Inovasi AMD pada Mobile Computer Seri Turion
AMD Claims 5-hour Battery Life for Turion Notebooks in 2007
Persaingan AMD dengan Intel sebagai produsen papan atas dunia terus berlanjut. Persaingan tidak saja terjadi di PC tetapi sekarang mulai merambah ke Laptop. Setelah sukses meluncurkan mobile seri Turion, kinerja AMD makin ditingkatkan dan seri terbaru diklaim mampu bertahan sampai 5 Jam…
This May, Intel’s Centrino platform will enter its fourth revision with Santa Rosa. Late last year AMD launched the Kite platform — 90nm dual-core Turion processors, DDR2-667 and 802.11g wireless. Kite will undergo a refresh at about the same time as the Intel Santa Rosa platform launch.
The spearhead of this new initiative is the Hawk-family of mobile CPUs. The first of these new Turion CPUs, dubbed Tyler, is a 65nm SOI DDR2-800 processor that utilizes Socket S1. Essentially, this processor is Brisbane for the notebook, and does not incorporate any of the new features of the K10/Greyhound architecture.
Following Tyler, a low cost 65nm SOI revision dubbed Sherman will replace the 90nm Mobile Sempron cores.
Although AMD states its upcoming mobile platform is a collaboration between AMD and ATI, ATI’s contribution has been in the works for almost two years — well before the AMD merger. Earlier this year, AMD leaked details of its Trevally mobile reference design detailing the exact component breakout for next generation Turion notebooks.
At the heart of the 2007 Kite refresh is the RS690T chipset — a low-power version of the RS690 chipset found on the desktop. Graphics are provided by a Radeon X700 derivative core; system IO functionality revolves around the SB700 southbridge.
Trevally’s design kit also outlines the use of hybrid hard drives and 802.11n-draft wireless.
AMD guidance specifically details the transition from its 90nm to 65nm, in addition to the advances of the RS690 chipset, will boost Turion notebook battery life from 4 hours to in excess of 5 hours.
In 2008 AMD will reveal its Griffin-family of CPUs. AMD guidance claims these CPUs are built from the ground up to utilize mobile technology, though the processors have been on AMD’s roadmap for more than a year as Greyhound derivatives. The first of these, Lion, will replace Tyler in the first half of 2008. The low-cost Sable will replace Sherman on the Sempron platform.
All of the Griffin processors will utilize HyperTransport 3 and 65nm SOI. A cornerstone of the K10 (previously dubbed K8L) architecture is split power planes — the CPU can dynamically adjust p-states on individual cores or the integrated northbridge. Currently no commercial processors can do this sort of power management, which has potential to save big on power consumption.