enhanced some of its low-cost Celeron family of
mobile processors this week, making them more like the popular Pentium M
The Santa Clara, Calif.-based chip making giant said its new Celeron M
350 (1.3GHz) and Celeron M 360 (1.4GHz) are now built on 90-nanometer
instead of 0.13-micron process technology, making room for double the
on-chip Level 2 cache — 1MB instead of 512K. The chips are designed for use
in thin and light notebooks.
Until now, the only Celeron M built on 90-nanometer technology was the
Ultra Low Voltage model 353, which runs at 900MHz with 512K of L2 cache. The
shift is significant as Intel now says that it has reached a tipping point
with its 90-nanometer production, which has just surpassed the number of
Using the same 400MHz system bus as their predecessors, the Celeron M 350
and 360 are priced at $107 and $134, respectively, in 1,000-unit OEM
The original line of Celeron chips were based on the same P6 architecture
as the Pentium II microprocessor, but are designed for low-cost PCs. They
generally run at lower clock speeds and are not as expandable as Pentium
microprocessors. Earlier this year, Intel revamped its Celeron line to
support a two mobile versions: a standard-voltage and an ultra-low voltage
(ULV). The Celeron M has extended battery life and built-in wireless LAN
capability, but the new chip lacks Pentium M features like SpeedStep
technology and Hyper-Threading.
While Intel did not say which of the PC vendors would be using its new
mobile Celeron chips, traditional Celeron buyers HP
and Toshiba are expected to put the processors in their mobile
The Celeron improvements follow this week’s news that Intel has
support for three major Wi-Fi connectivity standards — 802.11b, .11g and
now .11a. to its Centrino chipset. The so-called “tri-mode” solution
promises high-speed bandwidth, less interference and quicker connections.
Priced at $27 in 10,000-unit quantities, Intel’s new chipsets come with
version 9.0 of the company’s ProSet/Wireless software. The upgrade includes
a configuration, troubleshooting and security-setup tool called the Intel
Smart Wireless Solution.
The software detects all available networks and offers profile management
to help users connect to different WLANs at home, in the office and on the
road. It also supports the new IEEE 802.11i security standard, with
auto-detection and auto-select capabilities to help wireless users employ
the highest available security settings.
Intel is expected to give updates of its hardware and software products
during its bi-annual Developers Forum in San Francisco next week.
Editor’s note: internet.com editor Eric Grevstad contributed to this