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(Click for frequent words.) 70 x# processors 69 x# architecture 68 AMD# [001] 66 PowerPC 65 Opteron 65 x# servers [002] 65 x# processor 65 Itanium 64 CPUs 64 #bit [001] 64 x# server 64 AMD Opteron 63 HREF = @ 63 x# chips 63 Power4 63 CPU 62 UltraSPARC 62 Linux 62 HP UX 62 x# architectures 62 VIA Nano processors 62 x# x# [002] 62 UltraSparc 62 OS 62 EM#T 61 Solaris x# 61 blade server 61 multiprocessor 61 Solaris SPARC 61 Power4 + 60 PowerPC processors 60 Opteron servers 60 multithreading 60 Intel CPUs 60 Nehalem EX 60 PowerPC processor 60 Unix server 60 #/#-bit [001] 60 AMD Opteron processor 60 linux 60 Power5 + 60 AIX 60 RISC processors 60 x# # 59 RedHat Linux 59 RISC 59 AMD Opterons 59 HP PA RISC 59 Linux BSD 59 SSE3 59 UltraSparc III 59 SSE2 59 Solaris 59 Windows 59 multicore 59 SPARC# 59 BladeCenter 59 PowerVM 59 x# instruction 58 Platform openSUSE 58 Wintel 58 server 58 Intel Itanium 58 PrimePower 58 UltraSPARC T1 58 Power5 58 Sparc# 58 RISC Unix 58 Intel Nehalem 58 IA# [003] 58 W#z 58 multi threaded 58 p5 58 Unix servers 58 blade servers 58 SPARC Solaris 58 Xeon processors 58 Solaris OS 58 POWER6 58 UltraSPARC IV 58 ARM processors 58 Integrity servers 58 Sun UltraSparc 57 OSes 57 Sun Sparc 57 Kentsfield 57 Itanium2 57 Altivec 57 UltraSPARC T2 57 POWER4 57 iSeries pSeries 57 multicore CPUs 57 x# compatible 57 Intel Xeons 57 multi threading 57 MIPS processors 57 Intel EM#T 57 Power6 57 x# CPU 57 socket x# 57 UNIX 57 GPUs 57 Opteron processor 57 UltraSparc chips 57 virtualization 57 Sun UltraSPARC 57 RISC processor 57 Sparc servers 57 Intel Nehalem processors 57 DDR2 57 AMD Athlon# 57 symmetric multiprocessing 57 Core i7s 56 quad core CPU 56 AMD CPUs 56 Via Nano 56 Unixes 56 AMD processors 56 #-/#-bit 56 UEFI 56 quad core CPUs 56 quad core 56 OpenPower 56 ia# 56 OSs 56 Intel Xeon E# 56 MIPS cores 56 logical partitions 56 AltiVec 56 Power7 56 x#/x# 56 Xeon 56 POWER5 processor 56 Power6 chip 56 microprocessor architectures 56 Xeons 56 eServer p5 56 WinXP 56 Symmetric Multiprocessing SMP 56 hyperthreaded 56 SSE4 56 #QM 56 Red Hat Linux 56 AIX Linux 56 filesystems 56 gpu 56 OS X 56 MINIX 56 IBM Power5 56 PCI Express 56 ProLiant server 56 UltraSPARC processor 56 Intel Itanium processor 56 ext4 56 Intel quad core 56 HP xw# 56 logical partitioning 56 PowerPC architecture 56 IBM p5 56 HP ProLiant 56 i7 processor 56 processor sockets 56 Hyperthreading 56 Linux OS 56 RISC blades 56 POWER5 56 Multiprocessing 56 Xeon DP 56 SPARC processor 56 dual core 56 cpus 56 microprocessor 56 Itanium servers 55 AGP 8x 55 processor cores 55 ProLiant 55 Pentium4 55 SSE5 55 IBM eServer pSeries 55 i5/OS V#R# 55 multiprocessing 55 hyper threading 55 OpenMP 55 V#z 55 integer 55 Opterons 55 UltraSPARC T2 processor 55 symmetric multiprocessing SMP 55 compiz 55 IBM eServer xSeries 55 Sun Microsystems Solaris 55 RX# S4 55 CULV 55 NVIDIA ION 55 multicore processors 55 UltraSPARC IV processor 55 hyperthreading 55 System z mainframes 55 Athlon# 55 X# [004] 55 SuperMicro 55 AMD Opteron TM 55 hypervisor 55 GPU 55 Windows #/XP 55 GNU Linux 55 cpu 55 Celeron M 55 Unix Linux 55 FreeBSD 55 IBM Power6 55 osx 55 eServer i5 55 multiple CPU cores 55 Power5 processors 55 Linux UNIX 55 HyperTransport interconnect 55 multiprocessors 55 Unix 55 XEON 55 InfiniBand 55 Datacenter Server 55 Geode NX 55 PowerPCs 55 IBM PowerPC 55 Mini ITX motherboard 55 IBM eServer x# 55 ARM9 55 UltraSPARC III 55 SMP symmetric multiprocessing 55 Dual Core processors 55 FreeDOS 55 AMD# evolves 54 pSeries servers 54 i5 54 GPGPU 54 Solaris Unix 54 multithreaded applications 54 motherboard 54 Windows CE 54 Nvidia nForce 54 HP UX #i v3 54 HyperThreading 54 Intel Xeon processors 54 multiprocessor systems 54 Cortex A9 54 Extended Memory 54 POWER6 processor 54 CPU cores 54 quad core Xeon processors 54 ext3 54 Infiniband 54 SIMD instructions 54 quad core Xeon 54 FSMLabs RTLinux 54 win# 54 X# Pro 54 Transmeta Crusoe 54 socket Opteron 54 Power5 processor 54 nVidia chipset 54 OpenVMS 54 p5 #Q 54 Linux distros 54 RHEL 54 VIA Nano 54 3DNow 54 AIX 5L 54 Mini ITX 54 IBM eServer p5 54 AMD Sempron 54 Win9x 54 Wyse Thin OS 54 VIA C7 processor 54 Solaris Sparc 54 AMD Opteron processors 54 PowerPC G5 processor 54 Itaniums 54 Mac OS 54 Core i7 processors 54 embedded hypervisor 54 binary compatible 54 Itanium processor 54 NetBSD 54 Nehalem CPUs 54 Nvidia chipset 54 Athlon XP 54 multithread 54 Opteron chips 54 fpgas 54 Celerons 54 Pentium 4 54 OpenGL 54 IBM Power4 54 IBM Power7 54 Intel Xeon X# 54 Intel XScale 54 SPECfp rate# 54 GHz Opteron 54 XP 54 Linux kernels 54 Opteron processors 54 amd# 54 BL#p 54 DirectX 54 quad core processors 54 virtualized 54 VIA Nano processor 54 ATI chipset 54 #-bit/#-bit 54 NVidia 54 Power7 processor 54 rackmount servers 54 Caneland platform 54 UltraSPARC processors 54 Solaris TM 54 Sun Solaris 54 ML# G4 54 Sempron 53 SLI chipset 53 Xeon processor 53 kernel #.#.# 53 Core2 53 Xscale 53 PowerPC G5 53 Xeon LV 53 Atom netbook 53 CPU architectures 53 Hypervisors 53 ARM processor 53 PCI X 53 framebuffer 53 multi threaded applications 53 Power6 processor 53 eServer 53 IIIi 53 AMD Dual Core 53 nForce4 53 UltraSparc IV + 53 UltraSPARC R 53 1U server 53 H# chipset 53 AMD Athlon XP 53 DX9 53 Nvidia Tesla 53 Phenom II processor 53 Windows Embedded Compact 53 Efficeon 53 UNIX server 53 AMD# processors 53 zEnterprise System 53 PowerPC architectures 53 Fedora Linux 53 Intel Xeon 53 Intel Penryn 53 Solaris kernel 53 System i5 53 S/# [002] 53 x# M2 53 RTOSes 53 Blade Servers 53 bladed servers 53 Qemu 53 Opteron EE 53 OS X Server 53 OS/# 53 Win# [002] 53 xSeries 53 quad core Clovertown 53 SunOS 53 Intel Pentium M 53 Intel Atom CPUs 53 uniprocessor 53 Hyper Threading 53 #FSB 53 RISC architectures 53 IBM eServer OpenPower 53 universal binaries 53 scsi 53 nVidia 53 Xfce 53 4U server 53 Intel Atom 53 Itanium processors 53 Linux distributions 53 iSCSI 53 Core2 Duo 53 desktop 53 Intel Itanium processors 53 Windows XP 53 Xen 53 Intel Pentium D 53 POWER7 53 UltraSPARC T1 processor 53 IBM PowerPC #FX 53 AM2 + 53 #.#GHz P4 53 MIPS 53 x# virtualization 53 X# servers 53 eServers 53 Intel #X chipset 53 HP UX #i v2 53 SGI ProPack 53 Core Duo 53 AMD# dual 53 multicore chips 53 quad core processor 53 Power5 chips 53 Xeon X# 53 PCIe 53 DL# G2 53 x#/x# platforms 53 IBM zSeries 53 Socket AM2 + 53 Celeron D 53 2U server 53 multicore CPU 53 MacOSX 53 Hyper Threaded 53 V#x 53 Nehalem CPU 53 Intel Celeron D 53 ProLiant DL# G5 53 MacOS X 53 Tru# Unix 53 Intel Nehalem EX 53 virtualisation 53 notebook GPUs 53 IBM POWER5 53 Hohndel 53 openoffice 53 Dual Core Intel 53 motherboards 53 Nano ITX 53 quad cores 53 XenClient 53 X.org 53 SCSI 53 TILE# 53 2MB L2 cache 53 P# chipset 53 Windows Server #/#/# 53 NT4 53 IBM AIX 53 IBM xSeries servers 52 Atom chipset 52 Win7 52 VirtualBox 52 Quad Core Intel 52 #.#GHz quad core [001] 52 uClinux 52 UltraSparc IV 52 IBM pSeries 52 pSeries 52 SLES9 52 binary compatibility 52 multithreaded 52 Xeon server 52 dual core Opterons 52 symmetrical multiprocessing 52 Linuxes 52 RHEV 52 #.#GHz processor [002] 52 HPC clusters 52 SIMD instruction 52 Windows #/XP/Vista/# 52 OS9 52 Linux Unix 52 Technology EM#T 52 rack mount server 52 motherboard chipsets 52 Windows XP Embedded XPe 52 Quad Core processor 52 Slackware Linux 52 CompactPCI 52 DIMMs 52 T# #.#GHz [002] 52 AthlonXP 52 MS DOS 52 K8L 52 Intel CULV processor 52 Java VM 52 CISC architecture 52 MIPS PowerPC 52 UltraSparc T1 52 Java Workstations 52 Westmere EX 52 C7 M 52 SO DIMMs 52 Intel Xeon CPUs 52 kbyte 52 EM#T processors 52 FAT# 52 Nvidia ION 52 HPUX 52 IBM xSeries 52 Intel Core i7 52 Sparc processor 52 MacIntel 52 multicore processor 52 Sempron processors 52 virtualization hypervisor 52 mainframes 52 multicores 52 HP ProLiant BL#p 52 Gen2 PCI Express 52 mobos 52 #bits 52 SIMD 52 Clarksboro chipset 52 Nehalem 52 HPC workloads 52 Athlons 52 DL# servers 52 Sparc Solaris 52 RedHat 52 i5/OS 52 Pentium M 52 Athlon II X4 52 NVIDIA nForce 52 #MHz FSB [001] 52 VxWorks 52 Core i7 52 Intel Itanium architecture 52 IBM System p5 52 dual booting 52 AMD Turion X2 52 computing architectures 52 UltraSPARC IIIi 52 BladeCenter H 52 Multicore processors 52 CentOS Linux 52 xen 52 X# [001] 52 Intel ia# 52 DragonFly BSD 52 Quad Core CPU 52 MICROSOFT WINDOWS 52 kvm 52 Cortus APS3 52 Intel Core i7 processors 52 AMD Geode NX 52 Nvidia SLI 52 Sparc T1 52 iSeries servers 52 Clarkdale processors 52 Ext4 52 Dual Quad Core 52 NVIDIA nForce MCPs 52 POSIX 52 i7 CPU 52 WIndows 52 WinCE 52 i7 #QM [002] 52 ESX Server 52 * NIX 52 filesystem 52 nanometer Penryn 52 AMD Geode 52 AM3 + 52 AdvancedTCA 52 AMD Opteron Processors 52 Intel Quad Core 52 VMWare ESX 52 dual socket 52 ATI graphics 52 AMD Opteron CPUs 52 Debian Linux 52 Posix 52 socket servers 52 JVMs 52 #/#bit 52 videocard 52 Fire X# M2 52 CISC processors 52 nvidia 52 Dual Core Xeon 52 motherboard chipset 52 Windows Server 52 simultaneous multithreading 52 HP ProLiant DL# G7 52 Tesla GPU 52 SunFire 52 Sparc processors 52 POWER4 + 52 QuickPath 52 #.#GHz Xeon [002] 52 Socket AM2 52 Netra T# 52 coprocessor 52 Ubuntu Server 52 Quad Core Intel Xeon 52 componentized 52 IBM p# 52 UltraSparc IIIi 52 socket AM3 52 Hyper Threading Technology 52 #.#GHz Celeron [002] 52 quad core Intel Xeon 52 MHz FSB 52 XFree# 52 mainboards 52 MIPS R# 52 PowerPC #MP 52 Core i7 chips 52 x# CPUs 52 Trusted Solaris 52 Netware 52 HP Integrity rx# 52 Core i#/i# 52 Novell SUSE Linux 52 DDR1 52 HP DL# 52 #M GT 52 ColdFire 52 Intel HyperThreading 52 Intel Dual Core 52 chip multithreading CMT 52 = x# x# 52 Hyper threading 52 ATI FireGL 52 socket blade 52 PA RISC 51 X#XT [001] 51 vSMP 51 Niagara Sparc T1 51 #MHz frontside bus [001] 51 Multithreaded 51 DDR# 51 Blade servers 51 x# x# [001] 51 PC/#-Plus 51 #.#GHz PowerPC 51 POWER5 + 51 AlphaServer 51 CPU sockets 51 AMD AM2 + 51 PC/# 51 superscalar 51 Linux kernel 51 NVIDIA Ion 51 Core i7 CPUs 51 server virtualization 51 Fujitsu Siemens PRIMERGY 51 unix 51 Red Hat RHEL 51 D#F 51 Intel Macs 51 Unix workstation 51 GB DDR3 51 XFCE 51 Pentium processors 51 mini ITX 51 SPARC processors 51 Platform SUSE LINUX 51 GPFS 51 Itanic 51 KDE3 51 nForce #i SLI 51 ZFS file 51 Virtualization RHEV 51 Pentium D 51 Dual Core Opteron 51 DL# G3 51 PRIMEPOWER 51 uClibc 51 DDR# memory 51 zSeries 51 quad core Xeons 51 Fermi GPU 51 ESXi 51 AMD Athlon II X4 51 DX#.# 51 QEMU 51 MontaVista Linux 51 processor architectures 51 MPC# processor 51 Intel #GM chipset 51 Dynamic Cube 51 Celeron M processors 51 #.#GHz 2MB 51 HCS# 51 RISC CPU 51 SPECjbb# 51 GF# Fermi 51 VirtualBox #.#.# 51 Sparc Enterprise 51 #K CPS 51 Woodcrest processors 51 multicore architecture 51 PowerPC CPUs 51 PCI Express graphics 51 Intel Gulftown 51 #.#.# Size/MD5 checksum 51 x# X5 51 Atom N# 51 Mac OSX 51 Intel LGA# [001] 51 Power6 processors 51 Risc 51 IBM eServer p# 51 Intel Nehalem microarchitecture 51 UNIX servers 51 Core Duo processor 51 IOP# 51 Altix UV 51 6Gbps SAS 51 UNIX Linux 51 ssd 51 MegaRAID 51 mini ITX motherboard 51 Intel ® 51 C#x [001] 51 quadcore 51 UD5 51 x# blade servers 51 VIA EPIA 51 Volari 51 AMD Bulldozer 51 T# server 51 Fibre Channel HBA 51 Radeon X#XTX 51 Debian 51 Blade Server 51 Quad Core 51 X# XT [001] 51 NetWare 51 #Gb Ethernet [001] 51 Quad Core processors 51 AMCC PowerPC 51 UltraSparc processors 51 Linux binaries 51 socket Xeon 51 1MB cache 51 Windows Vista XP 51 Servers 51 Virta Android 51 ATI CrossFire 51 Server 51 SPARC servers 51 Pentium III 51 ARMv6 51 Opteron CPUs 51 ARM MIPS 51 Ubuntu Linux 51 Nehalem processors 51 Power7 chip 51 Asus motherboard 51 #.#ghz [001] 51 multicore processing 51 rx# servers 51 J2EE compliant 51 ext2 51 Athlon XP M 51 PRIMERGY servers 51 Dunnington processor 51 #.#.# kernel 51 System z mainframe 51 Ubuntu Desktop 51 #.#GHz Pentium 4 [002] 51 zEnterprise 51 XP Embedded 51 AMD #G 51 Virtual Machine VM 51 KDE #.#.# [002] 51 mainline Linux kernel 51 X2 processors 51 Linux Desktop 51 HyperTransport 51 Opteron Athlon 51 nForce 51 #MHz G4 51 Fujitsu PRIMERGY 51 VIA C7 51 ZFS filesystem 51 x# x# x# 51 #nm Nehalem 51 SPEC CPU# 51 AdvFS 51 BL#c 51 IRIX 51 RedHawk Linux 51 discrete GPUs 51 Nehalem processor 51 Fibre Channel 51 MPC#E processor 51 Westmere EP 51 AMD Athlon Neo 51 Altix 51 Athlon FX 51 Intel Nehalem processor 51 Sparc architecture 51 X# chipset 51 SODIMM 51 Vcore 51 Unix workstations 51 heterogeneous computing 51 socket AM2 51 microkernel 51 L1 cache 51 Neoware m# 51 x# x8 51 Xserve 51 Win# [001] 51 #.#GHz CPUs 51 3Dlabs Wildcat Realizm 51 ATI GPU 51 VECD 51 Notes Domino 51 Tolapai 51 NVIDIA Fermi 51 3GHz 51 Mono runtime 51 libtiff 51 Oracle VM Server 51 POWER5 + processor 51 socket AM2 + 51 Xorg 51 HP xw# workstation 51 Radeon X# [001] 51 AMDs 51 LPAR 51 HP AlphaServer 51 Tesla GPUs 51 LLVM 51 Mips 51 chip multithreading 51 Integrity rx# 51 AVR# [002] 51 IBM OpenPower 51 microprocessor cores 51 ProLiant servers 51 X.Org 51 Yorkfield 51 Core i7 #X 51 quad socket 50 architectures 50 LGA# [002] 50 Pentiums 50 gcc #.#.# 50 mainframe 50 #.#Ghz [001] 50 x# [003] 50 ARM# [003] 50 Atom CPU 50 gcc compiler 50 rackmount server 50 4KB 50 System p5 50 Xen virtualisation 50 i7 50 OpenBSD FreeBSD 50 multicore DSPs 50 Q# chipset 50 Phenom II CPUs 50 msi 50 hypervisors 50 xorg 50 kernel 50 BladeCenter JS# 50 Unix RISC 50 blade chassis 50 LiveCD 50 i7 #QM [001] 50 nVidia nForce 50 discrete graphics cards 50 paravirtualization 50 OSX #.#.# 50 BladeCenter servers 50 MHz DDR2 50 SATA controller 50 Intel Centrino Atom 50 AmigaOS 50 workstation graphics accelerators 50 NOR Flash 50 Intel #GM 50 rasterization 50 Win4Lin 50 DDR2 modules 50 WindowsXP 50 Nvidia GPUs 50 Debian Etch 50 HPC 50 HP rx# 50 ARM#EJ S 50 AMD AM2 50 Atom processor 50 Intel Core2 Quad 50 Core2Duo processor 50 AIX Solaris 50 GPU computing 50 ARM9 CPU 50 SUSE Linux 50 Linux distro 50 Phenom II 50 MorphOS 50 Clovertown 50 Dual Core 50 HP ProLiant DL# 50 SPECviewperf 50 VMware ESX server 50 Phenom FX 50 ARM Cortex A9 50 Power6 + 50 fully synthesizable 50 AMD Sempron processor 50 processing cores 50 Intel Turbo Memory 50 Agena FX 50 WinXP Pro 50 z VSE 50 SuperServer 50 O subsystem 50 Athlon X2 50 ULV processors 50 HP ProLiant server 50 InfiniPath 50 ReiserFS 50 8bit MCU 50 ARM7TDMI processor 50 Linux v.4 50 Intel CULV 50 VMware Workstation 50 asp.net 50 SPECint rate# 50 SB# chipset 50 ProLiant BL#p 50 NVIDIA Tesla 50 #GC chipset 50 Win2k 50 Radeon 50 Flash microcontroller 50 i7 #X 50 Windows NT 50 Dual Core AMD Opteron 50 rack mount servers 50 Ext4 file 50 NTFS file 50 RISC DSP 50 PA Risc 50 BladeCenter blade servers 50 PowerEdge SC# [001] 50 symmetric multiprocessor 50 multicore architectures 50 FPGA 50 T# servers 50 Efficeon processor 50 xSeries servers 50 Windows 9x 50 Cortex A8 processor 50 GHz Celeron 50 ARM cores 50 server workstation 50 AM2 processors 50 CPU socket 50 Quad Xeon 50 AMD quad core 50 compiler optimizations 50 Intel Pentium 50 CoolThreads 50 VLIW architecture 50 QuadCore 50 Server SLES 50 Skulltrail 50 IBM S/# 50 MIPS processor 50 InfiniBand adapter 50 NetWare kernel 50 netbooks 50 microcode 50 Intel Xeon processor 50 System z9 50 LPARs 50 1U rack mount 50 Xserves 50 #MHz DDR [001] 50 heterogeneous multicore 50 compute nodes 50 GDDR3 50 CloudRack X2 50 rackmounted 50 Intel Xscale 50 Linpus Lite 50 2GB DDR2 50 prefetch 50 C7 processor 50 SiS# chipset 50 #bit processor 50 Fire X# 50 Mac OS 9.x 50 #.#GHz Athlon 50 Stratus ftServer 50 MacPro 50 VME# 50 Radeon #XT 50 ffmpeg 50 Mobile Workstation 50 MSI P# GD#