AMD Richland Mobile “Elite Performance APU Platform Launched – Powered by Piledriver Cores

Hassan Mujtaba
Posted 3 years ago

Richland Mobile

AMD has finally unveiled their latest Richland Mobile APU “Elite Performance” platform for high ultrathin laptops and notebooks. AMD Richland Mobile “Elite Performance APU” platform was announced a while back and is now available with top of the line notebooks from OEM manufactures.

AMD Officially Launches Richland Mobile APU Platform

AMD Richland Mobile APUs don’t bring anything new to the table as far as architecture is concerned. They are still based off the x86 Piledriver core architecture with upto four modules, improved clock speeds and the Radeon HD 8000 series GPUs are based on the old VLIW4 architecture but yet again offer improved performance from higher clock speeds compared to Trinity.

The AMD Richland Mobile A-series is split into four tiers based on their performance and feature set. The fastest Richland Mobile A10 APUs comes with the entire feature set which includes:

  • AMD Gesture Control
  • AMD Face Login
  • AMD Screen Mirror
  • AMD Steady Video
  • AMD Quick Stream Technology
  • AMD Perfect Picture HD

Along with the new features, AMD A10 processors would also get “regionally assorted game bundle” which is part of AMD’s “Never Settle” initiative. We can see games such as Tomb Raider, SimCity and many more to be bundled with the A10 APUs in their respective regions. The A8 series also fall under AMD’s “Elite Experience Program” featuring the entire feature-set minus the game bundle. Going down we have the Richland A6 and Kabini A6 APUs which come without AMD Gesture Control and AMD Face login but other features are included. Last of all are the Kabini A4, Temash A4 and Temash E2 series APUs that only feature AMD Steady Video, AMD Quick Stream and AMD Perfect Picture HD technology.

AMD’s Elite Performance APUs of the Richland Mobile series which include the A10 and A8 APUs come with a wide variety of features that include dynamic performance boost based on the ambient temps of a room. The lower the temperature, the better performance boost you get off your APU. The latest AMD start now technology gives you tablet like responsiveness so you start off your work where you left it or you can in short call it insta-start. The APUs offer compatibility with FS1r2, uPGA and FCH sockets which allow for OEMs to offer various products. The platform supports the latest discrete graphic chips notably the recently released HD 8000M “Solar System” series that included the Radeon HD 8970M “Neptune” GPU.

One of the most interesting thing about AMD Richland Mobile APUs is support for Wireless display on Microsoft’s Windows Blue operating system. The wireless chip controller is located on the APU itself and delivers upto 3.9 times better responsiveness over Intel’s WiDi and HD Playback with 1080P 60 Hz. High quality audio playback is also supported by the new wireless interface.

There’s another cool feature known as “Dock Part” which is a device that would be bundled by specific OEM manufacturer’s or can be bought separately to be connected to any notebook that comes with a Richland Mobile “Elite APU”. The dock allows you to run upto four external displays and several peripheral devices through USB 3.0 ports all through a single Richland mobile notebook. With this, users can enable AMD Eyefinity gaming with any Dock enabled notebook and 3D Steroscopic display and gaming while the USB 3.0 can allow connectivity with DVD/Blu-Ray, HDD, Smartphones and Mouse/KB.

The next performance slides detail that AMD’s Richland APU platform is around 51% more efficient that Trinity while being based on the same architecture. Compared to a 19W Trinity A8-4555M, the A8-5545 M that is also a 19W chip offers 40% more performance in 3DMark 11 and 12% increase in PCMark 7 while the A10-5750M (35W) offers 21% in 3DMark 11 and 10% improvement in PCMark 7 over the Trintiy based A10-4600M.


Next up are even more performance slides that compare the Richland Mobile APUs to Intel’s Low voltage Core i3 and Core i5 processors. In gaming titles such as Batman Arkham City (DX11) and 3DMark Firestrike, AMD takes the lead. Battery life and OpenCL performance is much better than Intel’s offering.

AMD calls the Richland Mobile APUs as a true gaming platform and we can already see the A10-5750M delivering from 39% upto 97% more performance in various titles compared to the Core i5 3210M which comes with a HD 4000 series GPU core.

What’s even better is that AMD’s Richland Mobile APUs while comes with a fast HD 8000 series GPU can also be paired with a similar discrete graphics solution with which users can gain upto 55% performance boost in gaming. Following chart shows the improvement when an AMD A10-5750M gets paired up with the HD 8750 discrete GPU that can be equipped on supported notebooks.

The AMD Richland Mobile APU lineup can be seen listed below, do note that the notebooks equipped with these APUs are now available globally.

AMD Richland A-Series “Elite” APUs:

Model Radeon Core Package TDP CPU Cores CPU Clock (Max/Base) L2 Cache GPU Cores GPU Clock (Base/Max) DDR3
A10-5757M HD 8650G FP2 35W 4 3.5/2.5 GHz 4 MB 384 600/720 MHz 1600
A8-5557M HD 8550G FP2 35W 4 3.1/2.1 GHz 4 MB 256 554/720 MHz 1600
A6-5357M HD 8450G FP2 35W 2 3.5/2.9 GHz 1 MB 192 533/720 MHz 1600


AMD Richland A-Series “LV/ULV” APUs:

Model Radeon Core Package TDP CPU Cores CPU Clock (Max/Base) L2 Cache GPU Cores GPU Clock (Base/Max) DDR3
A10-5745M HD 8610G FP2 25W 4 2.9/2.1 GHz 4 MB 384 533/626 MHz 1333
A8-5545M HD 8510G FP2 19W 4 2.7/1.7 GHz 4 MB 384 450/554 MHz 1333
A6-5345M HD 8410G FP2 17W 2 2.8/2.2 GHz 1 MB 192 450/600 MHz 1333
A4-5145M HD 8310G FP2 17W 2 2.6/2.0 GHz 1 MB 128 424/554 MHz 1333


AMD Richland Mobile “Elite Performance” Press Deck:

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