AMD has formally propelled the Radeon Pro Duo representation card a little more than a month in the wake of reporting it at the 2016 Game Developers Conference in March. The monstrous double GPU card depends on AMD's Fiji design yet rather than gaming, is being focused at expert VR content makers. The organization trusts that VR substance is going to end up a vital piece of fields as various as news coverage and medication, notwithstanding unadulterated amusement.
The new Radeon Pro Duo is a developed rendition of the double Fiji gaming card initially teased at AMD's Radeon R9 Fury dispatch occasion in June 2015. It sits beneath AMD's FirePro line however will get custom drivers with extra approvals for expert programming, separating it from common gaming cards. The card costs $1,500 (roughly Rs. 99,780 preceding assessments and obligations).
The Fiji engineering, as found in the Radeon R9 Fury arrangement, is most prominent for its utilization of high-thickness high-data transfer capacity 3D stacked memory on the same bite the dust as the GPU itself. This card highlights 8GB of HBM RAM and can accomplish 16.38 Teraflops of throughput. The GPUs are manufactured on the more established 28nm process and are timed at 1GHz each.
The Radeon Pro Duo highlights three DisplayPort yields and one HDMI port for similarity with VR frameworks including the Oculus Rift and HTC Vive. expends 350W of force and will utilize a devoted shut circle fluid cooler, like the warm arrangement produced for the Radeon R9 Fury X.
A buyer double Fiji design card may be in the pipeline, however AMD's cutting edge Polaris engineering rollout is reputed to be right around the bend, giving occasion to feel qualms about what sense such a move would make. On the off chance that utilized for gaming, AMD says the Radeon Pro Duo is 1.5 times speedier than the Nvidia GeForce GTX Titan X.
AMD guaranteed a month ago that it has a 83 percent piece of the pie in individual VR frameworks. It likewise has associations with Oculus, HTC, Sulon, and others to enhance similarity with programming a work in progress.

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