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(Click for frequent words.) 76 x# processors 70 x# architecture 69 Itanium servers 68 Opteron chips 67 x# processor 67 Sparc chips 67 ARM processors 66 Itanium chip 66 multicore processors 66 PowerPC architecture 66 PowerPC processors 66 Power4 66 UltraSparc 66 PowerPC processor 66 UltraSparc IV + 65 Itanium chips 65 Sparc servers 65 Opteron processor 65 Itanium processors 65 Intel Itanium processor 65 multicore chips 65 quad core chip 65 Xeon processors 65 CPUs 65 UltraSparc processors 65 Atom microprocessor 65 UltraSparc T1 64 Atom processors 64 PowerPC 64 Pentium processors 64 RISC processors 64 Efficeon 64 UltraSparc chips 64 Core Microarchitecture 64 Opteron 63 Nehalem architecture 63 Linux OS 63 multicore CPUs 63 PowerPC chips 63 Sparc processors 63 x# [004] 63 Intel CPUs 63 quad core chips 63 Power5 63 microprocessors 62 Nehalem chips 62 UltraSPARC T1 62 Unixes 62 Linux 62 Cortex A9 62 Atom CPUs 62 quad core CPUs 62 UltraSparc III 62 UltraSPARC IV 62 x# CPUs 62 Intel EM#T 62 RISC processor 62 UltraSPARC 62 x# servers [002] 62 Nehalem EX 62 dual core Opterons 62 Intel Itanium processors 62 Atom chips 62 multicore architectures 62 Opteron processors 62 multiprocessor servers 62 x# architectures 62 Power5 processors 62 Xeon chips 61 Xeons 61 Celeron chips 61 PowerPCs 61 CPU architectures 61 multicore processor 61 Atom processor 61 Itanium 61 x# microprocessors 61 Sparc processor 61 blade servers 61 Atom CPU 61 Opteron servers 61 hyperthreading 61 Pentium M chip 61 x# CPU 61 multi threaded applications 61 Itanium processor 61 Core Duo processor 61 IBM PowerPC 61 G5 processor 61 quad core Xeons 61 multicore 61 Atom chip 61 Intel Xeons 61 multithreaded applications 61 microprocessor architectures 61 Intel Atom chips 61 quad cores 60 Intel microprocessors 60 OS 60 ULCPCs 60 Intel Atom CPUs 60 Pentium processor 60 Sun UltraSparc 60 dual core 60 RISC Unix 60 PowerPC Macs 60 Intel Atom processors 60 binary compatible 60 Linux kernels 60 Xeon DP 60 embedded OSes 60 Core i7 chips 60 UltraSparc IV 60 Unix servers 60 Atom Z# 60 OSes 60 CPU 60 AMD CPUs 60 Core Duo 60 Core Duo chips 60 Core i7 processors 60 #nm processors 60 Xeon server 60 Itanium2 60 Solaris x# 60 codenamed Westmere 60 AMD quad core 59 desktop PCs 59 Fermi architecture 59 discrete graphics cards 59 VIA Nano processors 59 OSs 59 Atom netbook 59 PowerPC G5 59 Dothan Pentium M 59 EM#T processors 59 quad core processors 59 Power5 + 59 x# instruction 59 Moblin Linux 59 AM2 processors 59 x# compatible 59 Power7 processor 59 Nvidia chipset 59 Penryn processors 59 VIA Nano processor 59 Pentium chips 59 Core microarchitecture 59 PowerPC chip 59 AMD processors 59 Power6 chip 59 multiprocessor systems 59 quad core microprocessors 59 C7 M 59 Intel Pentium D 59 Nehalem EP 59 Tolapai 59 Celeron processors 59 Power5 processor 59 Unix server 59 Sun Sparc 59 quad core processor 59 ARM cores 59 Xeon 59 netbooks 59 IBM Power4 58 Itanium server 58 #nm chips 58 ARM processor 58 symmetric multiprocessing 58 PowerPC G5 processor 58 Multicore processors 58 Pentium M processor 58 PowerPC #FX 58 processor cores 58 Core i7 #X 58 microprocessor 58 Via Nano 58 computing architectures 58 quad core 58 Pentium M 58 Pentium D 58 Core i7s 58 Penryn chips 58 XScale 58 Phenom II processor 58 Pentiums 58 Opteron microprocessors 58 Intel quad core 58 Intel Atom processor 58 Power6 58 Pentium 4 58 Atom chipset 58 multiprocessor 58 zEnterprise 58 PowerPC #MP 58 Solaris Sparc 58 PrimePower 58 Xscale 58 Power4 + 58 Unix 58 Intel Itanium chip 58 NVIDIA chipsets 58 Itaniums 58 multithreaded 58 #nm Nehalem 58 multicore architecture 58 Cortex A# 58 multithreading 58 AMD Opteron 58 Power6 processor 58 Intel Nehalem processors 58 Quad Core Opteron 58 Intel Itanium architecture 58 Xeon processor 58 #nm fabrication 57 Celerons 57 3DNow 57 Transmeta Crusoe 57 Sempron 57 Tegra chip 57 Debian Linux 57 Phenom II X6 57 QuickTransit 57 EM#T 57 Intel CULV 57 Atom netbooks 57 Intel Macs 57 Intel Itanium 57 Intel Atom 57 RISC architectures 57 Pentium 4s 57 Woodcrest processor 57 IBM Power5 57 X2 processors 57 microprocessor cores 57 Intel XScale 57 motherboard chipsets 57 Java IDE 57 Xeon LV 57 Sparc architecture 57 Xeon DP processors 57 virtualization hypervisor 57 chipsets 57 AdvFS 57 mainframes 57 Power5 chips 57 Lynnfield processors 57 Hyperthreading 57 Pentium Extreme Edition 57 Power6 + 57 Windows Embedded Compact 57 Unix workstation 57 Pentium M chips 57 Celeron CPU 57 Opterons 57 AMD Opteron processors 57 #nm Penryn 57 UltraSPARC processor 57 Unix workstations 57 NetBurst 57 AMD Opterons 57 RISC architecture 57 codenamed Silverthorne 57 Java Virtual Machine 57 hypervisor 57 chip multithreading CMT 57 GPUs 57 uniprocessor 57 ARM Cortex A8 56 x# blade servers 56 Core Solo 56 Celeron processor 56 quad core CPU 56 XScale processor 56 MIPS processors 56 RDRAM 56 iSeries servers 56 blade server 56 NetBurst architecture 56 Atom N# processor 56 Intel Core Duo processors 56 Silverthorne processor 56 PA RISC 56 UEFI 56 Solaris Unix 56 Athlons 56 Menlow platform 56 quad core Xeon processors 56 #.#GHz N# [002] 56 Poulsbo chipset 56 mainline Linux kernel 56 G5 processors 56 IBM PowerPC processor 56 smartbooks 56 nettops 56 Athlon Neo 56 Windows 56 SPARC processor 56 manycore 56 Linux RHEL 56 UltraSparc processor 56 Power5 + processors 56 ARM CPUs 56 Opteron chip 56 Nehalem processors 56 Intel Nehalem processor 56 microarchitecture 56 Solaris SPARC 56 Cell processor 56 Celeron M 56 Intel Itanium chips 56 Clovertown 56 UltraSparc T2 56 Linux distributions 56 Intel Nehalem 56 Integrity servers 56 Krewell 56 Sun UltraSPARC 56 PA RISC processors 56 POWER6 56 MINIX 56 SSE5 56 Harpertown 56 Intel Nehalem architecture 56 universal binaries 56 multicore CPU 56 UltraSparc T1 Niagara 56 quad core Xeon 56 X# chipset 56 UltraSPARC T2 56 clockspeeds 56 Windows CE 56 multicore multithreaded 56 serviceability RAS features 56 CISC processors 56 AltiVec 56 quad core microprocessor 56 UltraSPARC III 56 watt quad core 56 hyperthreaded 56 SPARC# 56 Sempron chips 56 Power7 56 discrete GPU 56 POWER5 56 ULV processors 56 IBM Power7 55 netbook PCs 55 Westmere architecture 55 Caneland platform 55 PowerPC CPUs 55 Cortex A8 55 subnotebooks 55 AMD# [001] 55 multi threaded 55 A9 processor 55 2 Duo CPUs 55 Sempron processors 55 CULV 55 Symmetric Multiprocessing SMP 55 Opteron EE 55 #GSE chipset 55 JVMs 55 x# server 55 quad core Clovertown 55 ultra portables 55 #nm CPUs 55 i5/OS 55 Tru# 55 Xserve server 55 Athlon processors 55 System z mainframes 55 HyperThreading 55 #nm Westmere 55 Core i7 CPUs 55 graphics chipsets 55 Phenom II processors 55 Merom processors 55 Intel Xeon 55 Sparc# 55 XenClient 55 Garnet OS 55 RedHat Linux 55 symmetric multiprocessor 55 Netburst 55 Sparc Enterprise 55 Nehalem microarchitecture 55 Sun Microsystems Solaris 55 UltraSPARC processors 55 Intel Pentium processors 55 Netburst architecture 55 Solaris 55 Pentium M notebook 55 #nm quad core 55 Semprons 55 discrete graphics chips 55 Pentium M processors 55 Irix 55 Dual Core processors 55 #.#GHz Atom N# [002] 55 quad core server 55 PowerPC G4 55 Core2Duo processor 55 Itanic 55 graphics subsystem 55 Opteron server 55 VIA Nano 55 Eee PC netbooks 55 Intel Penryn 55 Geode processor 55 Centrino Duo 55 Power7 chip 55 AMDs 55 MPC#D 55 #/#-bit [001] 55 multithreaded processors 55 multiple CPU cores 55 codebase 55 POWER5 + processor 55 gcc compiler 55 ATI GPUs 55 graphics processor 55 i5/OS V#R# 55 Xen hypervisor 55 StarOffice suite 55 AMD Geode 55 Red Hat Linux 55 OS9 55 i7 chips 55 IBM Power6 55 ultramobile PC 54 Rosetta emulation 54 SuSE Linux Desktop 54 zEnterprise System 54 Gulftown 54 ultrathin laptops 54 #G chipset 54 Core2 54 ATI GPU 54 AMD Opteron processor 54 Atom N# 54 ProLiant server 54 Athlon XP 54 Sparc Solaris 54 Xen virtualisation 54 multiprocessing 54 Intel Xeon processors 54 UltraSparc T1 chip 54 Blade servers 54 Intel Nehalem microarchitecture 54 gigahertz Pentium 4 54 P# chipset 54 PCs 54 processor architectures 54 ARM Cortex A9 54 Opteron Athlon 54 Dalvik 54 MIPS processor 54 Longhorn Server 54 G4 processor 54 Ingenic 54 Intel Calpella platform 54 Centrino Pro 54 BL#p 54 Cortex A9 processors 54 Intel Clovertown 54 AMD Athlon# 54 MIPS architecture 54 Dual Core Xeon 54 Itanium microprocessor 54 Ext4 file 54 microarchitectures 54 Unix variant 54 GHz Opteron 54 Windows Compute Cluster 54 ARM7TDMI S 54 Linpus Linux Lite 54 Trusted Solaris 54 FireStream 54 SuSE Linux 54 SMP symmetric multiprocessing 54 AIX 5L 54 Phenom X4 54 Clarksboro chipset 54 GPGPU 54 Core i7 Core i5 54 Opteron workstation 54 Windows XP 54 mainframe 54 Nvidia GPU 54 AMD# processors 54 HP PA RISC 54 discrete GPUs 54 ultralow voltage 54 System z# 54 NVIDIA Ion 54 PowerVM 54 Intel Core i7 CPUs 54 Phenom II CPUs 54 Xeon MP 54 discrete graphics processor 54 IBM mainframes 54 Efficeon chip 54 AM3 socket 54 Centrino Atom 54 Chrome OS 54 VIA C7 M 54 Intel Atom CPU 54 Light Peak 54 Phenom CPUs 54 Core i3 Core i5 54 DDR2 54 OpenOffice suite 54 Via Technologies 54 quad core Opteron processors 54 AlphaServer 53 Power7 processors 53 C7 processor 53 PowerNow 53 Linux OSes 53 MS DOS 53 x# virtualization 53 Athlon XPs 53 UltraSparc T1 processor 53 i7 processors 53 Prescott Pentium 53 motherboard chipset 53 socket AM3 53 Phenom II 53 PWRficient 53 Tegra chips 53 octo core 53 BSD Unix 53 Athlon# 53 Clovertown processors 53 Intel Nehalem Xeon 53 multi threading 53 multithread 53 K8L 53 Merom Conroe 53 1Ghz 53 IGP chipsets 53 Grantsdale chipset 53 Centrino chipset 53 Tru# Unix 53 logical partitions 53 Socket AM2 + 53 multicore DSPs 53 Socket AM2 53 CULV processors 53 hyper threading technology 53 NetWare kernel 53 graphics processors 53 Core i7 #K [001] 53 Via C7 53 Viiv PCs 53 SSE4 53 quad core x# 53 x# PowerPC 53 quad core Phenom II 53 EcoRAM 53 ATI chipsets 53 Westmere EX 53 SSDs 53 Gulftown processor 53 Snapdragon chip 53 Intel Pentium Processor 53 POWER4 53 Unix RISC 53 Hohndel 53 mainboards 53 nettop PCs 53 Phenom processors 53 eServer p5 53 Intel Celeron processor 53 Itanium 2s 53 Phenom processor 53 SpeedStep 53 G3MX 53 AMD# architecture 53 Centrino processor 53 Intel Nehalem EX 53 Power6 processors 53 Glaskowsky 53 Altivec 53 HP UX 53 DDR1 53 Myrinet 53 PCI Express interconnect 53 HPC clusters 53 #.#GHz Atom [001] 53 Rambus RDRAM 53 WebSphere middleware 53 Java VM 53 MeeGo OS 53 SPARC processors 53 Arrandale processors 53 Intel Montevina 53 socket LGA 53 z9 53 Nehalem processor 53 OS X 53 Solaris OS 53 G# chipset 53 V#x 53 WinFX 53 i3 i5 53 socket servers 53 AIX Unix 53 ULV processor 53 Linux distros 53 NVIDIA ION 53 #.#GHz quad core [001] 53 Nehalem CPU 53 Linux kernel 53 Ultrabooks 53 Atom D# 53 Athlon XP M 53 xSeries servers 53 #bit processor 53 quad core Opterons 53 subnotebook 53 HP e# 53 processing cores 53 virtualisation 53 Solaris kernel 53 Zettabyte File System 53 Windows CE.NET 53 ProLiant 53 universal binary 53 Turion processor 53 CPU cores 53 A5 chip 53 middleware 53 Celeron D 53 Nehalem Xeon 53 Bulldozer architecture 53 UMPCs 53 Penryn processor 53 UltraSPARC IV processor 53 GNU Linux 53 PowerPC architectures 53 ATI chipset 53 Atom Processor 53 Centrino notebooks 53 SPARC servers 53 Core i7 53 StrongARM 53 #.#GHz Atom [002] 53 eServer i5 53 Hyper V virtualisation 53 symmetric multiprocessing SMP 53 x# cores 53 Xeon X# 53 codenamed Montecito 53 Nehalem EX chips 53 Nehalem 53 Phenom X3 53 pSeries servers 53 VirtualPC 53 Fermi GPU 53 Mac minis 52 GPU computing 52 ultraportable notebooks 52 GPU 52 Niagara Sparc T1 52 Crusoe processor 52 AMD Fusion APUs 52 Core i3 i5 52 OpenMP 52 ultraportable laptops 52 Athlon II X4 52 Montevina platform 52 p5 servers 52 microcode 52 iSeries pSeries 52 #.#GHz Pentium 4 [001] 52 Radeons 52 Kentsfield 52 AMD microprocessors 52 MeeGo 52 Linux #.#.# kernel 52 MacOS X 52 #.#GHz Pentium 4 [002] 52 z9 mainframe 52 Phenom quad core 52 Centrino chips 52 POWER4 + 52 IBM eServer x# 52 Westmere EP 52 ZFS file 52 quad core Phenom 52 Sempron processor 52 IBM zSeries mainframes 52 Radeon X# [001] 52 Atom microprocessors 52 Intel Core Solo 52 Universal Binaries 52 virtualization 52 #.#GHz Z# [001] 52 Fedora Linux 52 computing 52 SPARC Solaris 52 Voltage CULV 52 CULV processor 52 nanometer microprocessors 52 ARM Cortex A8 processor 52 #-/#-bit 52 architectures 52 #nm CPU 52 Celeron M processors 52 RISC 52 Nehalem micro 52 #.#GHz Xeon [002] 52 Linux BSD 52 Unix variants 52 Westmere microarchitecture 52 RHEL 52 Intel Xscale 52 MIPS cores 52 multithreading capabilities 52 Clarkdale processors 52 socket x# 52 Suse Linux 52 Nehalem EP processors 52 ARM9 52 IBM PowerPC processors 52 ARM processor cores 52 HP UX Unix 52 Fujitsu Sparc# 52 ® XScale 52 UltraSPARC T1 processor 52 Wyse Thin OS 52 V#z 52 Cortex A8 processor 52 PXA# processor 52 Ultrasparc 52 microservers 52 QuickPath Interconnect 52 Pentium E# 52 Intel #.#GHz Atom 52 Athlon II 52 #i chipset 52 Novell SUSE Linux 52 VirtualBox 52 hexa core 52 rasterization 52 PowerPC cores 52 Power7 chips 52 DDR2 modules 52 Windows NT4 52 PowerPC microprocessors 52 memcached 52 Intel Core microarchitecture 52 SunOS 52 Qualcomm Snapdragon 52 GeForce #M [002] 52 Nettops 52 UltraSPARC T2 processor 52 1MB cache 52 quad core Intel Xeon 52 Intel Gulftown 52 AM2 + 52 MCP# chipset 52 Macintoshes 52 mininotebooks 52 Hyper Threaded 52 NAND flash 52 multicore processing 52 OpenServer 52 Xfce 52 OpenCL 52 3GHz Pentium 4 52 XScale processors 52 ProLiant servers 52 PA6T #M 52 ZFS filesystem 52 core Atom N# 52 IHVs 52 #MHz FSB [001] 52 DDR2 SDRAMs 52 FreeDOS 52 Turion 52 Efficeon processor 52 CULV chips 52 Illuminata analyst Gordon Haff 52 QX# [002] 52 GeForce GPUs 52 Intel XScale processors 52 FCOE 52 Phenom II X4 #BE 52 Core i5 processors 52 Via C7 M 52 2 Extreme QX# 52 Illuminata Gordon Haff 52 componentized 52 discrete graphics chip 52 HHDs 52 HFS + 52 quadcore 52 JIT compilation 52 SSE2 52 HPC workloads 52 OpenSparc 52 IOP# 52 Nvidia Ion graphics 52 Intel Core Microarchitecture 52 OpenSolaris #.# 52 Dell PowerEdge Dual Core 52 Core i3 52 ultramobile PCs 52 Z6xx 52 netbook 52 DragonFly BSD 52 POWER5 processor 52 Maemo OS 52 Sparc T1 52 POWER7 52 Windows Vista 52 #K CPS 52 Intel Atom N# #.#GHz 52 #.#GHz Dual Core 52 PowerVR graphics 52 OpenCV 52 ARM CPU 52 Core i9 52 Virtage 52 AM2 + socket 52 Gordon Haff 52 Cortex A9 processor 52 MinWin 52 FB DIMMs 52 Android OS 52 UltraSPARC IIIi 52 Qt toolkit 52 x#/x# platforms 52 Radeon GPUs 52 PowerMacs 52 Power5 + processor 52 OS X Server 52 Quad Core Intel 52 Core2 Duo 52 PowerMac G5 52 NOR flash 52 unlocked multiplier 52 Intel Menlow 52 HP UX #i v2 52 multiprocessor server 52 KDE3 52 Apple Xcode 52 Netbooks 52 Execute Disable Bit 52 PA RISC chips 52 Skulltrail 52 Sun Solaris 52 Mac OS 52 Sparc microprocessors 52 GSX Server 51 AMD Geode processor 51 GHz quad core 51 M3 processor 51 TM# processor 51 MicroBlaze 51 ASICs 51 Transmeta 51 DX#.# 51 Atom ™ 51 embedded hypervisors 51 Atom N# processors 51 ultramobile 51 CPU sockets 51 chipset 51 x# microprocessor 51 #.#GHz E# [002] 51 VX# chipset 51 Intel Core i7 processors 51 Hyper Threading 51 J2SE 51 GMA X# 51 C#x [001] 51 nanometer chips 51 2 Extreme X# 51 Novell Suse 51 pSeries 51 MPC# processor 51 Sparc# processor 51 Ubuntu Linux 51 quad core Phenom processors 51 Intel Moblin 51 JBoss Application Server 51 quad core Opteron 51 kernel #.#.# 51 AMD Phenom quad core 51 NeXTStep 51 ReiserFS 51 ARM7TDMI core 51 System z mainframe 51 2 Quad Q# 51 Jolicloud OS 51 Intel Centrino Atom 51 chipset motherboard 51 Celeron M processor 51 ARM7TDMI 51 Macs 51 Xeon servers 51 userspace 51 IBM POWER5 51 PalmOS 51 frontside bus 51 Phenom IIs 51 SnapDragon processor 51 AMD Opteron CPUs 51 QuickPath 51 LGA# socket [002] 51 bytecodes 51 Virtual Machine KVM 51 GDDR2 51 Maemo Linux 51 Z5xx 51 CloudBook 51 Clovertown quad core 51 Harpertown processors 51 nettop 51 Turbo Memory 51 Java runtime environment 51 OMAP processors 51 ATI graphics 51 #.#GHz Atom processor [002] 51 LongRun2 51 SIMD instructions 51 #.#.# kernel 51 Opteron CPUs 51 Power5 microprocessor 51 AlphaServers 51 Power5 + chip 51 ARM7 51 Xen 51 Nvidia Fermi 51 MIPS 51 RV# GPU 51 Win9x 51 Intel Xeon E# 51 Core i3 processors 51 logical partitioning 51 Intel Xeon quad core 51 Nvidia 51 ARM# [003] 51 Intel Core i7 #X 51 XScale chips 51 embedded hypervisor 51 FPGA prototypes 51 VMware Server 51 Proliant servers 51 hypervisors 51 AMD# dual 51 Core i5 CPU 51 Xen virtualization software 51 CMOS processes 51 Grantsdale 51 Linux distro 51 Rambus XDR memory 51 Mac Pros 51 Technology EM#T 51 Meego 51 voltage Pentium M 51 multiprocessors 51 Athlon X2 51 Linux desktops 51 Merom processor 51 #.#GHz Xeon [001] 51 Integrated Runtime 51 SheevaPlug 51 Celeron E# 51 Cray X1 51 ULCPC 51 CPU GPU 51 IA# [003] 51 Gridborg HMP 51 Linux kernel #.#.# 51 #.#GHz C7 51 #bit MCU 51 Core Duo chip 51 O subsystem 51 heterogeneous multicore 51 Virtualization Engine 51 WebOS 51 #.#GHz Core i7 [002] 51 discrete graphics 51 Gridborg HMP Server 51 SeaMicro 51 ARM#EJ S core 51 Notes Domino 51 RTOSes 51 NAND memory 51 DDR2 memory 51 Unisys ES# servers 51 Cortex M1 51 Xeon L#