Press Release Kristina Moustakas Cunningham Communication, Inc. for HP (408) 447-6363 firstname.lastname@example.org Gerry Corbett, Hitachi, Ltd. (914) 333-2903 fax: (914) 332-8158 email@example.com Chris Shimizu, NEC +813-3798-6511 fax: +813-3457-7249 SHIMIZU@p10-22150.star.nec.co.jp ***** For Immediate Use October 23, 1997
HP, HITACHI AND NEC TO BRING ENHANCED RESILIENCE FOR MISSION-CRITICAL APPLICATIONS TO ENTERPRISE COMPUTINGJoint Development Brings 3DA Mainframe-based Technology to the HP-UX Operating Environment
PALO ALTO, Calif., Oct. 22, 1997 -- Hewlett-Packard Company today announced the first milestone of its alliance with both Hitachi, Ltd. (Hitachi) and NEC Corporation (NEC), designed to help drive the development of HP-UX(1), its industry-leading operating environment, well into the 21st century. This multiyear, joint software collaboration will focus on introducing "self-healing" elements into the operating environment through a new "exception infrastructure" and is expected to further strengthen HP's HP-UX leadership position with a more robust kernel and greater degree of single-system high availability.
"We have combined the mainframe-based technology expertise of Hitachi and NEC with the robust-kernel functionality of HP-UX to bring greater system reliability to our customers," said Janice Chaffin, general manager of HP 's High Performance System Division. "This major milestone not only provides a more robust foundation for high-end servers to run mission-critical applications, but strengthens HP's UNIX(R) system leadership position well into the future."
3DA, HP's architectural blue print for defining the future direction of HP-UX, not only focuses on delivering advanced features in the areas of modularity, scalability and performance, but also on delivering features such as the exception infrastructure that enhance the robustness of the operating environment.
The new self-healing enhancements exploit features of PA-RISC(2) and future IA-64 systems-based hardware to enable the identification, isolation and recovery of unexpected software problems detected in the HP-UX kernel. These enhancements reduce planned and unplanned downtime, saving time and money. With the exception infrastructure, the kernel is expected to be more robust and able to withstand many kinds of unforeseen errors (that is, certain processes can be isolated without affecting the total workload).
Initially, the companies will work on the exception-infrastructure and recovery aspects within 3DA. This work will address extending kernel functionality that provides mainframe-type fault recovery. It is designed to take appropriate self-healing actions to maintain system integrity when an exception occurs. While maintaining system availability, HP-UX will intercept system-level faults and attempt to recover from the failure or blockade the failing resource. With this capability, HP-UX is expected to further expand into mission-critical system markets that require even stricter resiliency of the system, such as financial institutions and airline-reservation systems.
"I am delighted to contribute Hitachi's proven and advanced enterprise technology to this project," said Kenichi Furumaya, executive managing director and group executive of Hitachi's Information Systems Group." Continuing to exploit HP-UX's competitive advantage will ensure that we meet the increasing demand for reliable, mission-critical systems and continue to provide the best solution for our customers."
"We are pleased with the successful progress of the joint development work with HP," said Akira Date, vice president and executive general manager of NEC. "NEC's contribution, including scalability and performance enhancements for HP-UX will benefit all HP-UX customers, and the companies' joint work will contribute significantly to leverage the importance of open, de facto HP-UX, especially in the high-end-server area."
Hitachi and NEC have provided UNIX system engineers to work exclusively in this project at their respective company sites as well as dedicated engineers on-site at HP.
The first components of the exception infrastructure produced by this joint development are expected to be available in HP-UX by the end of 1998.
Relationship with Hitachi
Since 1989, HP and Hitachi have had a broad and long-term alliance, which included the joint development of HP's Precision Architecture RISC CPU chips and the design and building of Hitachi's PA-RISC(1) systems. Most recently, Hitachi developed the HP-UX(2)-based high-end server "Hitachi 9000V series VT 800" in cooperation with HP, and the two companies have undertaken cooperative marketing of the system. Today's announcement substantiates the HP and Hitachi broad cooperative software-development agreement made in January to enhance the HP- UX kernel for mission-critical systems. Hitachi is one of the top resellers of HP servers and workstations in the Japanese market.
Relationship with NEC
HP and NEC established a strategic relationship in February 1995, initially focusing on the area of large-scale UNIX system servers. The relationship has grown stronger, with a number of major successes, including the expansion of the NEC NX7000 product line, which is based on HP technology, and a commitment to work together on distributed-object technologies. Today's announcement supports the HP and NEC HP-UX development agreement of December 1996.
Hitachi, Ltd., headquartered in Tokyo, Japan, is one of the world's leading global electronics company, with fiscal 1996 consolidated sales (ending March 31, 1997) of 8.5 trillion yen (U. S. $68.7 billion). The company manufactures a wide range of products, including computers, semiconductors, consumer products, and power and industrial equipment.
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NEC Corporation, founded in 1899, is headquartered in Tokyo, Japan, and has net sales of 4.9 trillion yen (U.S. $39.9 billion) in the 1996-97 fiscal year. NEC manufactures and markets a broad range of products, including computer systems, which extends from super computers to personal computers, communication systems, which extend from switching systems to cellular phones, and electronic devices, which extend from microprocessors to memory chips.
For additional corporate and product information, see NEC's
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