Intel to launch 45nm dual-core notebook CPUs in 3Q '08

Intel is going to launch eleven 45nm dual-core CPUs for notebooks in the first half of next year, and the company is also planning to launch quad-core versions in the third quarter, according to sources at motherboard makers. Intel will launch a 45nm quad-core notebook CPU codenamed Penryn QC comprised of two Penryn cores in […]

Intel is going to launch eleven 45nm dual-core CPUs for notebooks in the first half of next year, and the company is also planning to launch quad-core versions in the third quarter, according to sources at motherboard makers.

Intel will launch a 45nm quad-core notebook CPU codenamed Penryn QC comprised of two Penryn cores in a multi-chip package. The CPU will adopt Socket P (35mm × 35mm) and have 12MB L2 Cache, 1066MHz FSB and 45W maximum TDP.

Initially the Penryn QC will only appear in the Core 2 Extreme series and most Montevina platform notebooks will not support the quad-core CPU, added the sources.

In an update to previous reports, the five 45nm dual-core notebook CPUs (for the Santa Rosa Refresh platform) which are scheduled to launch in January next year will have the model names: X9000 for 2.8GHz CPU, T9500 for 2.6GHz, T9300 for 2.5GHz, T8300 for 2.4GHz and T8100 for 2.1GHz and be priced at US$851, US$530, US$316, US$241 and US$209 in 1000-unit tray quantities, respectively, noted the sources.

Intel's 45nm processors (Penryn) will account for 47% of the total notebook CPU shipments in the second quarter of 2008. Of the 47%, Montevina platform CPUs will account for 19%, while Santa Rosa Refresh will take up the rest. For the remaining 53% of the total notebook CPU shipments, Merom processors for Santa Rosa will take 34%, while Merom processors for Napa Refresh will take 19%.

Intel responded to this report in saying that it will launch the industry's first 45nm processors in November, 2007 but cannot comment on unannounced products and technologies.

Intel, Processor, CPUs, Desktop, PC, Mobile Processor, Notebook, Laptop, 45nm, Dual-core, Quad-core

Source:? DigiTimes