This is not surprising. The trend in the high perf semi is clear.
The current line of GPU-based accelerators is at 400/500W already. That's with TCO in mind unlike the gaming sector. The upcoming Hopper is rumored to be rated at 1kW. So why not a 0.85kW gaming card?
Youtubers will praise anything at least 10% faster than competition. The RGB crowd will love it due its sheer size. Tech ppl will praise it since 'perf/W' will be somehow better than the 7/8nm gen.
Mind you, CPUs are going the same direction. The stupidly overclocked 2013 Bulldozer-based "marketing stunt" was labeled as 220W. Everybody was shocked. Recent highend desktop Intel's have been hitting 250W and nobody cares. The upcoming server CPUs are approaching 500W in TCO constrained env.
In a few years the enthusiasts are going to simply replace their puny electric cords with a more beefy ones - like those used on 10kW welding machines.
The current line of GPU-based accelerators is at 400/500W already. That's with TCO in mind unlike the gaming sector. The upcoming Hopper is rumored to be rated at 1kW. So why not a 0.85kW gaming card?
Youtubers will praise anything at least 10% faster than competition. The RGB crowd will love it due its sheer size. Tech ppl will praise it since 'perf/W' will be somehow better than the 7/8nm gen.
Mind you, CPUs are going the same direction. The stupidly overclocked 2013 Bulldozer-based "marketing stunt" was labeled as 220W. Everybody was shocked. Recent highend desktop Intel's have been hitting 250W and nobody cares. The upcoming server CPUs are approaching 500W in TCO constrained env.
In a few years the enthusiasts are going to simply replace their puny electric cords with a more beefy ones - like those used on 10kW welding machines.