Ja viem, ale zmluva to definuje ako student PC based on Alchemy Au1500.
ale tvoja pochybnost ma nasrdila, ze ti ukazem zoznam sefvyvojarov u AMD
Derek Mayer
platformy
Alpha - Dick Sites and Rich Witek
Dick Sites and Dirk Meyer, Alpha architecture video, April 1992
AMD Athlon (K7), 1999 - Dirk Meyer (Dir. Engr.), Fred Weber, ...
zivotopis
Senior Vice President
Computation Products Group
Dirk Meyer is senior vice president of the Computation Products Group at AMD.
He joined AMD in 1996 as the director of engineering for the AMD-K7 ™ microprocessor development program in Austin, Texas. In April 1999, Meyer was promoted to the position of vice president of engineering for the Computation Products Group.
Meyer came to AMD from Digital Equipment Corporation, where he worked for nearly a decade and was co-architect of the Alpha 21064 and 21264 microprocessors.
Meyer's microprocessor industry experience includes tenures at not only AMD and Digital but also Intel Corporation. Over the years, he has been involved in the design of x86, Alpha, VAX, and embedded processors.
Meyer graduated from the University of Illinois, where he received a bachelor's degree in computer engineering. He also received a master's degree in business administration from Boston University.
Mike Johnson
platformy
AMD 29000 - Brian Case and Ole Moller (initial contributors); also Gigy Baror, Philip Frieden, Smeeta Gupta, Mike Johnson, Cheng-Gang Kong, Tim Olson, and David Sorensen; managerial support from Paul Chu and Bill Harmon
29050, 1990 - Bob Perlman (lead), Mike Johnson, and Tim Olson
included 29000 and 29027, but was more than just an integration
unreleased superscalar 29K processor - Mike Johnson
AMD K5, 1996 - Mike Johnson
zivotopis
Mike Johnson is vice president of AMD's Connectivity Solutions Division and an AMD senior fellow. He is responsible for overseeing the development of communications and networking products and technology for AMD platforms.
Mike joined AMD in 1985 as the chief architect of the 29K family of microprocessors, and held various management positions on the 29K processor product line and on the K5 and K7 processors. Most recently, he was vice president of the Advanced Architecture Lab, responsible for technology development in the areas of processor, multimedia, networking, telecommunications, and personal computer system products. Prior to his AMD career, Mike was an architect and designer of early RISC processors at IBM Austin.
Mike holds bachelor's and master's degrees in electrical engineering, both from Arizona State University. He also holds a Ph.D. in electrical engineering from Stanford University
Fred Weber
platformy
AMD Athlon (K7), 1999 - Dirk Meyer (Dir. Engr.), Fred Weber, ...
x86-64 architecture - Kevin McGrath and Dave Christie
Kevin McGrath, x86-64 architecture (video), September 2000
AMD Opteron (K8), 2003 - Jim Keller and then Fred Weber
Jim Keller left and the initial K8 design was canceled
Fred Weber led the project to revise the K7 into a 64-bit core
zivotopis
Fred Weber is vice president of engineering for the Computation Products Group at AMD.
While at AMD, Weber has been involved in the development of the AMD-K6® processor, and was also the co-lead of the AMD Athlon™ processor. Previously Weber worked in various architectural and engineering positions at NexGen, Encore Computer, and Kendall Square Research.
He received an AB in Physics from Harvard University.
Ritch Witek
platformy
StrongARM 110, 1996 - Rich Witek (lead), Greg Hoepnner, Ray Stephany, Jim Montanaro, +
StrongARM 1100, 1997 - Rich Witek (lead microarchitect), Ray Stephany (implementation)
Titan, 1986 -
PRISM (Parallel Reduced Instruction Set Machine), 1989 - Dave Cutler, Dileep Bhandarkar, Rich Witek, Dave Orbits, and Wayne Cardoza
HR-32, started in 1984 - Rich Witek and Dave Dobberpuhl
microPRISM - Rich Witek (lead microarchitect)
Alpha - Dick Sites and Rich Witek
implementations
21064 (EV4), 1992 - Rich Witek (lead)
Zivotopis
Rich Witek was appointed corporate fellow, the highest position in the company's Member of Technical Staff (MTS) program. He is the first AMD employee to hold this position.
Rich provides strategic technical leadership for AMD's Personal Connectivity Solutions (PCS) business unit, which develops products for non-PC connectivity devices including web tablets, auto navigation and entertainment systems, and portable and wired Internet access devices and gateways.
Rich has 24 years of hardware and software experience, with the past 17 years devoted to full custom VLSI CPU and system design. Rich received a BA in Computer Science and Math in 1976 from Aurora College. He has worked for leading high tech companies throughout his career, including Bell Labs, Digital Equipment Corporation and Apple, and in 1998, co-founded Alchemy Semiconductor, Inc.
Rich has played a major role in six implementations of leading edge CISC and RISC designs. He was the co-architect of DEC ALPHA and did architecture work on ARM, PowerPC, DEC Prism, DEC VAX, and VAX Vectors. Rich was lead micro architect for StrongARM, the first two Alphas, and uPRISM. Rich consulted and reviewed designs for several other CPUs and holds 22 patents in area of CPU, Cache, and system design. Rich has also co-authored several IEEE papers and presented papers at several technical conferences, and co-authored the "Alpha Architecture Reference Manual."
Greg Hopnner
platformy
StrongARM 110, 1996 - Rich Witek (lead), Greg Hoepnner, Ray Stephany, Jim Montanaro
Doug Beard (prisiel z Intel-u a aj vdaka jeho odchodu sa rozpadol team Tejas-u)
platformy
Cyrix MXi x86 Processor with Integrated 3D Graphics This was a
more detailed talk that continued on the previous day's presentation. The
objective of the MXi processor is to provide a mainstream processor for the
desktop in the 2H 1998. The key features include the Cayenne core disclosed
yesterday, support for SDRAM with up to 2GB/sec memory bandwidth and
performance consistent with 4X AGP and support for 66MHz AGP. This chip
continues the high level of integration present on the Media GX processor
and a MXi block diagram was shown which included only the processor and a
South Bridge to complete the system. Touted as integrated 3D graphics
features were bi and tri-linear filtering, alpha blending, MIP mapping, AGP
software compatibility and Z-buffering. The graphics will support up to 1600
X 1200 and includes a 2K texture cache. The chip is claimed to be fully D3D
compliant. Performance figures include 2m triangles/sec and a fill rate of
120m pixels/sec with perspective correction, z-buffering and bi-linear
filtering. Tape out is scheduled for 4Q 1997 with production in 2H 1998. The
chip has 9m transistors and is accomplished on 90 square mm and .25 micron
process technology.
Cyrix
Cayenne core (ca. 1997) - dual issue of FXCH in FP/MMX unit MXi (graphics
integrated with Cayenne core), 1997 - Doug Beard
Brad Burgess (dalsi ex Tejas-ak)
platformy
Power PC
603, 1993 - Brad Burgess, Russ Reininger, and Jim Kahle
603e, 1995 - Brad Burgess and Robert Golla
740/750 (G3), 1997 - Brad Burgess
microarchitecture similar to 603
7450, 2001 - Brad Burgess (chief) and Tom Peterson (memory system)
new pipeline
Skoda len, ze do Intel-u odisiel
Jim Keller (asi preco sa Prescott tak podoba na K8.1)
platformy
32-bit computer family, VAX - William Strecker
8800/8700/8500, 1986
pipelined the microinstructions
I-box and E-box - Jim Keller, project leader
Alpha - Dick Sites and Rich Witek
21164 (EV5), 1995 - John Edmondson (lead during design), Pete Bannon, and Jim Keller (lead during advanced development)
21264 (EV6), 1998 - Jim Keller (lead)
x86-64 architecture - Kevin McGrath and Dave Christie
AMD Opteron (K8), 2003 - Jim Keller and then Fred Weber
Jim Keller left and the initial K8 design was canceled
Fred Weber led the project to revise the K7 into a 64-bit core
Asi uz chapers, preco AMD je technologicky tam kde je
Zdroje AMD, http://www.cs.clemson.edu/~mark/architects.html, http://www.aceshardware.com/#80000482,
http://www.theinquirer.net/?article=15857