Intel Monday launched three updated versions of its Pentium M processors, a line of chips for laptop computers, as the company looks to build on its success with wireless Internet access using laptop PCs.The new chips, formerly codenamed Dothan, are made using a 90-nanometer production process rather than the 130-nanometer process used to manufacture the older version of the Pentium M chips. With the more advanced process technology, the resulting chips are less expensive to produce while creating chips that consume less power and offer greater performance, Intel said in a statement.“This is our first mobile chip based on the 90-nanometer technology and manufactured on 300-millimeter wafers,” said Nick Knupffer, a spokesman with Intel in the U.K. The nanometer number refers to the width of the circuit lines on a processor, while the 300-millimeter wafers allows for the production of more chips per wafer.The new line, seen as a drop-in replacement for the previous line of Pentium M chips, formerly known by the codename Banias, have slightly higher clock speeds and similar battery consumption, Knupffer said. “One of its main advancements is that it doubles the Level 2 cache memory, or data storage, to 2M bytes,” he said. The Intel Pentium M 735 processor runs at 1.7 GHz, the 745 at 1.8 GHz and the 755 at 2 GHz. When ordered in quantities of 1,000, the processors cost $294, $423 and $637 respectively, Intel said.Intel had been expected to launch Dothan in the first quarter, but was forced to hold back the release to modify some circuits on the chip ensuring that they could be manufactured in high volumes. According to market research companies such as IDC and Gartner, interest in laptops and wireless technology, from both the consumer and enterprise sectors, is a driving factor in the market’s growth worldwide, but particularly in the U.S. and Western Europe. Intel has sought to capitalize on that interest with its Centrino brand, which bundles a Pentium M processor with a chipset and a wireless LAN chipset.Since Intel introduced Centrino in March of last year, over 130 models of notebook PCs containing the technology have shipped, Knupffer said.Notebook PC manufacturers planning to incorporate the new Pentium M processors include Dell, HP, Sony and Toshiba, Intel said.Toshiba plans to put the new processors in its current Tecra M2, Tecra M2V and Portege M200 business notebooks, and in future Satellite models for consumers and small businesses, it said in a statement Monday.Industry sources say Intel is making the Banias architecture of the Pentium M processor into its primary architecture, a shift away from the Netburst architecture found in its Xeon and Pentium 4 processors. As part of that move, on Friday, the company announced it is removing two single-core processors from its current road maps – the Tejas and Jayhawk processors planned for 2005 – and replacing them with dual-core chips for all of its processor designs by the end of 2005.By placing two processor cores on a single die, chip designers can use two lower-power cores to improve performance, even though they take up no more space than an older single-core processor. Related content feature 5 ways to boost server efficiency Right-sizing workloads, upgrading to newer servers, and managing power consumption can help enterprises reach their data center sustainability goals. By Maria Korolov Dec 04, 2023 9 mins Green IT Green IT Green IT news Omdia: AI boosts server spending but unit sales still plunge A rush to build AI capacity using expensive coprocessors is jacking up the prices of servers, says research firm Omdia. By Andy Patrizio Dec 04, 2023 4 mins CPUs and Processors Generative AI Data Center feature What is Ethernet? History, evolution and roadmap The Ethernet protocol connects LANs, WANs, Internet, cloud, IoT devices, Wi-Fi systems into one seamless global communications network. By John Breeden Dec 04, 2023 11 mins Networking news IBM unveils Heron quantum processor and new modular quantum computer IBM also shared its 10-year quantum computing roadmap, which prioritizes improvements in gate operations and error-correction capabilities. By Michael Cooney Dec 04, 2023 5 mins CPUs and Processors High-Performance Computing Data Center Podcasts Videos Resources Events NEWSLETTERS Newsletter Promo Module Test Description for newsletter promo module. Please enter a valid email address Subscribe