AMD Bonaire Chip Based Radeon HD 7790 Features 896 Stream Processors – Launching in April


Radeon HD 7790It was reported a few weeks ago that AMD was planning to launch its Radeon HD 7790 in April in a bid to offer more mainstream products in their HD 7000 series lineup. Heise.de has some new details on the GPU and it is definitely on its way for an early April launch schedule.

AMD Launching Radeon HD 7790 Bonaire Based GPU

The AMD Radeon HD 7790 was said to be based on the latest Bonaire XT GPU which is presumably a chip reserved for the next-generation HD 8000 series. The Bonaire codename represents the AMD mainstream HD 8700 series GPUs which replace the Cape Verde HD 7700 series. Compared to the Radeon HD 7770 GHz which features 640 Stream processors, the Radeon HD 7790 features 896 Stream processors. This is just two CUs lower than the Radeon HD 7850 with 16 CUs and 1024 stream processors. We don't know if the Bonaire chip athough its said to use the "XT" moniker comes with all CUs enabled or not. If it is the Bonaire XT chip, than the Radeon HD 8770 which features the same chip would be clocked higher than the HD 7790, most probably we would be looking at a GHz edition GPU.

The Radeon HD 7790 is built on a 28nm Fabrication process, comes with DX11.1 support. The chip is said to be faster in Crysis 3 and Battlefield 3 than the HD 7850 as pointed out by the source. The Radeon HD 7790 would either feature 1 or 2 GB GDDR5 memory. Clock speeds were not confirmed .It was confirmed by various sources at CeBIT 2013 that the GPU is planned to launch in the beginning of April with a price of around 135 Euros.

In other news, Fudzilla has confirmed that AMD has working samples of the Radeon HD 7990 "Malta" at their labs, although it wont be showcased at the CeBIT 2013 since AMD didn't sent it out to partners yet but would be arriving in Q2 2013 at a price point lower than the ASUS ARES II which costs $1500 US, The Radeon HD 7990 Malta is said to outperform the ASUS ARES II at a lower price point but we don't know how this would be possible, only if AMD can clock those Tahiti XTX cores higher than the ARES II itself.