Yesterday Intel announced its Atom Z6 processors aimed at smartphones and tablets.
The new chips, previously known by the code name of "Lincroft" which forms part of the "Moorestown" platform, are Intel's answer to the growing need for more power on mobile devices, but without sacrificing battery life. The Atom Z6 uses a "system-on-a-chip" design that incorporates the processor, audio, video and graphics.
The chip is a single-core design and runs at either 1.2GHz or 1.9GHz. But this performance doesn't come at the detriment of battery life. The Atom Z6 CPU family is based on Intel's new high-K 45nm2 LP process. The CPU has 512KB of L2 cache, and 24KB of data and 32KB of instruction cache on L1, and a total of 140 million transistors packed into the die.
On the graphics front, the Atom Z6 features integrated Intel GMA 600 Graphics that's been optimized for mobile usage. The integrated GPU runs as 400MHz and supports OpenGL ES2.0 and 2.1, and Open VG 1.1. Also featured is hardware-accelerated HD video encoding (MPEG-4 part 2, H.264) and decoding (MPEG-4 part 2, H.264, WMV, and VC1). Maximum display resolution is 1,366 x 768 LVDSor 1,024 x 600 MIPI.
In a somewhat vague statement, Intel said that standby time using a "Blackberry-style" battery would be 10 days, while Web browsing or watching video would see the battery last for about five hours. This, according to Intel, is comparable with high-end "premium" smartphones.
Battery life is the new MHz/GHz, especially when it comes to mobile devices. While users still need power, they're increasingly interested in how long they can go before hooking up their mobile device to a charger cord. Not only that, but users want to be able to do more things on the move, such as watch videos and play games. These activities put a huge demand on the battery, and without improved efficiency at the core CPU/graphics level, busy smartphone users are going to find their portable device spending more and more time tethered to the power supply.
While the Atom Z6 is certainly a performance boost, and there's no doubt that Intel has worked hard on efficiency, this hasn't translated into a significant boost in battery life that the user will notice. Do more, or work longer. You can have one, but not both.