Mbyte s [002] 47 TDM circuits 47 breakdown voltages 47 Samsung S#C# 47 Cell Processor 47 antialiasing 47 MCP# AFE 47 4x anti aliasing 47 NetApp FlexClone 47 Intel #P chipset [001] 47 multi threaded 47 Intel Xeons 47 POWER5 + 47 TCI# 47 LiveArc 47 LTO4 tape 47 2KB 47 #MB DDR3 memory 47 Dual Core Processor 47 silicon modulator 47 Intel #nm Penryn 47 multicore processing 47 node cluster 47 Nvidia Tesla 47 #,#,#:# [002] 47 HBAs switches 47 nanometer lithography 47 Core i7 #XM 47 DNIe 47 accelerator emulator 47 wavelet compression 47 Tflops 47 Intel Nehalem Xeon 47 VisualSim 47 ARM7TDMI R 47 Silicon Graphics Prism 47 compression algorithms 47 i.MX processors 47 2GHz Pentium 47 uncompressed HD video 47 Cortex A5 47 5mW 47 4GB RAM 47 Gluster Storage Platform 47 4KB random write 47 #MHz Celeron 47 vertex engines 47 nanowatts 47 #/#BaseT Ethernet 47 De interlacing 47 x4 slot 47 RMI XLR 47 Intel Core i3 #UM 47 Giga Bytes 47 scaleability 47 FD SOI 47 Mhz processor 47 balky urine 47 SNR signal 47 unparalleled scalability 47 LINPACK 47 Xeon LV 47 Graphics Accelerators 47 graphing capabilities 47 LUTs 47 8GBs 47 customisability 47 DIGIC II 47 Oracle9i RAC 47 ASICs FPGAs 47 bursty traffic 47 microsecond latencies 47 nvSRAMs 47 #GbE connectivity 47 XT3 47 SPARC V8 47 massively parallel CUDA 47 WUXGA #x# 47 FDTD Solutions 47 SandForce controller 47 POWER7 47 SanDisk G3 SSD 47 #.#Ghz processor [001] 47 NVIDIA GF# 47 1GigE 47 inch XGA display 47 #.#GT s 47 #,#,#:# dynamic contrast [001] 47 DL# G2 47 Intel GMA X#HD 47 Aspire #DG 47 bypass capacitor 47 Satellite U# S# 47 CUDA architecture 47 multiprocessing 47 PowerEdge SC# [001] 47 cryogenically cooled 47 Ion PGM sequencer 47 compute cluster 47 CloudLinux OS 47 OpenGL ES#.# 47 #Gbps throughput [001] 47 #GE ports 47 2TB drives 47 RADEON HD 47 SimHD 47 MHz DDR memory 47 TFlops 47 UL#Vt 47 Firewire IEEE 47 #x anti aliasing 47 Petabyte 47 1GB DDRII memory 47 VDP workflow 47 shader cores 47 exaflop 47 serializer deserializer SerDes 47 #.#Ghz [001] 47 terrabytes 47 #Mb/sec [002] 47 tera scale 47 XFP module 47 algorithmic synthesis 47 Tbit s 47 Nvidia Optimus 47 PLL synthesizer 47 IBM p# 47 4U server 47 #MHz DDR [001] 47 LTE baseband 47 Massively parallel 47 SiMoA 47 vectorization 47 N# #.#GHz 47 SDXC cards 47 PowerPC #GX 47 kilobytes KB 47 BladeRack 2 47 Cheetah NS 47 electro optic modulator 47 rasterization 47 JPEG codec 47 DMExpress 47 #MB DDR memory 47 SD SDI HD SDI 47 fast Fourier transform 47 gigapixel images 47 TOXIC Edition 47 VPN throughput 47 1mA 47 Bionz 47 Cinnafilm HD1 47 CAD DCC 47 nanometer CMOS 47 Archivas ArC 47 Kb s 47 #GHz [001] 47 #G DQPSK 47 muxponder 47 Expeed 47 LPDDR2 DRAM 47 SpycerBox 47 InfiniBand DDR 47 p5 #Q 47 #x# VGA 47 DDR3 modules 47 #.#uA 47 iScan VP# 47 #U rack 47 Gbps throughput 47 fault tolerant architecture 47 compiler optimizations 47 #.#GHz PowerPC G5 47 eServers 47 2eSST 47 nm geometries 47 Fast SPICE 47 CineFX 47 4CIF 47 Power7 processors 47 5TB 47 NVIDIA CUDA 47 #X# MIMO 47 #MIPS [001] 47 Westmere processors 47 SVGA resolution 47 CMOS fabrication 47 optical microscopes 47 SoCs ASICs 47 ThinkStation E# workstation 47 raster vector 47 AltiVec 47 #K IOPS [001] 47 Anisotropic Filtering 47 cores 47 #Gbyte [002] 47 #Mbps downstream [001] 47 numerical computations 47 IxYukon 47 iterative reconstruction 47 6Gb 47 MSC# DSPs 47 #Mbs [002] 47 PixelPure 47 maintaining backwards compatibility 47 #GBs [001] 47 InfiniBand interconnects 47 VAAI 47 FWHM 47 frequency scaling DVFS 46 CMOS ICs 46 asymmetric multiprocessing 46 ARM MPCore technology 46 MegaRAID controllers 46 RISC architectures 46 Beowulf cluster 46 Cray supercomputer 46 nw# 46 JS# blade 46 hypercube 46 GHz POWER5 46 Graphics Cards 46 Gbps firewall 46 InfiniPath 46 PC# SDRAM 46 object relational 46 CMOS silicon 46 NIKKOR lens 46 OMAP# [002] 46 capacitive multitouch screen 46 ultrahigh density 46 Pentium Dual Core 46 symmetric multiprocessing 46 Samsung 1GHz Cortex 46 MHz DDR3 46 #MB [002] 46 PowerQUICC processors 46 geometry shaders 46 MPEG4 AVC 46 x# quad core 46 DDR3 SDRAM 46 tessellation 46 FPGA Supercomputing 46 Kognitio WX2 46 Core i3 CPU 46 HP ProLiant DL# G7 46 multiplexing capability 46 #.#VI O 46 #Nm torque 46 res textures 46 #GB HDDs 46 Intel IXP# network [001] 46 MBPs 46 LVDS interfaces