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It is, after all, just a mild refresh of Coffee Lake, but with a 9th Gen badge attached to it.A faster GPU will always deliver a higher frame rate than a quicker CPU. As a result users will usually see much higher sustained power, although with much higher performance. It was using a processor normally rated for 65W TDP, and in a normal desktop that processor would push over 100W because the motherboard manufacturer in that system did not put any limits on the power, allowing the power to fall within Intel’s per-core turbo values. There’s a slight decrease of 200 MHz in the 95W at two cores, but this disappears when 3-6 cores are loaded, with both setups being equal. Some of that extra performance is down to the higher clock speeds that Intel is able to run its chips at, and some of it is down to the extra instruction per clock (IPC) that the Core architecture can deliver.For the rest of us the GPU-bound gaming performance differential between AMD and Intel’s processors means that, from a price/performance perspective, we’re still likely to be recommending AMD’s Ryzen processors as the best gaming CPUs for the foreseeable future. It has a base / boost clocks of 3.6 / 4.7 GHz and a single-core boost of 5.0 GHz (the highest frequency achieved yet from this class of Intel CPU). Whether it’s single-core performance or multi-threaded chops, the i9 9900K has it all its own way. If you take the GPU out of the equation, leaving the gaming benchmarks to deliver a performance difference based essentially on CPU power alone, you can definitely discern the delta between the Intel and AMD architectures.But even though the latest AMD Ryzen processors are nominally built on a 12nm process node, while the Intel chips are still essentially operating on the same 14nm design it’s been using since 2015, the Core processors are still more efficient. I have been streaming on Youtube using these settings on the 8700k for around a year now with no issues. You’re also get a little bit of extra cache memory; another 2MB per core compared with the top of the 8th Gen product stack.The big news for the top of the 9th Gen range is the fact that Intel has introduced a chip with eight cores and 16 threads below its HEDT lineup, one that will fit into the existing Z370 motherboards as well as the new Z390 update. And, over time, GPU performance will improve to the point where the performance gulf between the top two current eight-core processors will become far more apparent.Despite the Intel 9th Gen moniker I’m really struggling to see where the justification is for referring to the refreshed Coffee Lake CPUs as a whole new generation of processors. You can read it all here, although what it boils down to is this diagram:When a processor is initially loaded, it should enter a state where PL2 describes the maximum power for a time of Tau seconds. Your costs and results may vary.Balances processor resources to maximize streaming and recording quality, while minimizing impacts to gaming performance. A lot of the issues stem around what exactly that TDP rating means on the box, and if it relates to anything in the real world. Depending on the CPU, this may reduce the frequency to the base frequency, or well below the all-core turbo frequency.Technically PL2 is obtained over a moving average window, Tau, such that any low power moments on the processor will 'give budget back' to the turbo mode, however the graph above is the easiest way to see the high turbo mode on a fully loaded processor.This arguably means that we should see a correlation in most benchmarks between the two parts, but not if maximum load is ever required.There is a lot of discussion about processor power recently.