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By Lisa Vaas  |  Posted 2003-05-26 Print this article Print
 
 
 
 
 
 
 


But perhaps the most enticing lure of the 2.6 kernel is its promise of better volume management. "Sizing of partitions and stuff is always a pain in the [neck]," said Kuchlein. "You have what you think will happen [with partitioning needs], and you make plans, and two weeks later it changes. Just being able to dynamically resize partitions is obviously a very good thing."

Officials at Aventis Behring—a company that develops therapeutic proteins to treat people with immune and protein deficiencies, such as hemophiliacs—are also itching to get their hands on the 2.6 kernel. The reasons: better volume management, asynchronous I/O and better management of multiple applications on one server.

Asynchronous I/O is appealing because the company, based in King of Prussia, Pa., is considering a project deploying Web services on Linux that requires scalability. "[Asynchronous I/O] allows command queuing to improve CPU utilization, which can result in performance improvements for Web servers and databases," said Jesse Crew, manager of global systems.

The ability to better manage multiple applications on one server running separate logical images can help administration and consolidation, as well as reduce complexity and lower costs. "From experience with the Windows environment, running two applications on a single server can cause coexistence nightmares during future upgrades of either one," Crew said. "With Linux, we may be able to put an end to these types of issues. Running multiple applications on the same server knowing they are logically partitioned makes things easier to maintain."

Vendors are just as excited about the 2.6 kernel. For one, Gary Ebersole, president of ANTs Software Inc., maker of a new high-performance DBMS, said the company will snap up 2.6 as soon as possible. Motivating his decision is, again, 64-bit address space. Another draw is support for a large number of threads, which will allow the company to scale up on symmetric multiprocessing. "Well grab as many threads as there are microprocessors in the system," said Ebersole, in Burlingame, Calif. "Good thread management in the kernel is good."

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Lisa Vaas is News Editor/Operations for eWEEK.com and also serves as editor of the Database topic center. Since 1995, she has also been a Webcast news show anchorperson and a reporter covering the IT industry. She has focused on customer relationship management technology, IT salaries and careers, effects of the H1-B visa on the technology workforce, wireless technology, security, and, most recently, databases and the technologies that touch upon them. Her articles have appeared in eWEEK's print edition, on eWEEK.com, and in the startup IT magazine PC Connection. Prior to becoming a journalist, Vaas experienced an array of eye-opening careers, including driving a cab in Boston, photographing cranky babies in shopping malls, selling cameras, typography and computer training. She stopped a hair short of finishing an M.A. in English at the University of Massachusetts in Boston. She earned a B.S. in Communications from Emerson College. She runs two open-mic reading series in Boston and currently keeps bees in her home in Mashpee, Mass.
 
 
 
 
 
 
 

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