Intel to grow next-gen notebook chip offeringsIntel Corp. plans to extend its upcoming Montevina platform to include two new classes of chips that will allow system manufacturers like Apple to build a variety of new and low-power notebook systems, according to a published report.
Due to hit the open market in June, the fifth-generation Centrino platform and Santa Rosa successor has long called for four classes of notebook chips, including a high-performance X-class, a standard T-class, a low-voltage L-class, and an ultra-low voltage U-class.
However, DigiTimes in a report published Friday claims the chipmaker will tack on a new P-class for power-optimized energy-efficient high-performance notebook systems that will sport a thermal design power (TDP) between 20-29 watts.
Additionally, the publication's sources say the Santa Clara-based firm will also add an S-class of microprocessors which will include a smaller package size aimed at small form factor products. The S-class will further be broken down into three segments — SP, SL and SU — which will sport TDP ranges of 20-29W, 12-19W , and 11.9W, respectively.
Traditionally, Apple has adopted chips from Intel's T-class of notebook processors for its MacBook lines. Chips in that class currently have a TDP of approximately 35W, including an upcoming array of first-gen Penryn chips destine to make their way into the Mac maker's mid-Winter notebook lineup.
When it arrives in June, Montevina will serve as the foundation for the second generation 45-nanometer notebook processors detailed above and also feature a faster 1,066MHz front-side bus and support for DDR3 memory.
On Topic: Future Hardware
- Inside Apple's 2016 MacBook Pro: Graphics processing unit choices
- macOS Sierra beta points to future Macs equipped with 10Gbps USB 3.1 Gen 2
- Inside Apple's 2016 MacBook Pro: USB-C and Thunderbolt 3
- Intel pushes USB-C as 3.5mm jack replacement, touts better sound, thinness & power management
- Redesigned, ultra-thin MacBook Pro with AMD GPU not expected to debut at 'iPhone 7' event Sept. 7