ibm power architecture roadmap'13

CONFIDENTIAL The Power Architecture and Power.org word marks and the Power and Power.org logos and related marks are trademarks and service marks licensed by Power.org.

THINKPOWER CELEBRATING 22 YEARS OF POWER ARCHITECTURE INNOVATION

The Power Architecture and Power.org word marks and the Power and Power.org logos and related marks are trademarks and service marks licensed by Power.org.

Power.org Power Architecture Silicon Roadmap Update

2013


Power Architecture and Power.org Power Architecture in the market since 1990

In research since 1977 First prototype computer employing RISC architecture in 1980 First Generation Power1 server in 1990, new RISK-based PowerPC

processors for PCs in 1991 First notebook computer in 1995 (603e) First 64-bit Power Architecture was introduced 1995 Multicore and virtualization introduced in 2001 Unified Power ISA for embedded and compute space 22 years of world records in performance and innovations The ONLY architecture used in ALL space missions to Mars Today, Power Architecture is the most scalable architecture across diverse

markets with implementation from smallest devices to largest supercomputers

Power.org founded in June 2005 on the basic premise that collaboration leads to breakthrough innovations Power Architecture is open and allows choice of vendors and suppliers Any company can license Power Architecture and build innovative solutions

around it

CELEBRATING

22nd ANNIVERSARY OF POWER ARCHITECTURE


Power Instruction Set Architecture (ISA) Evolution Addressing the Needs of Next Generation Systems

Power Management Hardware virtualization for multicore

Reliability for mission critical

Unified ISA for Embedded and Compute

Scalability based on 32/64 bit architecture

POWER ISA 2.06 (2009)

POWER ISA 2.03 (2005)

POWER ISA 2.05 (2007)

POWER ISA 2.04 (2007)

POWER ISA 2.06B (2010) POWER ISA 2.07 (2013)


Power Architecture Core/Processors/Systems Evolution (Partial Set)

1990

1992

1994

1996

1998

2000

2002

2004

2006

2008

2010 470

460 EX/GT

440

405GP

403GA

MPC85xx

MPC83xx

MPC82xx

MPC8xx

POWER7

POWER5

POWER4

POWER3

POWER2

POWER1

POWER6

75x

97x

CELL

P5xxx/P3xxx

e6500/e5500/ e500mc/e500/ e300/e200

Qor

IQ

PowerPC G5/G4/ G3/G2/G1

Blue Gene/Q

Blue Gene/P

Blue Gene/L

74xx

MPC86xx

P1xxx P4xxx/P2xxx

Blue Water

460

QorIQ T4xxx

WATSON

Embedded Compute

MPC55xx

MPC56xx

MPC52xx

601

604

603

75xGX

97xFX

401

620

2012 POWER8

PowerServer


Power Architecture Silicon Roadmap The Heart of Ecosystem

32-bit Commercial Cores

IBM Freescale AppliedMicro

Synopsys Xilinx


Next-gen (A2)

POWER1/2/3/4/5 POWER6 970FX

32-bit Commercial Processors

Hybrid or Accelerator Architectures

Cell/PowerXcell/Blue Gene/L/P Blue Gene/Q/Blue Waters

Historical Current Future

750CXe / CXr 750L

750GX 750FX

750CL

750GL

PowerQUICC I 8xx PowerQUICC II 82xx

PowerQUICC II Pro 83xx 8308/09

75x 7410 74XX 8641D 405S / 440S 405S2 / 460S

e200/e300/ e500/e600 e500mc

QorIQ P40xx

QorIQ P20xx QorIQ P10xx

51xx/52xx 5XX/ 55xx/ 56xx

PowerQUICC III 85xx

405E 440 440S

460EX/GT

405EX

460SX APM 821XX APM 801XX

Virtex-5 FXT

IPextreme

e200

POWER7 P7 755 Power8

405S2 / 440T90

GDA Tech.

464 476

970MP / GX

460

C*Core

Dual 440 Blue Gene/L/ P

405/440

Virtex-II Pro Virtex-4 FX





Next-gen 465

LSI

Axxia Comm. Proc. Next-gen

476 440

QorIQ P30xx

e5500/e65xx

APM 86XXX

Power R&D roadmap delivering scale, scope and range

Watson

Veri- Silicon

China chip

440E 440G

IBM Freescale AppliedMicro

Synopsys Xilinx IPextreme GDA Tech. C*Core LSI Veri- Silicon





Hybrid or Accelerator Architectures

460

QorIQ P55xx QorIQ T4xxx

PowerServer


Corporate Members

Founder

Participant

Sponsor

"Vibrant Developer Member Community (over 2500 members strong)


Power Architecture Market Penetration $5B of total 32/64 microprocessor market

Embedded Compute

Solutions

Silicon / SOC

#1 WW 32-bit MPU, #2 WW 64-bit CPU Architecture


Power Architecture Differentiated Ecosystem Solutions Power ISA 64-bit architecture with a proper 32-bit

subset Wide vector instructions with large

register file allow efficient data moving without use of off-chip memory

RISC architecture is by design green architecture

ISA 2.04/2.05/2.06/2.07 support multicore, virtualization, hypervisor and Power Management

Highly Scalable SoC Designs Power ISA scalability High-performance memory model Multi-threaded ordering Better coherence and bandwidth

optimization Rich Silicon Roadmap

Strong Ecosystem and Software Development Environment Rich set of development tools and

software in the Eclipse Framework Open source and private source Advanced full system simulation with

worlds largest library of models Active, vibrant ecosystem of third party

providers

Unique Value Proposition

22 years of market utilization Multi-core and virtualization introduced

12 years ago Scalability, reliability, energy efficiency

and flexibility Designed for both embedded and

compute applications


Networking/Communication Market Share

Source: The Linley Group, Oct. 2013

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