The Radeon RX Vega 56 will have the fastest and most powerful GPU in the world.
And it will come with a massive price tag of around $650.
That’s because of the new Vega GPU architecture, which uses four compute units (CUs) that each have up to 128 compute units, and six graphics cores.
Vega’s new GPU architecture has been called the next big thing.
And the first chip to launch is a massive chip called the Vega 64, which is the first AMD GPU architecture to be made entirely of silicon.
It’s the company’s most powerful chip yet.
We got a chance to get hands-on time with the Vega Vega 64 GPU, and we’re excited to share some of its specs and features.
The Vega 64 is based on a custom-built chip called Polaris.
AMD’s Polaris architecture has four compute nodes with 32 compute units.
In total, the Vega 56 has 32 compute nodes, 32 of which are on the same die.
AMD is also including a “quad-core” version of the Vega CPU, which allows for up to four cores to be running simultaneously.
The two “quad core” versions of the AMD Vega chip also have 128 shader cores and 64 ROPs.
AMD has designed the Vega chip with the same amount of cores as the Radeon RX 460, and this allows the Vega chips to have up the same total compute power as the RX 460.
This makes the Vega CPUs very powerful, and the Vega GPU will be able to do a lot of processing for games, streaming video, and even graphics-intensive compute tasks.
AMD also includes two 8GB of VRAM, a 6GB VRAM interface, and four 256-bit GDDR5 memory channels.
The AMD Vega 64 will also have the same bandwidth as the AMD Radeon R9 Fury X, but the Vega 60 has six times the VRAM capacity.
This is all great for gaming, but not as great for high-end VR headsets like Oculus Rift.
The graphics cores have been optimized for gaming performance.
The chip features four of AMD’s most recent high-performance graphics architectures: GCN (graphics core number) 7th generation, GCN 2.0, and Fiji.
Each GPU architecture is a separate product.
GCN is the successor to the GK104 architecture, the predecessor to the GCN architecture.
GCNs are the most advanced, and they have the most compute units per silicon.
GCM (graphic compute unit) is a compute unit that is also the core that handles the shading and compute functions.
Fiji is the next generation of Fiji GPUs, which has six compute units and four GPU cores.
This architecture is called GK110.
GK is a codename that means “half-generation” in Latin.
AMD used the codename for the new AMD GPUs “half generation” because it was originally intended for the AMD FX processors that debuted in 2017, and it was called “half gen” because of its similarity to the Intel Xeon processors.
The Radeon Vega 56 is based off the Vega architecture.
There are two main components of the chip, one in each of the four silicon die sizes.
The die size of the Radeon Vega 64 in this example is 10.6 mm².
It will be a 10-core chip, and AMD has not yet confirmed pricing or a release date.
We have a pair of Radeon RX 560 Ti graphics cards on hand to test the Vega-64 chips, which will be running the Vega processor inside a reference Radeon RX 580 graphics card.
We’ll have more details about the Vega GPUs later this week.
The GPU will come in two different models: the Vega Pro and Vega Pro Pro Plus.
The Pro model will feature the Vega 16 GPU, which we have reviewed in detail in the Radeon Gaming section of our review.
The pro version will feature Vega 64.
The specs on both models of the Polaris chip are pretty similar.
The only significant differences are the Vega’s clock speeds, which are a new 2.5GHz clock speed for the Vega.
This means that the Vega has twice the processing power of the RX 580, and has two times the compute power of AMD Radeon Vega Pro.
We will test the Pro version of this chip in the near future.
The Polaris chips are the first to ship with a custom graphics architecture called Vega, which was designed to make Vega a fully-fledged compute architecture.
AMD will use this custom architecture to improve the performance of the CPU and GPU, as well as to allow for more VRAM per GPU.
It allows for a faster VR experience, and allows the GPU to be optimized for VR and compute, which makes it more powerful.
AMD says that Vega will have 10 times the power efficiency of the GTX 1060 and 4.5 times the efficiency of Titan X. We don’t know how well the Vega is performing, but we’re confident it’s going to be one of the best gaming cards ever made.
The performance gains