win32asmguy

I think the 2080 Super could boot in a KM board although some of the video outputs may not work correctly. It would also need a modded driver to get past the subsystem ID mismatch and GSync would likely not work either. The other disadvantages to the KM board is that you would not be able to use the fourth M.2 slot as it requires an 11th Gen chip with PCIe 4 lanes. The Prema bios also only works with the SM so it may be less performance from the same chip. I would say try contacting XMG and see if they still can order the X170SM board as a spare part without all of the extra import tariffs. They recently helped someone purchase an audio sub-board for it in their discord so I think some parts may still be available dispite the age. Sager still has parts as well in the USA as I picked up a stock heatsink compatible with the 3080 mobile earlier this year.

Mine is just running stock in the X170SM for now. Ram is still at 2933 as I was not able to get 3200 dual rank stable with my previous 10900K and switching it to test might mean bricking it and needing a recovery flash. There are a few bios configuration issues I have not sorted out yet as well so it tops out around 14,600 in CBR23 for now. I did not know Sapphire Rapids 2400/2500 were monolithic. For some reason I thought they were two tiles or even four with more disabled cores. w2595x sounds great. I have to read up more on it and the platform.

I am glad you picked one up! I was a bit upset earlier this year that I missed being able to buy a binned chip from Silicon Lottery or otherwise and figured I would only find one on ebay at this point. Arrow Lake should have just been a mobile only product. If efficiency was their intent they should have just refined it on a mobile platform until it can competitvely scale in a desktop. It should also not be locked down as you ought to be able to do what you want with the product you pay for. Sapphire Rapids sounds like it would be fun to build and tinker with. I guess its also a tile based product but maybe a better approach at it?

SP106 8x 0.829v 25x 0.829v 35x 0.944v 43x 1.049v 48x 1.139v 51x 1.254v 52x 1.334v 53x 1.349v It is already better than the previous one I was using by a good margin. Probably needs a delid and testing undervolt.

I don't buy this explanation. K should mean fully unlocked even if it's on air cooling. If it's a warranty issue they should just sell it without one. Maybe they are pulling it back on these but will allow it again on a further overpriced KS sku.

https://www.reddit.com/r/hardwareswap/s/JiInw5aX5M Mine isn't being opened up fully in the x170 obviously but it is still a great boost over a the mediocre 10900k I used before that could not even run 2x 3200 dual rank memory stable.

That is good to know!. I ended up getting a ML360 with the LTX Golden Sample 10900k I bought a couple of weeks ago.

Is there a pretty big performance penalty to use the drives in a pcie slot with an adapter instead?

This chip (285H) does not make sense as OEMs are not going to magically reverse course and provide sufficient cooling to sustain advertised clocks and performance. If its paired with any kind of mobile dedicated GPU expect performance to drop even more. Of course this line will also be a locked chip so you cannot properly tune it to be more efficient.

I am not even sure if the AMD Raider 18 supports Raid0. At least the CPU offers very good performance at its 100W cap. It is also killer networking free as the ethernet controller is a standard realtek 2.5gb and I have an Intel AX200 wifi card installed.

Almost all machines these days only support modern standby. I still hear stories of people finding their laptops woken up in a backpack cooking itself. S3 standby is not perfect either but I found it to be less of an issue with random wake ups occuring. Clevo did have a 2025 roadmap leak with products in each segment. On another note, Costco now has a raider 18 with QHD+ 240hz and 4090 for 3000usd. Great to see an Intel spec similarly priced to the AMD spec.

Oh, the AMD system is ok but I have learned some more of its limitations: The 7945HX3D I guess does not allow manipulation of its TDP, so despite the chip being capable of 120W+ it cannot go beyond the 100W limit allowed in the highest performance mode regardless of the temperature. The iGPU is always active, even in dGPU mode. Disabling modern standby in the bios does not seem to apply. The OS still reports it as available so it has to be disabled on an OS level. There are multiple bugs with modern standby on this system including the MUX randomly switching back to hybrid mode on wake, and the speakers randomly stop functioning on wake.

I need to list a bunch of laptops as well. Sadly still using laptops as my daily driver, just simply because of travel and able to easily move around the house as needed. The desktop is still very nice to have though. I am guessing a 9950X might be the best chip for handbrake encoding and 9950x3d would likely not be better. I still enjoy tinkering with open firmware on my System76 laptops but the next one needs to be the model that actually has a vapor chamber. The X370 really struggles with cooling and I have not seen any aftermarket heatsink options come out for it yet.

Some updates about the Raider 18 after a month. The Smokeless UMAF tool works with this model and allows access to "AMD Overclocking" bios options for further tuning. The important thing it allows is setting UCLK DIV1 MODE to UCLK=FCLK. It feels weird having to use this where MSI usually has access to everything For memory I have Kingston Fury 64GB (SKHynix A-die) installed running at 6000 CL46-43-43-86 for now, and infinity fabric running at 2000mhz. Swapped the Qualcomm wireless for an AX200 which is working great. I am not sure about the keyboard controller as I had an instance where the system cold booted with it set to static red. Brightness can be controlled but it only effects the keyboard itself, not the light bar in the front or lid logo. The front light bar can easily be unplugged but the lid logo is integrated into the display assembly so it cannot be unplugged without removing the display panel. This model is definitely not compatible with the Intel Raider 18 / Titan 18 heatsink as the CPU and GPU posts are in different locations.

This morning I saw this video talking about an improvement Asus is using to make 4-DIMM DDR5 able to reach higher speeds. I still think that two slots is more appropriate for the majority of systems these days.

I am surprised at how rare 2-DIMM boards are in product lineups. You would expect it to be an easier, less expensive layout to design and should be standard on all Z790 and X670 boards unless its marketed as a "Creator" or "Workstation" board who might need more than 96GB with an understood performance tradeoff.

Intel and AMD would have to stop offering HX laptop BGA chips. Up until mid 2022 it almost looked like it was going to happen. Intel was offering 12th Gen 6P + 8E chips as their top of the line BGA mobile chip, then quickly released 8P + 8e BGA chips again instead of just adopting the already existing LGA chips. All just to save a few millimeters of z-height which they were so excited to mention in the initial launch videos. I like how Intel quickly shifted to "socket height" being the biggest issue with DTR laptops, while ignoring bios bugs, feature support and quality control with thermal paste / heatsinks. Or even just hinting to an OEM that having a basic machine without extra crap tacked on is, in fact a feature to this type of product. I think nobody in their labs actually used a DTR in a proper manner because once you realize you have to haul a 2cm thick cooling pad around to even get close to advertised sustained performance then that few mm slimmed chassis becomes useless.

Its just an example of poor effort from marketing and project managers. These people want to make something that impresses reviewers/influencers, not necessary solve a problem. More battery life and less performance is also less risk as far as their warranty is concerned. No chip is even going to come close to premature failure if clocked low. I have also noticed that many systems throttle the CPU or GPU if the battery is fast charging, without any type of user preference override. Some also draw power from the battery even when on AC with heavy combined loads, which can quickly reduce battery life span if you are using the system within its supposedly designed limits.

Yeah I have been working on memory timings. Bricked it the other day changing memory context restore so has to spend time getting it restored instead of tuning.

I have seen plenty of systems that seem to run fine idling in an outdoor zone but have issues keeping framerates over 30fps during a raid or world boss. Unfortunately getting a character to a place to test those scenarios is much more time investment than a reviewer wants to spend on a single game. It also does not take into account addon performance issues either. The X3D chip does work very well for the WoW engine. Process Lasso is a great tool for managing process affinity and certainly more consistent than using the Game Bar.

This new AMD variant is available from Newegg now, with both a 4080 (2500usd) and 4090 (3000usd) config. The 7945HX3D chip scores about 32,500 in CBR23 with a clean W10 install. There are some CPU configuration options available in the advanced bios but the "AMD Overclocking" page isn't available. Speaking of W10, this model has a Qualcomm Wifi7 chip which does not have any W10 drivers, so swapping the card is needed. Upon initial bootup this model had the keyboard and RGB a solid red - but after updating to the latest bios its a rainbow puke effect just like the Intel variant. These should really have a override boot effect option in the Steelseries software.

The EC can communicate with both the CPU and GPU directly to manipulate power limits and clocks along with other things. Unfortunately the thresholds for these manipulations are not usually discussed or listed by OEMs. At least with Clevo we can still get schematics with design limits listed and an open source BIOS and EC to manipulate things. The cooling capability is behind other competitors now and I have not seen much movement from aftermarket heatsink vendors on Taobao other than potentially improved fans.

I think its entirely possible they could be effected especially if the system can sustain high TDP on the CPU and has recorded high voltages during such use. Luckily most people with these kinds of systems have a three year warranty or longer to cover any issues like this. Its a shame they are like this because even if you were to wear out a USB port from daily use you may very well need a motherboard replacement with a different CPU or GPU. Here is an article XMG made about the issue concerning laptop chips as well. I feel like they are pretty transparent for a vendor compared to most: https://www.xmg.gg/en/news-update-intel-core-cpus-laptops-stability/

It was a refurbished model from Lenovo Outlet: https://www.lenovo.com/us/outletus/en/p/laptops/thinkpad/thinkpadp/thinkpad-p16-gen-2-16-inch-intel/21fbx03500 It was not actively marketed as an option available as I think Lenovo (or Nvidia) wanted to steer purchasers to the Legion series. Same situation as the Precision 7680/7780. If you contact a sales rep they could probably setup a CTO quote with it. Pricing is likely around what they charge for the Ada4000 option.

Another one you might look into is a P16v Gen 1. It is similar to the P16 but has an AMD 7840HS chip which in theory should be more energy efficient / silent than an Intel HX chip especially if you select a model without a dGPU and are willing to repaste with PTM7950.