NVIDIA’s GeForce RTX 3080 Flagship GPU Pictured For The First Time
NVIDIA’s GeForce RTX 3080 Flagship GPU Pictured For The First Time

The first-ever picture of NVIDIA's upcoming RTX 3080 graphics card has leaked out (via Chiphell via Videocardz). It's officially open season for NVIDIA's upcoming RTX 3000 series of GPUs. The company is planning to launch these cards by holiday 2020, so you should see these launch either at the virtual Computex conference later this year or around that time. Interestingly, a leaked picture from the assembly line was the first item to leak for the RTX 2000 series lineup as well.
NVIDIA's new RTX 3080 features a very cyber-punk yet whimsical design whose inspiration I can't seem to put a finger on. I for one love the symmetric and futuristic looking shape (the graphics card isn't actually blue by the way, that is just the packaging film on it. It is still very much polished metal). The materials used seem to be very high quality although I cannot tell from the picture whether the edges used are still aluminum like the RTX 2080 or the company has reverted back to plastic.
Here are some key design considerations of the new NVIDIA RTX 3080 graphics card:
According to old rumors the RTX 3080 will ship with a GA104 GPU, and replace the existing RTX 2080 with 48 SMs (3072 CUDA cores). This is very slightly more than the RTX 2080 at 46 SMs. Coupled with higher performance throughput and improved RTX cores you are looking at a significant performance increase if this turns out to be true - in fact, it is estimated to be just slightly less in performance than the RTX 2080 Ti current generation flagship. The RTX 3080 GPU will be coupled with 8GB/16GB of vRAM and a 256-bit bus width. Edit: New rumors have indicated that the card may actually ship with a GA102 core that is extremely powerful.
While there is no word on pricing yet, we have a feeling NVIDIA will take a much more lenient approach with MSRP (at the very least for the custom AIB parts) this time around as compared to Turing considering the fact the former was very slow to gain traction due to its large price tag. The company is also shifting to the 7nm process with the Ampere series so it will have access to significant cost savings - some of which it should pass on to consumers.
What's Your Reaction?






