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IBM's z10 is faster, but on less energy

SAN FRANCISCO - International Business Machines Corp. rolls out a new mainframe computer today that offers a 50 percent performance boost and dramatically lower energy costs than its predecessor.

SAN FRANCISCO - International Business Machines Corp. rolls out a new mainframe computer today that offers a 50 percent performance boost and dramatically lower energy costs than its predecessor.

The new System z10, with a starting price at about $1 million, comes as IBM focuses on lowering the price tag for running its storied line of data-crunching workhorses.

The Armonk, N.Y., company said it designed the new machine to help companies and government agencies that rely on mainframes - usually for critical data processing such as bank transactions - save money on energy bills and better handle a flood of Internet information.

The size of IBM's investment - it spent five years and $1.5 billion developing the new mainframe - also underscores its commitment to the long-term viability of the mainframe in the Internet Age.

For years, some IT experts had predicted the demise of mainframes - bulky, expensive machines that face competition from smaller, less-expensive servers. But IBM says mainframe revenue is growing, rising in five out of the last seven quarters, thanks in part to interest from emerging markets such as Brazil, China, India and Russia.

IBM says it incorporated a number of technological upgrades into the new machine to appeal to cost-conscious companies looking to consolidate the number of servers in their data centers.

The z10's capacity is equivalent to 1,500 servers based on the popular x86 design, IBM said, though it has 85 percent lower energy costs and takes up 85 percent less space than the batch of x86 servers.

The new machines also boast more processing horsepower, using 64 processors compared with the 54 processors used in its predecessor, the z9.

Those chips are better at multitasking - the new machine is IBM's first mainframe to use "quad-core" chips, or microprocessors with four computing engines on a single slice of silicon. Adding cores to chips improves their ability to handle multiple tasks at once.