Engineers took two Fiji XT chips and soldered them onto one printed circuit board. Radeon Pro Duo was released in limited quantities and did not find much popularity among enthusiasts.

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The Radeon R9 Nano was specifically designed to provide small form factor enthusiasts with the highest 3D performance possible in small form factors.

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Radeon R9 390X video cards were essentially the same R9 290X, but differed from the Hawaii chips of the previous wave in that the mature technical process made it possible to raise clock frequencies without going beyond TDP.

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The R9 380X video card turned out to be slightly faster than its younger sister, the R9 380, and even slightly faster than the oldest GCN representative, the Radeon HD 7970, which is already many years old.

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The Radeon R7 370 was positioned at the bottom of the company's product line, powered by the Pitcairn GPU, also known as Curacao.

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Fury X is the first solution using a new type of High Bandwidth Memory. Fury X is equipped with a fully functional Fiji chip, and has an official TDP of 275 W.

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The Fiji graphics processor in the Radeon R9 Fury has lost 8 out of 64 Compute Units, thereby becoming a slightly weaker model compared to the new graphics flagship Radeon R9 Fury X.

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The Radeon R9 390 video card is essentially the same R9 290. The Hawaii graphics processor, although it was renamed Grenada, was in fact produced using the same 28-nanometer process technology.

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At the heart of the Radeon R9 380 is the Antigua GPU, which is actually an update to the familiar Tonga chip. It has not undergone any architectural changes.

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The Radeon R7 360 video card is based on the Tobago chip, also previously known to us from the Radeon HD 7790 as Bonaire, but not in the full configuration of its graphics chip.

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