Related by context. All words. (Click for frequent words.) 78 CPU usage 66 bandwidth utilization 65 CPU 64 CPU cycles 62 GB sec 62 latencies 61 interrupt latency 60 O subsystem 60 runtime 59 Iometer 59 parallelization 59 prefetch 58 Mbytes sec 58 CPU cores 58 latency 58 HPC workloads 58 cluster nodes 58 GZIP compression 58 microsecond latency 58 cluster interconnect 58 cache coherency 58 NCQ 58 #.#GB s [001] 58 #.#GBps 58 WAN bandwidth 57 inline deduplication 57 DMIPS 57 multiple CPU cores 57 IOPs 57 compression caching 57 SSE4 56 vMotion 56 multicore CPUs 56 linearly scalable 56 Kaminario K2 56 iSCSI HBA 56 hyperthreading 56 memory subsystem 56 VMs 56 linear scalability 56 datarate 56 RAID5 55 3Gb/sec 55 multi threaded applications 55 Gbits s 55 power dissipation 55 multi threaded 55 Gb sec 55 Jumbo Frames 55 #GB/sec 55 RISC processor 55 symmetric multiprocessing SMP 55 GFlops 55 multiprocessor 55 8MB cache 55 multipathing 55 2Gbps 55 SATA controller 55 6Gbps 55 bootup 55 LINPACK 55 Jumbo Frame 55 defragments 55 TCP optimization 55 CPU RAM 55 datarates 54 virtual machines 54 scales linearly 54 storage tiering 54 TCP connections 54 mainframe MIPS 54 1Gbyte 54 4U server 54 Turbo Mode 54 Streaming SIMD Extensions 54 #K IOPS [001] 54 GigaBytes 54 μsec 54 5Gb s 54 Vcore 54 resource utilization 54 IBM BladeCenter H 54 Symmetric Multiprocessing SMP 54 1ms 54 interprocessor communication 54 #ns [002] 54 OLTP database 54 isochronous 54 uptimes 54 MB sec 54 compute nodes 54 SPECpower ssj# 54 throughput 54 multithreaded 54 Oracle RAC 54 8MB L3 cache 54 AGP 8X 54 #GBps 54 compute density 54 #μs [001] 54 NAS filers 54 caching algorithms 54 #.#W [003] 54 server 54 DMA controller 54 SIMD instructions 53 load balancer 53 TCP UDP 53 graphics subsystem 53 SLI mode 53 #.#MB/sec [001] 53 VMware ESX server 53 multithreaded applications 53 #ksps 53 Xbench 53 scale linearly 53 multithread 53 GBps 53 GFLOPS 53 MByte 53 DL# G2 53 fully buffered DIMMs 53 PCIe interface 53 processor cores 53 symmetric multiprocessing 53 OpenMP 53 Dual Core processors 53 graphically intensive 53 GPFS 53 Ocarina ECOsystem 53 datastore 53 failovers 53 multicore CPU 53 Native Command Queuing 53 dynamically allocating 53 #.#Gbit s [001] 53 baud rate 53 disk subsystem 53 3Gbit/sec 53 compute cycles 53 SPARC Enterprise T# 53 random IOPS 53 JVMs 53 defragmenting 53 #.#Gbps [004] 53 virtualised environment 53 ESX hosts 53 #MHz DDR [001] 53 Multi threading 53 uptime 53 #.#Gb s [003] 53 Power4 + 53 MPI latency 53 virtualized 53 CPUs 53 hardware RAID controller 53 #.#GB/sec [002] 53 HTTP compression 53 multi threading 53 Panasas storage 53 logical partitions 53 hardware acceleration 53 #MHz RAM [001] 53 #FSB 53 defragged 53 Lighttpd 53 NetFlow Analyzer 53 massively parallel architecture 52 RAID1 52 Intel ICH# 52 DXVA 52 Hyperthreading 52 Hyper Threading 52 6Gb s 52 memory addressability 52 ESX servers 52 clockspeeds 52 virtual machines VMs 52 registered DIMMs 52 SSD caching 52 L1 cache 52 TCP protocol 52 Hypervisors 52 PRTG 52 ATI PowerPlay 52 IOMeter 52 4KB random write 52 1U server 52 PowerPCs 52 RAIDs 52 multithreading 52 voltage MOSFET 52 checksum 52 runtimes 52 TCP IP stack 52 Ultra# SCSI 52 Megabytes 52 #.#ns 52 GZIP 52 BladeSystem servers 52 parallelized 52 OpenGL graphics 52 MB cache 52 microamp 52 2U chassis 52 AppDirector 52 RAID5 array 52 SATA drives 52 Fibre Channel disk drives 52 memcached 52 IGMP snooping 52 Hardware RAID 52 TMS#DM# [002] 52 vCPUs 52 7MB 52 #.#MB s [001] 52 terabytes TB 52 automated failover 52 MBytes 52 disk fragmentation 52 SSL offloading 52 frontside bus 52 1mA 52 compute intensive workloads 52 byte packets 52 Data ONTAP GX 52 clockspeed 52 2ms 52 multiprocessing 52 POWER6 processors 52 bandwidth 52 RAID0 52 multicore processor 52 SPECint rate# 52 #Gbs 52 #nA [002] 52 SPECfp rate# 52 caching 52 x8 PCI Express 52 simultaneous multithreading 52 #Mbyte s [001] 52 SR IOV 52 #MB [002] 52 thermal dissipation 52 VMFS 52 Terabytes TB 52 PowerShell commands 52 Fibre Channel ports 52 1Mbyte 52 8KB 52 V locity 52 disk defragmentation 52 #.#GB/sec [001] 52 POWER5 52 microamperes 52 microsecond latencies 52 Quiescent current 52 DDR2 memory 51 2U server 51 dedupe 51 RAID configurations 51 #T bytes [001] 51 delivering 5x #x 51 CPU overclocking 51 SATA 3Gb s 51 coprocessor 51 disk spindles 51 HP ProLiant DL# servers 51 SSE2 51 Altivec 51 virtualized environments 51 spindle speeds 51 Solarstorm #GbE controller 51 NTFS file 51 #Mbytes [001] 51 SDRAM memory 51 tempdb 51 Defragmentation 51 #bit [001] 51 Optimizations 51 SSE3 51 RAID6 51 automatic defragmentation 51 parallelize 51 Fire X# M2 51 RAID controller 51 SATA disk 51 Serial ATA drives 51 PC# SDRAM 51 POWER5 processor 51 ATTO Disk Benchmark 51 3ms 51 SPECint rate base# 51 #GbE connectivity 51 hibernate mode 51 load balancing 51 LPARs 51 symmetrical multiprocessing 51 2Gb s 51 #Mbytes [002] 51 gigabit throughput 51 XML parsing 51 packet forwarding 51 failover capabilities 51 VMware ESX environments 51 SmartQuotas 51 SGMII 51 #.#TB [002] 51 #MT s 51 2KB 51 node cluster 51 GDDR5 memory 51 UltraSPARC III 51 framerates 51 ACCELLERANT 51 defrag 51 #.#GT s 51 pixel shaders 51 GFLOPs 51 5Gbps 51 RISC CPU 51 asynchronously 51 GDDR3 51 8GB DIMMs 51 2TB SATA drives 51 BranchCache 51 DB2 databases 51 Dell PowerEdge T# 51 parallelizing 51 vSMP 51 IPSec encryption 51 #bits 51 scalability 51 din unei pe 51 stateful 51 #.#V DDR3 [002] 51 ATI FireGL V# 51 Interface MPI 51 TurboBoost 51 SCSI disks 51 RAID #/#/#/# 51 OLTP 51 BIOS settings 51 InfiniBand interconnect 51 byte FIFO 51 manageability 51 DDR memory 51 hyper threading technology 51 nTune 51 rackspace 51 CEVA TL# 51 H.# decoding 51 multi pathing 51 1GbE 51 VMDK 51 megaflops 51 VMware HA 51 automatically configures 51 #μA [002] 51 tachIOn 51 #MB/sec sequential read 51 milliseconds ms 51 PowerRecon 51 StoneFusion 51 #.#Gbps [002] 51 failover clustering 51 MIPS CPU 51 NVRAM 51 snapshots replication 51 ATA# [001] 51 ESX server 51 Solaris SPARC 51 Mbits sec 51 recursive queries 51 4Gbps 51 RC oscillator 51 FC SAN 51 UltraSPARC IV 51 GB DDR3 51 Load Balancing 50 HP EVA 50 #MBps [002] 50 Intel CULV processor 50 serial interfaces 50 ATCA blade 50 Gigabit speeds 50 AutoMAID 50 Dual Quad Core 50 Freescale PowerPC 50 ITX WiFi 50 PCMark# 50 #MHz DDR2 memory 50 ThinkCentre M#p 50 TCP IP offload 50 finer granularity 50 1U rack optimized 50 deduplication ratios 50 MSP# MCU 50 uW 50 VMware virtualized 50 3PAR Gen3 ASIC 50 HPC clusters 50 LVDS outputs 50 VMware ESX 50 GBytes 50 3Gbps 50 compute intensive tasks 50 DirectX9 50 Solarstorm 50 IBM OpenPower 50 HP DL# 50 SATA disk drives 50 transistor leakage 50 1U servers 50 overclocking headroom 50 repair MTTR 50 LPAR 50 HPC cluster 50 #msec 50 overclocks 50 SLC SSDs 50 Mbytes 50 quiescent currents 50 RAID configuration 50 SyncIQ 50 synchronous replication 50 #.#Gbps SATA 50 Synology DS# + [002] 50 #.#Gbps [003] 50 2MB L2 cache 50 VMWare ESX 50 iDataPlex server 50 vSwitch 50 ifconfig 50 #.#Ghz [001] 50 BCLK 50 DNS caching 50 aCelera 50 AHA# PCIe 50 μW 50 #MS s [002] 50 1GB GDDR3 50 #:# compression [001] 50 dB SNR 50 4GB DDR2 memory 50 IOPS 50 Nexsan AutoMAID 50 InfiniBand fabric 50 RAID arrays 50 Xserve RAID 50 SASBeast 50 #.#v [001] 50 #.#GB RAM 50 VMware VMotion 50 sub millisecond latency 50 Intel Xeon X# 50 SPECviewperf 50 #MB cache 50 1Ghz 50 3GHz processor 50 Mbps throughput 50 SQL Server databases 50 Storage VMotion 50 DIMMS 50 WAN latency 50 JIT compiler 50 ARM CPU 50 output capacitance 50 #M GT 50 5GT s 50 HyperThreading 50 malloc 50 Stratix III FPGAs 50 UltraSPARC T2 50 Atom netbooks 50 Global Deduplication Array 50 syslog server 50 hardware accelerators 50 2MB 50 gigaflops 50 hyper threading 50 Gbps firewall 50 IBM eServer x# 50 1KB 50 #K bytes [002] 50 #MHz G4 50 Dhrystone 50 Power5 chips 50 4Gbit s 50 Balkansky 50 Adaptec MaxIQ SSD caching 50 Ext4 50 Data ONTAP 7G 50 #MBps [001] 50 EC2 compute 50 IBM eServer p5 50 dynamically optimizes 50 #.#MB/sec [003] 50 #MIPS [002] 50 caching compression 50 deduplication 50 DL# G5 50 multithreading capabilities 50 JBODs 50 RISC microprocessor 50 nanoseconds ns 50 #.#v [004] 50 SPECjbb# 50 MTTR 50 defragmentation 50 kbyte 50 watt quad core 50 framebuffer 50 Apple Xsan 50 computationally intense 50 TeraFLOPS 50 #W TDP [002] 50 treeview 50 firewall throughput 50 #.# mW MHz 50 Message Passing 50 PowerTheater 50 #.#Gb s [001] 50 #MB buffer 50 DNS lookup 50 I2C bus 50 KBytes 50 write IOPS 50 RedHat Linux 50 AGP8X 50 μs 50 HP ProLiant DL# G5 50 virtualises 50 Gbps throughput 50 HP ProLiant DL# G7 50 MIPS processor 50 client Pano Device 50 RAID DP 50 DDR# memory 50 CloudWatch 50 defrags 50 Infiniband 50 comparably configured 50 Mbits s 50 vCenter 50 servers 49 multiprocessors 49 i5/OS partition 49 SQL Servers 49 SSE4 instructions 49 MFLOPS 49 IBM POWER5 49 #.#TB [003] 49 Ultra DMA 49 bus adapter HBA 49 PWM frequency 49 #MB/second [001] 49 #MHz DDR2 49 SPARC Enterprise M# 49 Xtensa LX 49 Gb s InfiniBand 49 clock gating 49 VMDK file 49 #BASE T [001] 49 #.#GB s [002] 49 KBps 49 Gbps InfiniBand 49 5X faster 49 HP UX #i v3 49 GUI interface 49 Sanbolic Melio 49 SFN#F 49 datapath 49 HyperFast 49 SNMP protocol 49 #μs [002] 49 #.#MB/sec [002] 49 quad core CPUs 49 GemFire Enterprise 49 p5 #Q 49 socket x# 49 #.#Gbit/sec 49 SPEC benchmark 49 CIFS 49 query optimizer 49 QDRII 49 ® Turbo Boost 49 #Mbyte [001] 49 SPARC# 49 overclocked CPU 49 encryption decryption 49 disk D2D backup 49 Oracle JRockit 49 cacheable 49 synchronous mirroring 49 ext4 49 compiler optimizations 49 initialization 49 Manageability 49 Linux kernels 49 JSPs 49 WebDT Content Manager 49 TurboCache 49 #Mbit/sec [001] 49 bursty 49 SanDisk G3 SSD 49 stateless offload 49 SANsymphony 49 Xtensa LX processor 49 #Mbyte s [002] 49 microamps 49 performance scales linearly 49 WOCs 49 HTTP server 49 Turbo Boost 49 remote replication 49 multiprocessor systems 49 datapaths 49 debugging 49 InfiniBand interconnects 49 Fibre Channel connectivity 49 TOEs 49 RAID rebuilds 49 L2 caches 49 CPWs 49 JMX 49 processing cores 49 UDP packets 49 PowerBook G4 #mb SO 49 Xilinx FPGA 49 TCP acceleration 49 deterministic latency 49 i7 processor 49 XAUI 49 Quad Core CPU 49 ESX ESXi 49 #.#uA 49 compute intensive applications 49 symmetric multiprocessor 49 Linux UNIX Windows 49 limitless scalability 49 Turbo CORE 49 TCP multiplexing 49 #.#MBps [002] 49 6ms response 49 #Gbps Ethernet ports 49 BL#c 49 MegaRAID controllers 49 z VSE 49 quad core CPU 49 ix4 49 parallelism 49 Tesla GPUs 49 VMware vCenter Server 49 RX# S4 49 virtualised environments 49 MBps 49 RDMA 49 seamless failover 49 HyperTransport TM 49 D3D 49 bit RISC CPU 49 redundant hot swappable 49 Nvidia Tesla 49 Intel Hyper Threading 49 #Gb Ethernet [001] 49 MHz DDR2 49 attached SCSI SAS 49 LRDIMM 49 FWSM 49 diskless servers 49 IBM p5 49 Intel Turbo Memory 49 HTTP requests 49 latency jitter 49 IBM System p5 49 Hyper Threading Technology 49 fault tolerant architecture 49 AMD Cool'n'Quiet technology 49 JIT compilation 49 blade chassis 49 optimizations 49 Platform LSF 49 MD#i 49 #Mbyte [002] 49 #.#Gbit s [002] 49 FSAA 49 GB SATA drives 49 DIMM slot 49 Intel #PM chipset 49 IBRIX Fusion 49 uniprocessor 49 #GE ports 49 Snap EDR 49 1Hz 49 iSCSI connectivity 49 #uA [001] 49 multicore architectures 49 #PB [001] 49 Highly scalable 49 HP Integrity rx# 49 ENOB 49 Absoft Fortran 49 #M GTX 49 CUDA enabled 49 microampere 49 discrete graphics card 49 teraflops trillions 49 XenCenter 49 bitrate 49 massively parallelized 49 ext3 49 nanoWatt Technology 49 Mbyte 49 TCP IP 49 Thin Provisioning 49 KB L2 cache 49 SATA controllers 49 #mhz [001] 49 continuous uptime 49 deduped 49 BlueArc Titan 49 Parallel Sysplex 49 Petabytes 49 #mW [002] 49 HyperTransport 49 Petaflops 49 virtualised server 49 DDR2 SDRAM 49 NetQueue 49 AMD Geode LX# 49 Qemu 49 ad hoc queries 49 Rapid Virtualization Indexing 49 System z9 mainframe 49 Load balancing 49 PCMark 49 GB DDR2 49 TCP offload 49 filesystems 49 Gigabytes 49 AES# encryption 49 #KB [002] 49 unoptimized 49 DiskXtender 49 defragging 49 #:# LVDS 49 UDMA 48 Runtime 48 socket 1U 48 GPGPU 48 gigabit speeds 48 voltage #.#V 48 Dhrystone MIPS 48 #hz [002] 48 #MIPS [001] 48 4GB RAM 48 DataDirect XML Converters 48 Btrfs 48 Userful MultiSeat 48 x# CPU 48 SpeedStep 48 fanout 48 Virtualized servers 48 #KB [001] 48 Oracle 8i 48 Ethernet NICs 48 Uptime 48 eth0 48 SATA2 48 Asynchronous 48 Adaptec MaxIQ 48 RMON 48 rackmount servers 48 3PAR InServ Storage 48 NVIDIA CUDA enabled 48 NetworkManager 48 ProLiant DL# G5 48 PanFS 48 Neo K# 48 FPGA fabric 48 Storage Nodes 48 filesystem 48 5ms 48 4Gbit/sec 48 voltage differential 48 recursion 48 jitter 48 DB2 UDB 48 HTTP protocol 48 pixel shading 48 SPEC benchmarks 48 QEMU 48 Carrier Grade RTLinux 48 heterogeneous architectures 48 RAID array 48 VAAI 48 replication mirroring 48 TCP Transmission 48 Intel Xeon E# 48 leakage currents 48 TB terabytes 48 results QoR 48 exFAT file system 48 nsec 48 reconfigurability 48 DDR2 #MHz [001] 48 DDR3 #MHz memory 48 OLTP workloads 48 HP ProLiant ML# 48 #.#Gb/sec 48 wirespeed 48 MLC NAND Flash 48 5TB 48 6ms 48 Bus Adapter 48 ONTAP 48 RTOSes 48 FB DIMM memory 48 EtherDrive 48 ISE #.#i 48 Dual Core Opteron 48 transactional workloads 48 UAC prompts 48 WAN optimization appliance 48 compute intensive 48 TX# S2 48 SGI ProPack 48 interprocess communications 48 Oracle Coherence 48 Virtual Machine VM 48 #.#GHz CPUs 48 infinite scalability 48 4KB 48 Oracle Exadata Storage 48 #MB/sec [002] 48 DLLs 48 SPI interface 48 Xtensa processor 48 kbytes 48 DeltaStor software 48 GeForce Boost 48 QoR 48 UFM software 48 syslog 48 VMware ESX hypervisor 48 multi threaded architecture 48 #MB DDR3 48 WAN replication 48 IBM Power6 48 PoE switches 48 HyperTransport links 48 i5 #M [002] 48 symmetric multiprocessor SMP 48 SANWatch 48 failover 48 binary compatible 48 DIMM 48 Remote Replication 48 PowerBook G4 DDR2 #mb 48 3Gbps SATA 48 SIMD 48 MHz CPU 48 DDR3 ECC memory 48 SCSI RAID 48 8ms 48 #kHz sampling [001] 48 ViewState 48 AMD HyperTransport 48 Windows ReadyBoost 48 virtualizes 48 SiSoft Sandra 48 Intel SpeedStep 48 Oracle TimesTen 48 POWER6 chip 48 3Gb s SATA 48 RDBMSs 48 Tesla C# 48 VMware DRS 48 #G Ethernet switches 48 rpm spindle speed 48 Blue Coat ProxySG 48 Dell PowerEdge R# 48 IBM BladeCenter servers 48 Power7 chip 48 GHz Celeron 48 DIMM modules 48 OTN interfaces 48 framerate 48 virtualized server 48 MEGACO 48 SPECweb# 48 ARM9 CPU 48 P#K# 48 density #GbE 48 Gigabit Ethernet ports 48 Gbits sec 48 IBM p# 48 defragment 48 POWER6 48 printf 48 Vdd 48 HP Oracle Exadata 48 unmatched scalability 48 ZENworks Configuration Management 48 RLDRAM II 48 Harpertown processors 48 Symmetrix V Max 48 RISC cores 48 milliwatts mW 48 MHz DDR 48 TCO 48 8GHz 48 dual gigabit Ethernet 48 Radeon X# XTX 48 SAP HANA 48 SFDR 48 hyperthreaded 48 #x #x [002] 48 Virtual Machines 48 teraFLOPS 48 HPC environments 48 OpenOnload 48 #Kbytes [002] 48 Racerunner 48 AVR# [002] 48 Intel Xeon CPUs 48 CrossFireX ™ 48 DDR1 48 3Gbit s 48 Data ONTAP 48 gigabit Ethernet ports 48 sftp 48 AVR microcontroller 48 Itanium2 48 SNMP traps 48 SATA 6G 48 x4 slot 48 Dynamic Memory 48 vCenter Server 48 Xgrid 48 Concurrent iHawk 48 Dual Processor 48 FabricServer 48 #Kbyte [002] 48 4ms 48 Dell PowerEdge SC# 48 WAN interfaces 48 hyper threaded 48 clustered computing 48 X# processors 48 Core i7 #K [002] 48 iNAND 48 Total Harmonic Distortion 48 vSTOR S# 48 shader processors 48 storage arrays 48 Atrato V# 48 virtualised servers 48 Melio FS 48 Lustre file 48 thin provisioned 48 DataDirect Shadow 48 Thin provisioning 48 multiply accumulate 48 iSCSI initiator 48 provisioning patching 48 SLI configuration 48 #fps [003] 48 SSL encrypted traffic 48 iSCSI protocol 48 IPSec SSL 48 EC2 cloud 48 PSRR 48 kvm 48 VMready 48 overclock 48 3GB RAM 48 PRIMEPOWER servers 48 IBM z OS 48 Fibre Channel Switches 48 InfiniBand DDR 48 2mA 48 SH 2A 48 checkpointing 48 1GB PC# 48 DDR2 modules 48 4Gbps Fibre Channel 48 deduping 48 IBM BladeCenter QS# 48 DIMMs 48 mmc 48 5ms response 48 Quad Core Intel 48 FineSim Pro 48 nonblocking 48 vNIC 48 DDR3 memory controller 48 EEMBC benchmarks