Which in this generation has gone from being a high TDP variant of AMD’s mobile silicon, and instead is using AMD’s desktop silicon, similar to what Intel does with their own HX series processors. In practice we’ve seen AMD goose their H(S) silicon over 45W in the past, and I wouldn’t consider that to be off the table in the future, but for now those are the official ranges.įor anyone that needs a more powerful (and power-hungry) CPU still, there is the HX class. Instead, the HS-series now covers the 35W to 45W via configurable TDPs, making the separate H and HS series redundant in AMD’s eyes. Starting with the Ryzen Mobile 7000 series, the H-series class has been retired. The rest, while still important, are there to define segments and TDPs, rather than the hardware itself.Īs part of this product name refactoring, AMD has also revised their TDP classes for mobile CPUs. If you only take away two things from AMD’s new product naming system, the important things are that the leading digit is the model year, and the third digit is the CPU architecture (e.g. AMD Ryzen Mobile Product Number Decoder (2023- 2025) Given AMD’s affinity for announcing new mobile CPUs at CES, I suspect this means we’re going to be talking about a new top-to-bottom AMD mobile CPU product stack at each and every CES from now on. In practice, AMD has committed themselves to offering a mix of new silicon and product refreshes (e.g. First unveiled by the company back in September, AMD is moving to a model year system, incrementing the first digit of their processor model numbers each and every year. New Names, New Categories, Mobile Silicon Smorgasbordįirst and foremost, this year marks the kick-off point for AMD’s new mobile CPU naming system. There’s a lot to unpack here, so let’s dive right in. This includes the return of some old favorites, including bringing desktop Zen 4 silicon to mobile, as well as the introduction of AMD’s brand-new Phoenix CPU silicon, their first mobile-focused Zen 4 CPU design. The densely packed keynote immediately kicked things off with the announcement of AMD’s 2023 mobile product stack, which will see the CPU vendor mixing and matching silicon across multiple generations of designs to put together a fresh product stack for the new year. I don't know to compile kernel.This year’s CES has turned out to be a laptop-centric event in the PC space, and no farther do you have to look for proof of that than AMD’s CES keynote. So can you tell me exactly ,what specific only libraries should I only change to make Radeon working on pos ,is it libgui.so or others something.Īlso can you give me link of your Linux 4.13 beta generic kernel ,not nvidia or celeron specific but only generic. I have changed kernel modules in /system/lib/modules and egl drivers yet not solved graphic problem but on changing whole lib and lib64 ,I got graphics working on Radeon R5 but other problem arose ,like libandroid.so and libandroidserver.so goods server are different so I changed some of them.but at setup wizard,setting fc. Android-x86 based Remix os ,Bliss-x86 and official ones are working fine.īut only Phoenix os was not working but after experimenting a little with file manipulation ,I found out that Phoenix is has nothing special than some fs binaries ,libhoudini and suspend system,different stage fright media libraries.I tried to boot it with official android-x86 4.9 kernel and its booted on both amd and Intel device.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |