Updated: 3/17/06; 10:51:48 PM.
Gary Mintchell's Feed Forward
Manufacturing and Leadership.
        

Wednesday, July 20, 2005

Two company sales in today's news.

Invensys, the London-based owner of such companies as Wonderware, Foxboro, Triconex and many more, has been trying to sell off parts of the company to raise cash and "focus on core business," has sold its Lambda business for $235 million to TDK Corp. of Japan.

Lambda is a manufacturer of power supplies and uninterruptible power supply systems.

Ulf Henriksson, Chief Executive Designate of Invensys plc, commented, "This disposal is a further step in the Group's previously stated plans for the divestiture of non-core businesses. I am delighted that TDK has acquired Lambda and I am confident that the business will prosper and grow under its ownership."

Meanwhile, in the rapidly consolidating industrial computer market, Ann Arbor Technologies Corp. and Dynics, both manufacturers of industrial computer systems, have entered into an agreement to merge operations through the purchase of Ann Arbor Technologies' assets and liabilities by Dynics for an undisclosed sum.

The company will keep the Dynics name with Ed Gatt, owner and president of Dynics, remaining as company president while James Drenning and Rick Barnich, both principles and officers of Ann Arbor Technologies, will both serve on the corporate board and maintain executive positions at Dynics.

Dynics will support and promote the Ann Arbor Technologies and Dynics product lines through the combined existing distribution and representative channel of more than 50 firms. To accommodate the combined companies, operations will be moved to a new 15,000 sq. ft. office and manufacturing facility located at 4330 Varsity Drive, Ann Arbor MI.

James Drenning, president of Ann Arbor Technologies, comments, "Our two companies are very complementary. Our product-based strategy offsets Dynics' custom project based business and our joint employee skill sets fill gaps in both organizations. The combined product and resource strength of the two companies paves the way for future growth."
4:24:08 PM    comment []


The Future of RSS is Not Blogs. notepage writes "Blogs vaulted RSS into the limelight but are unlikely to be the force that sustains RSS as a communication medium. The biggest opportunities for RSS are not in the blogosphere but as a corporate communication channel. Even now, businesses that were initially reluctantly evaluating RSS are beginning to realize the power and benefit of the RSS information avenue. The inherent capacity for consumers to select the content they wish to receive will be the driving mechanism for keeping advertisements to a minimum and content quality consistent." [Slashdot]

Here's a note on something I've been contemplating for a while. RSS is a powerful, yet simple, publish/subscribe communications medium. I'd like to bring this idea up to the MESA gathering in September. Anyone else thinking about the uses of RSS?
12:03:59 PM    comment []


Here's an important new wireless standard in the making. Article from Infoworld.

IEEE starts hammering out mesh network standard.

(InfoWorld) - Proposals for standardizing wireless mesh networks, which can link many wireless LANs to cover a city or campus, are being presented this week to a working group of the Institute of Electrical and Electronics Engineers Inc. (IEEE).

There are 15 separate proposals for the standard, which will be called IEEE 802.11s, said Bilel Jamoussi, director of strategic standards at the Chief Research Office of Nortel Networks. The 802.11s working group is getting together as part of a weeklong meeting of the IEEE 802 committee in San Francisco.

Proposals for the standard are being delivered for the first time, Jamoussi said. Those plans will be whittled down through compromises and consolidations until there is a single draft, which could happen as soon as next May, he said. Once that draft is available, vendors can confidently start developing products that will meet the standard, he said.

Mesh networks reduce the need for wired connections in wireless LANs by letting multiple access points carry each others' traffic. Whereas a conventional wireless access point needs its own wired link to a backbone network, with a wireless mesh there can be just one wire for many access points. Traffic that is destined for the Internet can hop from one access point to another until it reaches the one wired connection. Though each access point still needs a power source, the mesh can reduce the need for leased lines, thus reducing costs, Jamoussi said.

When a new access point is added to the mesh, it can be automatically configured for characteristics such as security and quality of service. As decisions are made about routing packets across the mesh, the network can take into consideration congestion and other factors and route around busy access points, Jamoussi said.

Nortel Networks and other vendors already sell wireless mesh networks, but an access point from one vendor can't necessarily join in a mesh with gear from other makers, he said. A standard would give customers a choice of mesh vendors, ease the work of product developers and lower product prices, Jamoussi said.

Nortel 's mesh equipment is being used in a wireless mesh network that is expected to cover much of Taipei with an estimated 10,000 wireless LAN access points by the end of this year. Users will be able to access the network via Wi-Fi client devices.

The Wi-Mesh Alliance, which includes Nortel, is presenting a proposal that makes use of Nortel's lessons in creating mesh networks for the city of Taipei as well as other governments and universities, Jamoussi said. The group also includes vendors Accton Technology, NextHop Technologies, Koninklijke Philips Electronics, Thomson, InterDigital Communications, and The Mitre Corp., plus ComNets RWTH Aachen University, a department of a university in Germany that is researching mobile communications.

The group's proposal for 802.11s is designed to work for all three major applications of mesh technology, Jamoussi said: Consumer and small business, metropolitan, and military.

Another major proposal is from a group called SEEMesh (Simple, Efficient and Extensible Mesh), which includes heavy hitters such as Intel, Texas Instruments, Nokia, Motorola, and mesh network vendor Firetide, as well as Japanese mobile operator NTT DoCoMo.

"We do see a lot of commonality between the proposals that are being presented this week, which we see as really encouraging," said Anuj Batra, a member of the group technical staff in Texas Instruments' research and development organization.

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8:34:38 AM    comment []

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