エピソード

  • 12: Voices of Ethernet | A Conversation with Rouzbeh Yassini-Fard, Ph.D.
    2023/08/10
    Rouzbeh Yassini-Fard, Ph.D. is an entrepreneur, philanthropist and the Father of the Cable Modem. In this interview with Ethernet Alliance chair Peter Jones for The Voices of Ethernet oral history archive, Rouzbeh reflects on how the lessons of Ethernet, specifically the focus on low cost, interoperability, and open standardization, impacted his work in creating the cable modem.
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    34 分
  • 11: Voices of Ethernet | A Conversation with Paul Nikolich
    2023/06/12
    Paul Nikolich has been chair of the IEEE 802 Working Group since 2001. In this interview with Ethernet Alliance chair Peter Jones for The Voices of Ethernet oral history archive, Nikolich describes the importance of standards development and how it is an opportunity to take an idea and enable it to be deployed widely on a global scale with Ethernet as a prime example. 

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    33 分
  • 10: Voices of Ethernet | A Conversation with Tony Jeffree, Pt 2
    2023/04/25
    Leading the IEEE 802.1 Working Group for 14 years, Tony Jeffree played a crucial role in editing numerous standards. In this part 2 interview, Jeffree continues his discussion on the importance of standards work with Ethernet Alliance chair Peter Jones for The Voices of Ethernet oral history archive.
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    20 分
  • 9: Voices of Ethernet | A Conversation with Tony Jeffree, Pt 1
    2023/04/25
    Tony Jeffree led the IEEE 802.1 Working Group for 14 years, where he played a major role in editing numerous standards. Jeffree describes the early days of working in the evolving standards work of IEEE 802 in this part 1 interview with Ethernet Alliance chair Peter Jones for The Voices of Ethernet oral history archive.
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    22 分
  • 8: Voices of Ethernet | A Conversation with David Cunningham
    2022/08/12
    Ethernet Networking and LAN/MAN Standards Expert

    “Ethernet has been created by lots of contributors who all probably saw what was happening from a different point of view,” David Cunningham said. “We’ve all worked on different parts of the standard at different times.”

    Cunningham’s personal point of view is unusually comprehensive. In more than two decades of work in local and metro area network standardization, Cunningham contributed to some of the most important milestones in and even beyond Ethernet’s evolution.

    His entry into the technology space was “probably a little more accidental,” he said. Cunningham is a laser expert who did his PhD work in spectroscopy. In 1987 he joined Hewlett-Packard at its laboratories in the United Kingdom and was tasked with helping develop a physical layer for a Gigabit-speed network using single-mode optical fiber.

    “For my success, I got assigned to work on the FDDI (Fiber Distributed Data Interface) standard,” he said. “… I didn’t really know about multimode fiber, and I certainly didn’t know about transmission over copper twisted pair.”

    This led to Cunningham’s engagement with the IEEE 802.3 Ethernet Working Group. He remembers having to be kept “calm in the technical meetings because they could be very frustrating. I was young and argumentative, and sometimes I thought that the solutions weren’t very good.”

    Enjoy this wonderful conversation with Cunningham and Ethernet Alliance Chair Peter Jones.



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    31 分
  • 7: Voices of Ethernet | A Conversation with Gordon Bell
    2022/05/11
    An important aspect of Ethernet’s beginnings is that it was not simply a clever idea—it also was a necessary one.

    Computer designer, architect and researcher, Gordon Bell had been with Digital Equipment Corporation (DEC) in the early 1960s where his achievements included major contributions to architecting the company’s Programmed Data Processor (PDP) line of minicomputers. He left in 1966 to join the computer-science faculty at Carnegie Mellon University and then, in 1972, returned to DEC as vice president of engineering. In this role, Bell oversaw development of DEC’s historic Virtual Address eXtension (VAX) computers.

    The VAX line would prove hugely popular in the scientific research communities and influential in bringing about the computer age across varied industries which had sought a less expensive and more flexible and nimble computing capability than previously available. But a key problem had to be solved: how to connect the devices.
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    22 分
  • 6: Voices of Ethernet | A Conversation with Rich Seifert
    2022/04/11
    Waves are still rippling from the splashes that Rich Seifert made over the course of his decades in creation and evolution of Ethernet. In 1979 and ’80, while he was with Digital Equipment Corporation (DEC), Seifert worked alongside engineers from Intel and Xerox to cowrite, “The Ethernet, A Local Area Network. Data Link Layer and Physical Layer Specifications,” the seminal document which greatly informed the initial IEEE Project 802 standardization activities. He went on to play instrumental roles also in development of 10 Megabit per second (Mbps) Ethernet, Fast Ethernet and Gigabit Ethernet.

    Along the way, Seifert was responsible for the architecture and design of a wide range of network products, as well as a lengthy list of books and papers that introduced or furthered all sorts of interesting ideas across and beyond the ecosystem—“ether-not,” for example, is Seifert’s term for technologies that fail to deliver Ethernet’s unique and differentiating combination of attributes.

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    32 分
  • 5: Voices of Ethernet | A Conversation with Robert Garner
    2022/02/04
    Robert Garner has 41 years of experience in management, architecture and design engineering across product development and research at Xerox Systems Development, Xerox Palo Alto Research Center (PARC), Sun Microsystems, Brocade Communications and IBM Research. From that remarkable career, he has preserved a slew of stories and an impressive collection of relics, and he’s thrilled to share them.

    Garner was working toward his master’s at Stanford University in 1977 when an on-campus interview with Bob Metcalfe led to his being hired into the Xerox Systems Development Division. Metcalfe was putting together a team to productize Ethernet and the experimental Alto workstation designed by Xerox PARC. In that heady environment, Garner co-designed the 10-Mbps Ethernet adapter and CPU hardware for the groundbreaking Xerox Star 8010 Profession Workstation, the first commercial personal computer incorporating the fundamental technologies that have come to be standard in mainstream PCs.

    It was an era of lively lunches and late nights among brilliant colleagues. “We were so passionate,” Garner said. “I would ride my bike to PARC and back to the apartment I was staying in, and I would ride back by a cemetery at 2 in the morning. It was pretty spooky.”

    He went on to design or manage a tremendous list of innovations during his career—several of them milestone enablers in Ethernet’s evolution into the foundation of networking globally.
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    37 分