AMD Beema and Mullins Low Power 2014 APUs Tested, Faster Than Bay Trail

MojoKid (1002251) writes "AMD has just announced their upcoming mainstream, low-power APUs (Accelerated Processing Units), codenames Beema and Mullins. These APUs are the successors to last year's Temash and Kabini APUs, which powered an array of small form factor and mobile platforms. Beema and Mullins are based on the same piece of silicon, but will target different market segments. Beema is the mainstream part that will find its way into affordable notebook, small form factor systems, and mobile devices. Mullins, however, is a much lower-power derivative, designed for tablets and convertible systems. They are full SoCs with on-die memory controllers, PCI Express, SATA, and USB connectivity, and a host of other IO blocks. AMD is announcing four Beema-based mainstream APUs today, with TDPs ranging from 10W – 15W. There are three Mullins-based products being announced, two quad-cores and a dual-core. The top of the line-up is the A10 Micro-6700T. It's a quad-core chip, with a max clock speed of 2.2GHz, 2MB of L2, and a TDP of only 4.5W. In the benchmarks, the A10-6700T quad core is actually able to surpass Intel's Bay Trail Atom platform pretty easily across a number of tests, especially gaming and graphics."

Comments

Beema and Mullins

[rossdee]

Beema and Mullins
successors to last year's Temash and Kabini

I'm waiting for Darmok and Jalad

Re:Beema and Mullins

[K. S. Kyosuke]

Darmok and Jalad at Tegra? ;-)

Re:Please at least 6 sata ports and USB 3

[TheRaven64]

Seconded. I have an AMD E-350 in my NAS. It has 4 SATA ports (+1 eSATA), so that gives one optical drive and 3 drive bays, but leaves one of the drive bays empty and unusable. I went with AMD over Intel because Intel crippled (not sure if it still does) its Atom boards to 2 SATA slots, making them unusable for RAID-Z.

Not your grandfather's 28nm

[edxwelch]

It's quite impressive that even though it's still 28nm, the GPU has 38% reduction in leakage current. That comes from improvements in the 28nm process. You would only get those sort of improvements by moving to a new node.

Also with ARM

[gnalre]

The summary missed the most interesting part of this chip in that it contains a ARM core running trusted zones Trusted Execution Environment.

This makes them quite interesting for highly secure applications such as industrial embedded controllers

Re:Bluestacks?

[amorsen]

In other words, it has a separate processor running proprietary firmware with full access to system memory. What could possibly go wrong?