Is there any chance we could get just one or two gaming benchmarks on the AM5 platform, to get an idea if the faster clocks translate into any sort of real world performance gain?

The fans are just another pointless thing to beak. I wonder how long before any dust either slows them down enough to become ineffective or that they start making audible noises.

Herem:

Is there any chance we could get just one or two gaming benchmarks on the AM5 platform to get an idea if the faster clocks translate into any sort of real-world performance gain?

The Infinity Fabric works in 1:1 mode up to 6000 MHz frequency of the RAM. So when it's 6200 MHz, it'll, in fact, downgrade the performance vs the 6K. That's why I didn't test the AM5 platform in games with the given speed.

Actually, in German, 'geil' can definitely mean horny. It can also mean that someone is very attractive. But yes, it's often used as 'awesome / cool'. I always thought the RAM name was funny, it's great to see what it actually stands for.

Captain_Hook:

The Infinity Fabric works in 1:1 mode up to 6000 MHz frequency of the RAM. So when it's 6200 MHz, it'll, in fact, downgrade the performance vs the 6K. That's why I didn't test the AM5 platform in games with the given speed.

i think he means vs stock aka 4800. also, the ratio refers to the speed of the memory controller vs the dram on am5, on am4 the fclk:uclk(memory controller):mclk would run synced up to 3600 (1:1:1) , above that 2 things happen, the fabric desyncs, and the uclk drops to 1/2 of mclk, (async:1:2) where as on am5 its "async:1:1" and above 6000mt/s its "async:1:2" the fabric is never synced with the memory on am5. like am4 you can force a 1:1 divider, i believe most chips will do 3100-3200mhz uclk so it might be possible to test the 6200mhz kit in 1:1 mode.