Intel announced today its line of Itanium products for high-end computing servers.
Codename Montvale, the chip is an update to Montecito, the Dual-Core Itanium 2 chip which was launched in July last year, Eddie Toh, regional platform marketing manager of Server Platforms Group for Asia-Pacific at Intel, told ZDNet Asia in an interview on Monday.
Originally due in 2006, the launch of Montvale has been held up until now. Like Montecito, the new Itanium chip is based on a manufacturing process with circuitry dimensions of 90 nanometers, and has two processor cores.
Montvale, also known as the Itanium 9100 processor series, ships in seven iterations consisting of six dual-core chips and a single-core chip, Toh said.
Comparing Montvale to the existing Itanium 9000 processor series, Toh said the new chip has three new features.
The first new feature--core level lock-step--is said to strengthen the Itanium platform's support for mission-critical applications, as it "improves the data integrity and reliability of applications by eliminating undetected errors in the core".
Coupled with the existing socket level lock-step technology, the core level lock-step feature, enables "greater reliability, availability and serviceability (RAS) by guaranteeing that calculation results are consistent among the cores and sockets", Intel said.
The second new feature is a power management feature known as demand based switching (DBS), Toh said. It reduces power consumption by servers during low CPU utilization periods.
According to Toh, the third feature is an increase in the front side bus (FSB) performance by up to 667MHz, which means applications that demand greater bandwidth can run faster. In addition, the 9100 processor series has a clock speed of up to 1.66GHz.
He added that based on Intel's own lab tests, Montvale has almost a 19 percent performance gain over Montecito, at similar frequencies. This is due to the additional bandwidth provided from the faster system bus.
Tukwila, the next generation of Itanium chip based on the 65-nanometer process, is expected to arrive sometime in 2008 or 2009, while the 32-nanometer Poulson is expected in 2010 or 2011.
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