News Headlines
- Sun, Aug 07
- Rumble mode comes to Rocket League in September, battle it out with randomized items
- Fri, Aug 05
- Rumor: Blizzard to announce Starcraft remaster in September, details at Blizzcon
- New Steam gifting restrictions prevent saving VAC enabled games for later
- Pokémon GO bug causes Pokémon to break out of balls more frequently than intended
- Thu, Aug 04
- RIFT: Starfall Prophecy takes Ascended to space, will be a paid expansion
New Articles
Related Articles
Earlier on March 1st, 2016, AMD announced several new processors with updated thermal solutions. As noted in the official summary image below, one of those updated processors is the A10-7890K APU, the fastest released by AMD at 1.02 TFLOPS theoretical compute performance. The unlocked A10-7890K APU is paired with the AMD "Wraith" cooler, giving the user an option for out-of-the-box overclocking without the added expense of an aftermarket heatsink/fan.
As shown in the second image below, the A10-7890K APU is positioned in the mainstream/online segment of AMD's desktop product lines. Integrating discrete Radeon R7 class graphics, the A10-7890K APU is designed to handle production software loads, games with a responsive performance, and media playback for enhanced viewing.
AMD’s fastest APU to date will be available in a new box (see the third image below) that also bundles the AMD Wraith cooler. We are going to test the A10-7890K APU on a Gigabyte F2A88X-UP4 motherboard provided by AMD along with a set of 16GB DDR3-2133 RAM, then compare those results to the AMD FX-4350 CPU mounted on a MSI 970 Gaming motherboard with a set of 16GB DDR3-1600 memory.
Note that even though the A10-7890K APU is a newer processor, the FX-4350 has a level 3 cache and is billed as a performance processor. So results will require great consideration and the comparison data will most likely be a little slanted toward the performance segment. First let's take a little look at what the A10-7890K APU has to offer, then a look at the included Wraith thermal solution.

Broken down in three columns showing and three rows, this PowerPoint slide provides users with a quick reference to determine whether an AMD CPU or APU fits within the chipmaker's Performance, Mainstream or Everyday computer usage markets.

The next slide outlines the new AMD A10-7890K and its included heatsink, touting it as AMD's fastest APU with 1.02 theoretical compute performance and integrated AMD Radeon Graphics.

With the Steamroller microarchitecture and Godavari processor cores, the A10-7890K APU is manufactured with a 0.028 micon process and has a 906pin lidded micro-PGA package.
|
CPU Socket Thermal Solution Number of CPU Cores Base Clock Speed Turbo Core Speed Total L1 Cache
Total L2 Cache Total 3 cache Unlocked Integrated Graphics Memory Speed Memory Interface Memory Channels Maximum Temperature Thermal Design Performance Warranty |
A10-7890 FM2+ Wraith 125W 4 4.1 GHz 4.3 GHz 2 x 96 KB 3-way set associative shared instruction caches 4 x 16 KB 4-way set associative data caches 2 x 2 MB 16-way set associative shared caches None Yes Radeon R7 Series 2,133 MHz DDR3 2 72.4° C 95 W 3 years |
Information courtesy of AMD http://www.amd.com/en-us/products/processors/desktop/a-series-apu
Closer Look:
AMD provided the Gigabyte F2A88X-UP4 motherboard to facilitate this review. Later in this review I will list the additional equipment I used to make a complete system for testing.
As indicated in the next image, the AMD Wraith Cooler is designed to run quiet while providing 125W of thermal cooling power. With backlit illumination and shroud, the Wraith will even showcase your A10-7890K APU in style if desired.
The next four photos showcase the Wraith cooler shroud, standard AMD mounting clip and the provided thermal paste. The clear plastic film over the thermal paste was added to protect the paste while handling, and of course will be removed prior to mounting the heatsink.
Here is the APU and cooler all powered up, showing off the AMD name and logo on the Wraith shroud that can viewed during operation through a widowed side panel of your computer case.
Article Index
|
|



I am after several things from this upgrade and thank god the new GPU on board this APU is Direct-X 12 and having a 400mhz difference from 3.7ghz to 4.1ghz from the CPU side is a plus and even better turbo clock of 4.3ghz heck my APU runs at 4.1ghz if i have enough cooling but i get some stutters but it is smooth as butter at a flat 4.0ghz, also the wraith cooler is awesome and a much better cooling solution. Now all i need to do is focus on a Radeon R7 250 that supports GDDR5 with dual graphics support and Direct-X 12 and i will be set, there is only a few boards out that support dual graphics with GDDR5 memory and my Asus 250 is one of them mostly all the 250s have DDR3 of GDDR3 and you have to do a bit of research xD