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(Click for frequent words.) 68 HPC workloads 68 computationally intensive tasks 67 symmetric multiprocessing SMP 66 multicore architectures 65 O subsystem 65 multiprocessors 65 multicore CPU 65 compute intensive applications 64 4U server 64 Intel Xeon CPUs 64 computationally intense 64 datapaths 64 FPGA architectures 64 symmetrical multiprocessing 64 multiple CPU cores 63 PowerPCs 63 multicore DSPs 63 multicore CPUs 63 compute intensive 63 RISC processor 63 8GB DIMMs 63 compute blades 63 massively parallel architecture 63 multithreaded applications 63 Tesla GPUs 63 compute intensive tasks 62 DSPs FPGAs 62 multi threaded applications 62 Multi threading 62 cluster nodes 62 Dual Quad Core 62 Dell PowerEdge Dual Core 62 transcoding encoding 62 hyper threading technology 62 1Mbyte 62 4Gbit/sec 62 TMS#DM# [002] 62 Intel HyperThreading 62 compute clusters 62 coprocessing 62 QUICC Engine technology 62 AMD GPUs 62 SIMD instructions 61 InfiniBand clusters 61 parallelizing 61 NVIDIA Tesla GPUs 61 RISC processors 61 processor sockets 61 Power7 cores 61 #GBps 61 HPC clusters 61 IBM eServer x# 61 Panasas storage 61 linearly scalable 61 HP ProLiant DL# servers 61 Freescale PowerPC 61 RISC DSP 61 embedded microprocessors 61 Integrity rx# 61 DSP architectures 60 ARM# core [001] 60 SCSI disks 60 computationally intensive 60 8MB L3 cache 60 GPU compute 60 codenamed Westmere 60 OLTP database 60 RISC architectures 60 DMIPS 60 codenamed Silverthorne 60 IBM Power6 60 C#x DSP 60 InfiniBand interconnect 60 Serial ATA drives 60 scales linearly 60 IBM eServer p# 60 asynchronous SRAM 60 Intel EM#T 60 EnFuzion 60 #.#GHz CPUs 60 hardware accelerators 60 CPUs GPUs 60 Intel hyper threading 60 Blackfin processors 60 node cluster 60 SGI RASC 60 compute nodes 60 symmetric multiprocessing 60 Power5 chips 60 CPU architectures 60 #GB/sec 60 compute cycles 59 multiprocessor 59 IBM POWER5 59 clustered computing 59 RocketIO TM 59 parallelized 59 QuickAssist 59 #GbE connectivity 59 relational OLAP 59 logical partitions 59 Intel Xeon E# 59 SyncSort 59 multicore architecture 59 interprocessor communication 59 DDR2 SDRAMs 59 HP ProLiant DL# G7 59 HyperTransport links 59 ACCELLERANT 59 HPC environments 59 multithreaded processors 59 Power5 processors 59 AGP8X 59 #G Ethernet switches 59 transactional workloads 59 BladeSystem servers 59 multiprocessor systems 59 TI C#x 59 microservers 59 Symmetric Multiprocessing SMP 59 multithread 59 #MHz RAM [001] 59 Serial ATA disk drives 59 AMD Opteron CPUs 59 PowerQuicc 59 mainframe MIPS 59 NVIDIA CUDA TM 59 Hyper Threading Technology 59 rackmount servers 59 MIPS processors 59 POWER5 + processor 59 PowerPC #GX 59 iSCSI initiators 59 processor cores 58 embedded processor cores 58 CPU cores 58 ® XScale 58 Power7 processors 58 Cavium OCTEON 58 serial interfaces 58 Power7 servers 58 LTE PHY 58 ARM# MPCore multicore processor 58 Intel #PM chipset 58 6WINDGate software 58 cluster interconnect 58 Sempron chips 58 DDR2 memory interface 58 embedded SRAM 58 RISC cores 58 Enea LINX 58 2KB 58 Parallel Computing Toolbox 58 Nvidia Tesla 58 InfiniBand DDR 58 GZIP compression 58 Intel Nehalem EX 58 Hyper threading 58 Gigabit Ethernet adapters 58 scale linearly 58 Sun Netra CP# ATCA 58 Nvidia Tesla GPUs 58 microprocessor cores 58 Xeon LV 58 jitter clocks 58 Neo K# 58 LPARs 58 ARM7TDMI S 58 Dual Core processor 58 multicores 58 Cortex A9 processors 58 1U server 58 datarates 58 Multithreaded 58 L2 caches 58 p5 #Q 58 cryptographic acceleration 58 Vmotion 58 Gb sec 58 #Gbs 58 Quad Core Intel 58 POWER5 processor 58 FPGAs ASICs 58 SFN#F 58 ATCA blade 58 #T bytes [001] 58 multiprocessor servers 58 HP EVA 58 PCIe interface 58 1GB PC# 58 interprocessor communications 58 PowerBook G4 #mb SO 58 Unisys ES# servers 58 4Gbit s Fibre Channel 58 supercomputer clusters 58 Fault tolerant 58 computationally intensive applications 58 C#x + DSP 58 caching algorithms 58 NVIDIA CUDA enabled 58 memory addressability 58 e# cores 58 MIPS processor 57 multicore processor 57 bursty traffic 57 multi threaded 57 Xilinx FPGA 57 heterogeneous multicore 57 C#x + 57 massively parallel processing 57 peripheral interfaces 57 iDataPlex server 57 C#x DSPs [002] 57 limitless scalability 57 computational workloads 57 StarCore DSP 57 nonvolatile storage 57 LRDIMM 57 Gigabit interfaces 57 TCP protocol 57 Itanium2 57 TCI# 57 SMP servers 57 1Gbyte 57 IBM Power7 57 Dell PowerEdge M# 57 JVMs 57 InfiniBand connectivity 57 GHz POWER5 57 SoC architectures 57 multicore x# 57 DL# G3 57 VisualSim 57 multiprocessing 57 BL#c 57 #.#GHz i7 57 SLC SSDs 57 multicore SoC 57 architectures 57 Harpertown processors 57 daughtercards 57 System x# 57 1G Ethernet 57 synthesizable IP 57 ATI GPU 57 3Gb/sec 57 #.#GB/sec [002] 57 GPU cores 57 GeForce #M graphics [001] 57 Simulink models 57 CPU 57 MSC# DSPs 57 Quick Path Interconnect 57 Intel Core2 Duo 57 Storage Controllers 57 motherboard GPU 57 MPC# processor 57 supercomputing clusters 57 Terabytes TB 57 virtualized workloads 57 Cray CX1 supercomputer 57 Dell PowerEdge T# 57 nVidia chipset 57 Mbit Ethernet 57 Ethernet LANs 57 IOP# 57 SIMD instruction 57 bandwidths 57 microsecond latency 57 multicore processing 57 PowerPC CPUs 57 pSeries servers 57 EM#T processors 57 LPDDR2 DRAM 57 1Gbit/sec 57 distributed caching 57 #Tbps 57 SAP HANA 57 KB L2 cache 57 ARM#J S 57 #x #x [002] 57 SPECfp rate# 57 baseband processing 57 Intel Xeon X# 57 IXP# [001] 57 AMD Duron 57 snapshots replication 57 EEMBC benchmarks 57 Fire X# M2 57 GHz Celeron 57 AMD Geode processor 57 petabyte scale 57 hyperthreaded 57 DL# G2 57 GB sec 57 #.#GB s [001] 57 #bit RISC 57 multi petabyte 57 i5/OS AIX 57 fpgas 57 NAS filers 57 fully synthesizable 57 MIMO configurations 57 IBM zSeries 57 asymmetric multiprocessing 57 quadcore 57 VxWorks Linux 57 RLDRAM II 57 socket blade 57 Extreme X# 57 virtualised infrastructures 57 Message Passing 57 Hadoop clusters 57 multi gigabit transceivers 57 #Mbit/sec [001] 57 iSCSI Fibre Channel 57 cache coherency 57 analytic workloads 57 #Gbit/sec 57 symmetric multiprocessor SMP 57 simultaneous multithreading 57 8G Fibre Channel 57 Intel Core2 Duo processors 57 RAID1 57 SpeedStep 57 IBM System p5 57 GB SATA drives 56 SSE4 56 #MIPS [002] 56 HP Oracle Exadata 56 DDR SDRAMs 56 SSD RAID 56 ARM# [003] 56 RISC CPU 56 #.#a/g/n 56 Nehalem EX processors 56 BOXX workstations 56 datapath 56 POWER5 microprocessor 56 Silicon Germanium SiGe 56 ioDrives 56 Enterprise MRG 56 Absoft Fortran 56 InfiniBand interconnects 56 Viz Engine 56 rackmount server 56 1U servers 56 Turbo CORE 56 Citrix ICA 56 Power4 + 56 Gigabit speeds 56 Unisys ES# 56 quad core Xeons 56 abstraction layers 56 QorIQ P# processor 56 GB DDR3 56 Extensible Processing Platform 56 #MB VRAM [001] 56 SGI NASDAQ SGIC 56 Samsung S#C# 56 SMP symmetric multiprocessing 56 NVIDIA CUDA parallel 56 #.#TB [002] 56 #.#GBps 56 InfiniPath 56 computationally demanding 56 Quadro GPUs 56 MCH chipset 56 ARM# processors 56 quad socket 56 #.#GB RAM 56 mainframe environments 56 Kaminario K2 56 MIPS cores 56 x# cores 56 C#x DSPs [001] 56 terascale computing 56 Cortex A9 MPCore 56 GPFS 56 multiprocessor architecture 56 CPUs 56 serial transceivers 56 Gbps InfiniBand 56 parallelization 56 RISC blades 56 servers blade servers 56 IBM p# 56 vSMP Foundation Standalone 56 memory subsystem 56 TCP acceleration 56 #-/#-bit 56 multithreaded 56 GMACS 56 PMICs 56 coprocessors 56 Nios II processor 56 hyper threaded 56 Spansion EcoRAM 56 PowerQUICC III 56 Nvidia CUDA 56 QAM quadrature amplitude modulation 56 gigabit throughput 56 Niagara Sparc T1 56 LEON3 56 unified shaders 56 ARM7TDMI processor 56 disk mirroring 56 Xtensa LX processor 56 XFS file 56 CACHEfx appliances 56 PC# SDRAM 56 terascale 56 quad core Intel Xeon 56 MHz DDR2 56 Concurrent RedHawk Linux 56 HP UX #i v2 56 HPC clustering 56 SGI InfiniteStorage NAS 56 nonvolatile flash 56 Sempron processors 56 HD #M 56 SGMII 56 NetScaler VPX 56 XFP modules 56 HP MultiSeat 56 gigabit ports 56 CPUs DSPs 56 eServer p# 56 Lucid HYDRA 56 offerings visit www.dataram.com 56 SRAM DRAM 56 MicroTCA platforms 56 2MB L2 cache 56 gigabytes GBs 56 NVIDIA CUDA architecture 56 quad core Xeon processors 56 Carrier Grade RTLinux 56 SATA SCSI 56 6MB L3 cache 56 i.MX# processor [001] 56 quad core CPUs 56 Kbits 56 IP multicasting 56 AdvancedMCs 56 Fibre Channel ports 56 SSE4 instructions 56 Dual Core processors 56 SDRAMs 56 Phenom II processor 56 zIIP processor 56 ARM#E 56 multicore processors 56 IBM eServer xSeries servers 56 APV# [001] 56 VMware DRS 56 T#/E# interfaces 56 zOS 56 blade chassis 56 SPARC V8 56 computing architectures 56 XScale processors 56 #Kbyte [002] 56 #GE ports 56 #Mbytes [002] 56 FICON connectivity 56 Tensilica processors 56 #/#BaseT Ethernet 56 UNIX workstations 56 Rapid Virtualization Indexing 56 Gbit Ethernet 56 MPC#D processor 56 RISC microprocessor 56 #.#GHz processors [002] 56 Cavium Octeon 56 AMD Opteron Processors 56 #PB [001] 56 SCSI Fibre Channel 56 HP PolyServe 56 TI C#x + 56 wireless basestations 56 compiler optimizations 56 Quad Core processors 56 density #GbE 56 Beowulf cluster 56 CS# EDC 56 compute node 56 RAID disk arrays 56 HP ProLiant servers 56 Core2 56 8Mbit 56 1U rack optimized 56 SandForce controllers 56 Fusion ioMemory technology 56 IBM eServer BladeCenter 56 HP rx# 56 #FSB 56 PHY layer 56 #Kbytes [002] 56 socket Xeon 56 ARM9 CPU 56 Xtensa processor 56 5X faster 56 Multicore processors 56 SLC NAND flash 56 hyper threading 56 Fibre Channel disks 56 Gigabit Ethernet switches 56 ZSN 56 low latency InfiniBand 56 NAS iSCSI 55 4TB capacities 55 multithreading capabilities 55 Socket AM2 + 55 xSeries servers 55 SAS expanders 55 diskless servers 55 ioXtreme 55 2Gbps 55 TCP IP stacks 55 Scyld ClusterWare 55 X#s [001] 55 LGA# processors [002] 55 CFD simulations 55 Parallel Sysplex 55 ARM# MPCore processor 55 Intel Xeon Processor 55 Clovertown quad core 55 Cray CX# 55 GigaBytes 55 thermally constrained 55 6T SRAM 55 Fibre Channel arrays 55 ANSYS FLUENT 55 Intel XScale 55 virtualised servers 55 Vertica Analytic Database 55 eDRAM 55 Q# chipset 55 PCI Express Gen2 55 .# micron 55 ASICs FPGAs 55 8GHz 55 dataplane 55 WAN optimization appliance 55 PowerEdge C# 55 raster imagery 55 HCS# 55 3GHz processor 55 Storage Nodes 55 Sybase IQ analytics 55 AMD HyperTransport 55 EMC CLARiiON CX 55 DDR3 modules 55 Freescale MPC# 55 SoCs ASICs 55 fully buffered DIMMs 55 Java Workstations 55 firewall throughput 55 Clarksboro chipset 55 BlueStor TM 55 IBM Power4 55 TCP optimization 55 virtualised storage 55 TILE# processor 55 4Gbit s 55 L1 cache 55 CUDA enabled 55 eServers 55 Intel #P chipset [001] 55 HP DL# 55 Oracle TimesTen 55 LPAR 55 AdvancedMC modules 55 Beowulf clusters 55 TMS#TCI# 55 #KB L2 cache 55 IBM Power5 55 TX# S2 55 memcached 55 nanometer lithography 55 FireStream 55 V# platform 55 SATA disks 55 Intel Nehalem processors 55 virtual machines VMs 55 computational horsepower 55 Turbo Mode 55 FPGA implementations 55 TMS#DM# [001] 55 #Mbytes [001] 55 #K IOPS [001] 55 IBM eServer p5 55 #nm transistors 55 DDR2 SO DIMM 55 highly parallelized 55 PowerNow 55 discrete GPUs 55 ETERNUS storage 55 USART 55 Ethernet interfaces 55 HDS arrays 55 Power5 chip 55 Symmetrix V Max 55 Linux kernels 55 uniquely architected 55 bit RISC CPU 55 LTE baseband 55 Virtualized servers 55 DDRII memory 55 A9 processor 55 Fast SPICE 55 #.#Gbit/sec 55 IBRIX Fusion 55 1GbE 55 Cluster Computing 55 MIPS PowerPC 55 QLogic HBAs 55 Pervasive DataRush ™ 55 4MB L2 cache 55 ioSAN 55 Intel Pentium processors 55 pSeries iSeries 55 DDR# memory 55 MTP NVM 55 Clovertown processors 55 HyperV 55 hardware acceleration 55 zIIP engines 55 2Gbit s 55 Highly scalable 55 Freescale QorIQ P# 55 Xeon X# 55 Agilent B#A 55 NOR NAND 55 socket blade servers 55 #.#PB 55 FC HBAs 55 GHz Power6 55 C#x [001] 55 Object Storage 55 BladeCenter chassis 55 socket x# 55 din unei pe 55 pixel shading 55 PCIe GbE 55 SGI Origin 55 Efficeon processor 55 Cluster Compute Instances 55 HP Integrity rx# 55 nearline archive 55 ESX servers 55 DL# G5 55 Optimizations 55 EMC CLARiiON CX# 55 chip SoCs 55 Ethernet NICs 55 Data ONTAP GX 55 GDDR SDRAM 55 Force# switches 55 RAID adapters 55 System x iDataPlex 55 #G/#G/LTE 55 migrate workloads 55 ATA IDE 55 Gurobi Optimizer 55 InfiniBand fabric 55 Serdes 55 HP ProLiant DL# 55 runtime environments 55 FCoE iSCSI 55 ARM# [001] 55 VMware ESX servers 55 PowerBook G4 DDR2 #mb 55 GeForce GPUs 55 fault tolerant architecture 55 vNIC 55 programmable shader 55 iWARP Ethernet 55 Intel XScale processor 55 heterogeneous architectures 55 LINPACK 55 consumes #mW 55 hyperscale 55 Altivec 55 #Mbyte [001] 55 subnetworks 55 NEBS certified 55 Hyperthreading 55 M#K 55 OpenGL graphics 55 PXA3xx 55 6Gbit s 55 H.# decoding 55 performant 55 i7 chips 55 CriticalBlue Prism 55 Cortex R4 55 tera bytes 55 JS# blade 55 DataDirect S2A 55 SONET rings 55 scalability 55 shader processors 55 iSCSI HBA 55 DocAve Migrator 55 intelligent caching 55 scaleability 55 bit RISC processor 55 TI DSP BIOS 55 Westmere processors 55 TMS#C#x + DSP 55 ATI CrossFireX ™ 55 #nm Nehalem 55 coprocessor 55 CloudLinux OS 55 ioMemory 55 Industry Highest Density 55 programmable DSP 55 socket servers 55 Kbyte Flash 55 registered DIMMs 55 IBM iSeries servers 55 PowerPC chip 55 ARM Cortex M4 55 SOC designs 55 QuickPath 55 EEPROM emulation 55 multicore chips 55 macrocells 55 Sparc processors 55 AMCC PowerPC 55 multibit 55 SH 4A 55 MHz DDR memory 55 Ultra# SCSI 55 #Mbits [002] 55 zAAP 55 Intel Xscale 55 UltraSparc chips 55 Core i7s 55 SPARC servers 55 #MT s 55 Linux UNIX Windows 55 MB L2 55 iWARP 55 SATA disk 55 FPGA fabric 55 ARM CPU 55 Fibre Channel connectivity 55 ULV processors 55 multipathing 55 A8 processor 55 bit memory addressability 55 Hard Disk Drives HDDs 55 RTOSs 55 PRIMEPOWER servers 55 GbE adapters 55 processing cores 55 4U enclosure 55 Intel Xeon processors 55 Intel IXP#XX 55 AGP 8X 55 IP SAS SATA 55 1Gb iSCSI 54 #bit MCUs 54 Reconfigurable Application Specific 54 Power4 processors 54 Cortex M1 54 ® Hyper Threading 54 uPD# [001] 54 workstation graphics accelerators 54 PCIe interconnect 54 E #R 54 Solaris Sparc 54 InServ Storage Server 54 ColdFire processors 54 ATmega#RFA# 54 Xen virtualisation 54 #.#GHz PowerPC 54 midrange servers 54 ARM Cortex R4 54 iSCSI HBA functionality 54 Adaptec MaxIQ SSD caching 54 multicore SoCs 54 Azul Compute Appliances 54 PHP scripting 54 i.MX# processors 54 socket Opteron 54 #.#GB s [002] 54 DDR InfiniBand 54 DeltaStor software 54 Multiprocessor 54 Serverless Computing 54 i.MX# processor [002] 54 StreamInsight 54 cryptographic accelerators 54 Ethernet SONET 54 SPECpower ssj# 54 DM#x [002] 54 Subversion MultiSite 54 Versant Object Database 54 ARM9 core 54 GTX transceivers 54 Pervasive DataRush TM 54 9GB 54 SFP + modules 54 multi pathing 54 blade servers 54 LANs WANs 54 IBM zSeries mainframe 54 IBM BladeCenter H 54 #bit MCU 54 GbE interfaces 54 MPC#E processor 54 #GbE interfaces 54 HP c# 54 PowerPC G5 processor 54 #Kbytes [001] 54 x#/x# 54 reconfigurable hardware 54 dynamically scalable 54 PCoIP protocol 54 Rambus XDR memory 54 SPARC# 54 FPGA prototyping 54 #.#Gbps SATA 54 CrossFireX ™ 54 MHz DDR 54 scalable analytic 54 InfiniteStorage NAS 54 Azul Vega 54 IBM BladeCenter QS# 54 massively parallel processor 54 z OS V#.# [001] 54 CPU cycles 54 rack mount servers 54 Intel hyperthreading 54 Solaris Zones 54 inline deduplication 54 nP# 54 TCP IP networking 54 SLC SSD 54 Intel PXA#x 54 multicore computing 54 #Mbyte s [001] 54 SGI Altix UV 54 ATI GPUs 54 Video Coding SVC 54 FastStream SC 54 Xserve G5s 54 TI OMAP# processor 54 Power5 processor 54 NVIDIA Tesla GPU 54 NetApp filers 54 Dunnington processor 54 NetApp FAS storage 54 Power6 processors 54 VarioTAP 54 IBM OS/# 54 PowerEdge SC# [001] 54 Dell PowerEdge R# 54 ARM cores 54 PowerPC cores 54 Gigaflops 54 AMD Opteron HE 54 octo core 54 Intel CULV processor 54 multicore designs 54 TCP offload 54 virtualises 54 IBM DB2 databases 54 Virtual Datacenter OS 54 GBps 54 Intel SpeedStep 54 Brocade DCX 4S 54 Dynamic TCP Offload 54 computing environments 54 CoreMP7 54 Firewire IEEE 54 2U server 54 Xeon L# 54 performance scales linearly 54 Intelligent NICs 54 8MB cache 54 Dual Core Opteron 54 CSX# [001] 54 bandwidth 54 #Gb Ethernet connectivity 54 x# architectures 54 compute density 54 socket 1U 54 multipoint conferencing 54 LPDDR2 54 5x #x 54 i.MX processors 54 NightStar LX 54 InfiniBand Adapters 54 1TB SATA drives 54 Symmetric Multi Processing 54 InfiniBand fabrics 54 TOEs 54 MSC# DSP 54 CN#XX processors 54 Intel Clovertown 54 compute intensive environments 54 GHz Opteron 54 z9 BC 54 symmetric multiprocessor 54 #mb DIMM 54 2MB cache 54 Oracle #g RAC 54 Interface MPI 54 Joyent Cloud 54 UltraSPARC processors 54 MicroBlaze processor 54 CentOS Linux 54 #.#TB [003] 54 SPEC benchmarks 54 #G wavelengths [001] 54 QorIQ platforms 54 AM2 processors 54 S#C# 54 RAID5 array 54 #MHz DDR [001] 54 TMS#C# TMS#C# 54 PERC Pico 54 DIMM modules 54 5GHz frequencies 54 EMC Celerra NAS 54 Intel Core2 Quad 54 TN# [002] 54 CODECs 54 QDRII 54 HP BladeSystem servers 54 DDR3 ECC memory 54 Flex# 54 #Kbit [002] 54 PowerPC processor 54 HP ProLiant Essentials 54 rx# servers 54 PHP Perl Python 54 SPARC Enterprise T# 54 HPC cluster 54 Online Transaction Processing 54 HP Integrity BL#c 54 VMware Fault Tolerance 54 DL# servers 54 fasp ™ 54 System x# X5 54 AVR ONE 54 DDR2 memory controller 54 OFDM orthogonal frequency 54 4Gb NAND flash 54 GbE connectivity 54 SSE2 54 Oracle VM server virtualization 54 ICA RDP 54 Blade servers 54 GlusterFS 54 PathScale InfiniPath 54 HP LoadRunner 54 OSEck 54 Datacenter Server 54 toolsuite 54 TurboCap 54 Xtensa LX 54 2eSST 54 Paxville processors 54 nCite 54 Myri #G 54 POWER5 + 54 Core2Duo processor 54 hyperthreading 54 ARMv6 54 deskside supercomputer 54 Gigabit Ethernet transceivers 54 CPU RAM 54 ESX Servers 54 Computing Appliance 54 giga bytes 54 DBMSs 54 Oracle VM Server 54 Ethernet SONET SDH 54 VMware Xen 54 quad core CPU 54 x# blade servers 54 MB L2 cache 54 dynamically allocates 54 vSTOR S# 54 baseband LSI 54 DataSynapse GridServer 54 CPU# [001] 54 OCZ Vertex EX 54 TDM circuits 54 relational XML 54 Xeon CPUs 54 1MB L2 cache 54 SPARC# VII 54 POWER6 processors