User:Henriok

• I live in Sweden, born in 1976.
• I have a special interest in all things PowerPC and Power Architecture.
• Got 379.13 Wikipediholic points - 2006年08月17日

Please e-mail me if you'd like to chat: henriok (at) mac.com

• PowerPC 601
  PowerPC 601
• PowerPC 601v
  PowerPC 601v
• PowerPC 603 in a ceramic BGA package
  PowerPC 603 in a ceramic BGA package
• PowerPC 603 in a wire bond QFP
  PowerPC 603 in a wire bond QFP
• PowerPC 604e
  PowerPC 604e
• PowerPC 750 from a PowerMac
  PowerPC 750 from a PowerMac
• PowerPC 750CXe in a HPBGA package
  PowerPC 750CXe in a HPBGA package
• PowerPC Gekko from a Nintendo GameCube
  PowerPC Gekko from a Nintendo GameCube
• PowerPC 7450
  PowerPC 7450
• PowerPC 7455
  PowerPC 7455
• POWER3s in an RS/6000
  POWER3s in an RS/6000
• A PowerPC 855T PowerQUICC processor in a plastic BGA package
  A PowerPC 855T PowerQUICC processor in a plastic BGA package
• MPC8245 in a Qlogic SANbox 5200 in TBGA package
  MPC8245 in a Qlogic SANbox 5200 in TBGA package
• MPC5200
  MPC5200
• CPU board of an ANS700
  CPU board of an ANS700
• ExpressCards vs PCCard
  ExpressCards vs PCCard
• Bedstraw Hawk moth larva (Hyles gallii), Uppsala, Sweden
  Bedstraw Hawk moth larva (Hyles gallii), Uppsala, Sweden
• Screenshot of Yellow Dog Linux, v5.0
  Screenshot of Yellow Dog Linux, v5.0
• IBM STB04500. In a "Dilog DT 550", a PowerPC based set top box.
  IBM STB04500. In a "Dilog DT 550", a PowerPC based set top box.
• A schematic showing the evolution of the different POWER, PowerPC and Power ISAs.
  A schematic showing the evolution of the different POWER, PowerPC and Power ISAs.
• A scematic of the TriBlade module in the Roadrunner supercomputer
  A scematic of the TriBlade module in the Roadrunner supercomputer
• A schematic overview of Roadrunner
  A schematic overview of Roadrunner
• A schematic overview of Blue Gene/L
  A schematic overview of Blue Gene/L
• A schematic overview of Blue Gene/P
  A schematic overview of Blue Gene/P
• The chip complex of the RIOS-1 processor
  The chip complex of the RIOS-1 processor
• The chip complex of the RIOS.9 processor
  The chip complex of the RIOS.9 processor
• The MCM of a POWER2 processor
  The MCM of a POWER2 processor
• A generic Power Architecture processor
  A generic Power Architecture processor
• Great Black-backed Gull photographed by Fredrik Dolk in Stockholm.
  Great Black-backed Gull photographed by Fredrik Dolk in Stockholm.
• Charles Edge
  Charles Edge
• Timo Sirainen
  Timo Sirainen
• A schematic overview of the SpursEngine chip
  A schematic overview of the SpursEngine chip
• A schematic overview of the QCDOC chip
  A schematic overview of the QCDOC chip
• A schematic overview of the RISC Single Chip chip
  A schematic overview of the RISC Single Chip chip
• A schematic overview of the POWER3 chip
  A schematic overview of the POWER3 chip
• A schematic overview of the POWER4 chip
  A schematic overview of the POWER4 chip
• A schematic overview of one POWER4 core
  A schematic overview of one POWER4 core
• An illustrated Apple A4 processor
  An illustrated Apple A4 processor
• An illustrated Apple A5 processor
  An illustrated Apple A5 processor
• AMCC PowerPC 440SPe processor
  AMCC PowerPC 440SPe processor
• An illustrated Apple A5X processor
  An illustrated Apple A5X processor
• An illustrated Apple A5 R2 processor
  An illustrated Apple A5 R2 processor
• An illustrated Apple A6 processor
  An illustrated Apple A6 processor
• An illustrated Apple A6X processor
  An illustrated Apple A6X processor
• An illustration of the Nintendo Wii U processor, with heat spreader
  An illustration of the Nintendo Wii U processor, with heat spreader
• An illustration of the Nintendo Wii U processor MCM, without the heat spreader
  An illustration of the Nintendo Wii U processor MCM, without the heat spreader
• An illustration of the application processor SoC in Apple's iPod nano 4 and iPod touch 2
  An illustration of the application processor SoC in Apple's iPod nano 4 and iPod touch 2
• An illustration of the application processor SoC in Apple's original iPhone, iPhone 3G and original iPod touch
  An illustration of the application processor SoC in Apple's original iPhone, iPhone 3G and original iPod touch
• An illustration of the application processor SoC in Apple's iPhone 3GS
  An illustration of the application processor SoC in Apple's iPhone 3GS
• An illustration of the application processor SoC in Apple's iPod touch 3
  An illustration of the application processor SoC in Apple's iPod touch 3
• An illustration of the XCPU-ES in Microsoft's Xbox 360
  An illustration of the XCPU-ES in Microsoft's Xbox 360
• An illustration of the XCPU "Zephyr" in Microsoft's Xbox 360
  An illustration of the XCPU "Zephyr" in Microsoft's Xbox 360
• An illustration of the XCPU "Falcon" in Microsoft's Xbox 360
  An illustration of the XCPU "Falcon" in Microsoft's Xbox 360
• An illustration of the XCGPU in Microsoft's Xbox 360S
  An illustration of the XCGPU in Microsoft's Xbox 360S
• An illustration of the XCGPU in Microsoft's Xbox 360S with heatspreader
  An illustration of the XCGPU in Microsoft's Xbox 360S with heatspreader
• An illustration of Toshiba's SpursEngine accelerator chip
  An illustration of Toshiba's SpursEngine accelerator chip
• An illustration of IBM's PowerPC 970 processor
  An illustration of IBM's PowerPC 970 processor
• An illustration of IBM's PowerPC970FX processor
  An illustration of IBM's PowerPC970FX processor
• An illustration of IBM's PowerPC 970MP dual core processor
  An illustration of IBM's PowerPC 970MP dual core processor
• An illustration of IBM's defunct PowerPC 970GX processor
  An illustration of IBM's defunct PowerPC 970GX processor
• An illustrated Apple A5 R3 processor
  An illustrated Apple A5 R3 processor
• An illustration of Motorola's PowerPC 750 processor
  An illustration of Motorola's PowerPC 750 processor
• An illustration of Motorola's PowerPC 740 processor
  An illustration of Motorola's PowerPC 740 processor
• An illustration of Motorola's PowerPC 755 processor
  An illustration of Motorola's PowerPC 755 processor
• An illustration of IBM's PowerPC 750L processor
  An illustration of IBM's PowerPC 750L processor
• An illustration of IBM's PowerPC 740L processor
  An illustration of IBM's PowerPC 740L processor
• An illustration of IBM's PowerPC 750CX processor
  An illustration of IBM's PowerPC 750CX processor
• An illustration of IBM's PowerPC 750CXe processor
  An illustration of IBM's PowerPC 750CXe processor
• An illustration of IBM's Gekko processor
  An illustration of IBM's Gekko processor
• An illustration of IBM's PowerPC 750FX processor
  An illustration of IBM's PowerPC 750FX processor
• An illustration of IBM's PowerPC 750GX processor
  An illustration of IBM's PowerPC 750GX processor
• An illustration of IBM's PowerPC 750CL processor
  An illustration of IBM's PowerPC 750CL processor
• An illustration of IBM's Broadway A processor
  An illustration of IBM's Broadway A processor
• An illustrated Apple A7 processor
  An illustrated Apple A7 processor
• An illustrated Apple M7 co-processor
  An illustrated Apple M7 co-processor
• The size difference between the M7 and A7 according to Apple
  The size difference between the M7 and A7 according to Apple
• The LPC18A1, aka "Apple M7"
  The LPC18A1, aka "Apple M7"
• The size difference between the LPC18A1 and A7
  The size difference between the LPC18A1 and A7
• The RAD750 radiation hardened processor
  The RAD750 radiation hardened processor
• An illustration of IBM's POWER3 processor
  An illustration of IBM's POWER3 processor
• An illustration of IBM's POWER3-II processor
  An illustration of IBM's POWER3-II processor
• An illustration of IBM's POWER4 processor on a single chip module
  An illustration of IBM's POWER4 processor on a single chip module
• An illustration of IBM's POWER4 processor on a dual chip module
  An illustration of IBM's POWER4 processor on a dual chip module
• An illustration of IBM's POWER4 processor on a multi chip module
  An illustration of IBM's POWER4 processor on a multi chip module
• An illustration of IBM's POWER5 processor on a dual chip module
  An illustration of IBM's POWER5 processor on a dual chip module
• An illustration of IBM's POWER5 processor on a multi chip module
  An illustration of IBM's POWER5 processor on a multi chip module
• An illustration of IBM's POWER5+ processor on a dual chip module
  An illustration of IBM's POWER5+ processor on a dual chip module
• An illustration of IBM's POWER5+ processor on a quad chip module
  An illustration of IBM's POWER5+ processor on a quad chip module
• An illustration of IBM's POWER6 processor on a ceramic substrate
  An illustration of IBM's POWER6 processor on a ceramic substrate
• An illustration of IBM's POWER6 processor on an organic substrate
  An illustration of IBM's POWER6 processor on an organic substrate
• An illustration of IBM's POWER6 processor on a dual chip module
  An illustration of IBM's POWER6 processor on a dual chip module
• An illustration of IBM's POWER6 processor on a multi chip module
  An illustration of IBM's POWER6 processor on a multi chip module
• An illustration of IBM's POWER7 processor on a ceramic substrate
  An illustration of IBM's POWER7 processor on a ceramic substrate
• An illustration of IBM's POWER7 processor on an organic substrate
  An illustration of IBM's POWER7 processor on an organic substrate
• An illustration of IBM's POWER7 processor on a multi chip module
  An illustration of IBM's POWER7 processor on a multi chip module
• An illustration of BAE's RAD6000 radiation hardened space processor
  An illustration of BAE's RAD6000 radiation hardened space processor
• The 90 nm CellBroadband Engine, the CPU of the PlayStation 3.
  The 90 nm CellBroadband Engine, the CPU of the PlayStation 3.
• The Cell/B.E. with its lid on.
  The Cell/B.E. with its lid on.
• The underside of the 90 nm Cell/B.E.
  The underside of the 90 nm Cell/B.E.
• The 65 nm version of Cell/B.E.
  The 65 nm version of Cell/B.E.
• The 45 nm version of Cell/B.E.
  The 45 nm version of Cell/B.E.
• The 65 nm high performance PowerXCell 8i.
  The 65 nm high performance PowerXCell 8i.
• An illustration of IBM's P2SC+ processor.
  An illustration of IBM's P2SC+ processor.
• An illustration of IBM's POWER1 RSC processor.
  An illustration of IBM's POWER1 RSC processor.
• An illustration of IBM's POWER2 processor.
  An illustration of IBM's POWER2 processor.
• An illustration of IBM's POWER2+ processor.
  An illustration of IBM's POWER2+ processor.
• An illustration of IBM's POWER8 DCM processor.
  An illustration of IBM's POWER8 DCM processor.
• An illustration of the Apple A8 system-on-a-chip.
  An illustration of the Apple A8 system-on-a-chip.
• An illustration of the Apple S1 integrated computer (defunct)
  An illustration of the Apple S1 integrated computer (defunct)
• An illustration of the Apple S1 integrated computer
  An illustration of the Apple S1 integrated computer
• An illustration of the Apple S1 integrated computer, chips showing.
  An illustration of the Apple S1 integrated computer, chips showing.
• This is how large the S1 is compared to the Apple Watch.
  This is how large the S1 is compared to the Apple Watch.
• The LPC18B1, aka "Apple M8"
  The LPC18B1, aka "Apple M8"
• The size difference between the LPC18B1 and A8
  The size difference between the LPC18B1 and A8
• An illustration of the Apple A8X system-on-a-chip.
  An illustration of the Apple A8X system-on-a-chip.
• An illustration of Motorola's MPC7400 processor.
  An illustration of Motorola's MPC7400 processor.
• An illustration of Motorola's MPC7410 processor.
  An illustration of Motorola's MPC7410 processor.
• An illustration of Freescale's MPC7410 processor.
  An illustration of Freescale's MPC7410 processor.
• An illustration of Motorola's MPC7450 processor.
  An illustration of Motorola's MPC7450 processor.
• An illustration of Motorola's MPC7440 processor.
  An illustration of Motorola's MPC7440 processor.
• An illustration of Motorola's MPC7455 processor.
  An illustration of Motorola's MPC7455 processor.
• An illustration of Motorola's MPC7445 processor.
  An illustration of Motorola's MPC7445 processor.
• An illustration of Motorola's MPC7457 processor.
  An illustration of Motorola's MPC7457 processor.
• An illustration of Freescale's MPC7447/A processor.
  An illustration of Freescale's MPC7447/A processor.
• An illustration of Freescale's MPC7448 processor.
  An illustration of Freescale's MPC7448 processor.
• An illustration of Freescale's MPC8641D processor.
  An illustration of Freescale's MPC8641D processor.
• An illustration of Freescale's MPC8610 processor.
  An illustration of Freescale's MPC8610 processor.
• An illustration of Freescale's MPC8640D processor.
  An illustration of Freescale's MPC8640D processor.
• An illustration of the MPC7400 manufactured by IBM on Apple's request.
  An illustration of the MPC7400 manufactured by IBM on Apple's request.
• An illustration of IBM's Broadway-1 processor.
  An illustration of IBM's Broadway-1 processor.
• An illustration of IBM's Broadway-1 processor, without heat spreader.
  An illustration of IBM's Broadway-1 processor, without heat spreader.
• An illustration of IBM's Broadway B processor.
  An illustration of IBM's Broadway B processor.
• An illustration of IBM's Broadway B processor, without heat spreader.
  An illustration of IBM's Broadway B processor, without heat spreader.
• An illustration of IBM's Broadway processor.
  An illustration of IBM's Broadway processor.
• An illustration of IBM's Broadway processor, without heatspreader.
  An illustration of IBM's Broadway processor, without heatspreader.
• An illustration of Samsung's Apple A9 system-on-a-chip.
  An illustration of Samsung's Apple A9 system-on-a-chip.
• An illustration of TSMC's Apple A9 system-on-a-chip.
  An illustration of TSMC's Apple A9 system-on-a-chip.
• An illustration of TSMC's Apple A9X system-on-a-chip.
  An illustration of TSMC's Apple A9X system-on-a-chip.
• An illustration of TSMC's Apple A10 Fusion system-on-a-chip.
  An illustration of TSMC's Apple A10 Fusion system-on-a-chip.
• An illustration of the Apple S2 integrated computer.
  An illustration of the Apple S2 integrated computer.
• An illustration of the Apple S1P integrated computer.
  An illustration of the Apple S1P integrated computer.
• This is how large the S2 is compared to the Apple Watch.
  This is how large the S2 is compared to the Apple Watch.

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