series desktop iNUMBER_TOKENs iNUMBER_TOKENs and iNUMBER_TOKENs will all have a tdp of NUMBER_TOKEN watts in this generation which sounds ridiculously confusing because how can a core iNUMBER_TOKEN have the same tdp as a core iNUMBER_TOKEN but what intel is doing here is such a breath of fresh air compared to previous releases what used to be called tdp is now processor base power or pbp and this is how much power the cpu is assured to have available to it in sustained workloads and now intel is also advertising the maximum turbo power or mtp which is how much the cpu can use during boost with that information being disclosed now you can finally make informed decisions about your cooling setup not only that but k-series cpus are shipping with a sustained boost mode where pbp equals mtp effectively turning on multi-core enhancement by default and letting the cpu boost forever so now there's finally a reason to buy a k-series cpu i mean aside from overclocking which hey may actually be a thing again intel wouldn't say how much headroom there is but their new extreme tuning utility is shipping with a one-click overclock function that adds a fixed NUMBER_TOKEN megahertz across all cores so while that's a mild oc it definitely shows a lot of confidence in their silicon and they may have good reason to be confident not only does NUMBER_TOKENth gen core have a larger footprint in the updated lga NUMBER_TOKEN socket it's also built on intel's long-awaited NUMBER_TOKEN nanometer superfin process now called intel NUMBER_TOKEN because thanks to marketing nanometers have lost all meaning in chip making ice lake was the first to use this process but suffered from frequency issues that tiger lake largely resolved can i just say that it's it's really fitting that it would be under intel's new ceo pat gelsinger that the new process would finally be ready for the desktop he was the chief technology officer back in NUMBER_TOKEN when intel first spoke about NUMBER_TOKEN nanometer like it's it's like they kept the seat warm for him but six generations of NUMBER_TOKEN nanometer chips they could have you know just used a water bottle from URL_TOKEN would have been a lot cheaper for sure right the new vNUMBER_TOKEN ones even have an intel inspired design there's more to the platform than just nanometers and cores though intel is shipping the first consumer cpu to use pci express gen NUMBER_TOKEN which feels really soon after gen NUMBER_TOKEN doesn't it although it was kind of like this with gen NUMBER_TOKEN through NUMBER_TOKEN. it just took a long time for gen NUMBER_TOKEN to come around to the consumer market the benefits of pci express gen NUMBER_TOKEN though aren't super clear just yet but as with gen NUMBER_TOKEN it doubles the bandwidth over its predecessor and once cards are available to take advantage of it it could allow for far more flexible lane arrangements for things like bifurcation because here's the thing eight lanes of gen NUMBER_TOKEN is equivalent to NUMBER_TOKEN lanes of gen NUMBER_TOKEN or even NUMBER_TOKEN lanes of gen NUMBER_TOKEN. man we are firing on all cylinders now it's kind of like the innovation that we missed out on in the NUMBER_TOKENs is all just hitting us at once now this is great NUMBER_TOKENth
START_SELFPROMO_TOKEN they could have you know just used a water bottle from URL_TOKEN would have been a lot cheaper for sure right the new vNUMBER_TOKEN ones even have an intel inspired design END_SELFPROMO_TOKEN