AMD A-Series Trinity APU’s Pricing and Specifications Detailed
In a few weeks, AMD would launch its latest Trinity APUs (Accelerated Processing Units) based on the Piledriver core architecture, today we have got the pricing details along with specifications of the A-Series APUs.
The Trinity A-Series Accelerated processing units utilize the Piledriver x86 core technology and feature the HD7000 series IGP chip. The prices of these APUs are listed below:
AMD A10-5800K 3.8 GHz Socket FM2 – $139.99
AMD A10-5700 3.4 GHz Socket FM2 – $130.99
AMD A8-5600K 3.6 GHz Socket FM2 – $119.99
AMD A8-5500 3.2 GHz Socket FM2 – $109.99
AMD A6-5400K 3.6 GHz Socket FM2 – $89.99
AMD A4-5300 3.4 GHz Socket FM2 – $59.99
As far as specifications go, you can check them out below:
AMD Trinity A10-5800:
The flagship Trinity Quad core APU boasts a clock speed of 3.8GHz stock and 4.2GHz turbo core featuring 4MB L2 cache, 100W TDP Design and an HD 7660D graphics chip featuring 384 shaders clocked at 800MHz.
AMD Trinity A10-5700:
The A10-5700 is another Quad core APU with 3.4GHz stock and 4.0GHz Turbo core frequency. This unit features 4MB L2 Cache, 65W TDP Design and once again an HD 7660D graphics chip clocked at 760MHz.
AMD Trinity A8-5600:
The top A8 series APU comes at 3.6GHz stock and 3.9GHz turbo core frequency on a Quad core die. TDP is maintained at 100W while the chip features 4MB of L2 cache along with an HD 7560D graphics chip with 256 shaders clocked at 760MHz.
AMD Trinity A8-5500:
The Trinity A8-5500 is yet another Quad core with 3.2/3.7GHz clock frequencies. It has 4MB L2 cache, 65W TDP and a HD 7560D graphics chip clocked at 760MHz.
AMD Trinity A6-5400:
The entry level Dual core A6-5400 operates at 3.6GHz stock and 3.8GHz turbo core speed featuring 4MB L2 and 1MB L2 cache, 65W TDP and an HD 7540D graphics chip with 192 shaders. This APU can support memory upto 1600MHz while the top ones can run past 1866MHz.
The A-Series from Trinity would debut on 1st October. Currently, AMD has also announced price-cuts on various FX, Phenom and Llano processors which you can see here.