Jump to content

Leaffy

Member
  • Posts

    85
  • Joined

  • Last visited

Awards

This user doesn't have any awards

Recent Profile Visitors

The recent visitors block is disabled and is not being shown to other users.

  1. Ok, so, its like windows will be running 2gpus at once, yeah ? And if i open a game, it will depend on which monitor i'm launching it and accordingly, that gpu will run the game? Also, this mean windows can run both iGPU and DGPU at same time all this long? I thought that just impossible. It either one only. Now, can i do that(run both Gpu) for single monitor? Like Hybrid gpu on laptops? So that, when im running office task, iGpu will be the primary and doing all display task. And when i wnna run a game, i set it run on DGPU but on same monitor ? - For this, assume i connect the monitor via motherboard port. I'm asking this cause all this while i been told that i cannot do that, so this is very new to me. And now, about Linus tech tip video(check 20:07), he is saying that if the monitor is connected via mobo port, the DGPU can still send signal via that port ? routing through that, Do i hear correct? So, is that Ryzen specific or can i do it on Intel boards as well?? And lastly, can i do vice versa? - connect monitor on DGPU port, and run iGPU via that ?
  2. and, @20:07 I just saw those videos and i'm really confused. Does that mean, gpu is sending signal to second monitor via motherboard port? or IGPU send signal from mobo port and DGPU via its port? If the later, which one will windows run as primary , lets say if open a game? Does this mean, windows can actually run iGPU + DGPU alongside all this long ? Can anyone explain everything there is to know here ?
  3. That Dell psu, despite not boosting high wattage, im sure it have good quality. Now, to undervolt, you can you AMD Adrenaline. Get to Performance, Tuning, and enable power tuning. Set the power slider all the way to -30. This will decrease total power of the card to 80watt maxed out, rather than 135watt. You can also try reducing its volt, but without decreasing the power, the card will try to increase current and end up consuming higher wattage still and more strain of its power delivery. So, try to undervolt to 1.12, decrease the power slider and finally, you have reduce the clock to 1050mhz. Otherwise, the card will try to achieve same clock with reduced wattage, and this could cause crash or weird fps fluctutation, games play will feel stuttery regardless of fps. And don't worry, even around 1050mhz, that card will still have ample for horse power. Yes, benchmark performance might decrease but not much.
  4. people that recommend hardware and builds here recommend the best bang for the buck or exhaust the majority of your pre-set budget for the best possible thing/components
  5. I mean ur not wrong speeds up CPU waiting for instructions by waiting shorter amount of time than if it were to recieve those instructions from RAM I know, I was just telling you what things are different from the individual CPU models. last thing, if you know so much, why are you even askng? things like cache size is simply what the brand states, or is limited by certain things, because you can't just add stuff onto CPU they carefully rearrange individual sections, they also care about money, more cache means more money the CPU will cost too, they also roughly estimate how much cache is enough for certain speeds, because double cache would mean jack if it meant only slight performance boost and huge cost to make...
  6. the 3D cache doesn't make a large difference? the 5800X3D is competitive against even the 7000 series Ryzen and the other 5000 series CPUs aren't, so I would beg to differ. But yes, it is fairly game dependent. Ultimately the difference will not be that significant on these Intel CPUs, and I think saving money on the cheaper i5 models is more worthwhile in general.
  7. Choice? Ok but why? whats the difference they deliver? And you can't compare 3d cache, Intel and AMD are different. That 3D cache doesn't make large difference. And even then, not across all games.
  8. K is irrelevant to iGPU. It's F. Cache is for cpu, not iGPU. 13600KF have higher cache, than what? Beneficial but how? Unlike Ram, more is not simply beneficial, doesn't work that way, not at all. "CPU cache is just a cache for CPU to help with repeated tasks" and remaining of your sentences are ages old known basics, but does not clear the question at all - not even relevant. PLS don't just regurgitate/copy paste facts. Cache play important role in IPC. So, if you don't understand or know anything sufficiently(and correctly), pls don't bother.
  9. i5 13400/13500/13600 and i3's doesn't have the increased L2 cache of Raptor lake cpus. Surely i5 13600k, all i7 variants have much larger L2 cache per cores. But other Raptor lakes doesn't have that? Yes, the 13500/13600 have slightly more than 13400 but that's relative to number of ecores(extra 4), not more caches per core. For example, 13600k have 20mb L2 cache but 13600 have 11.5 though both have exact same number of cores and threads. Why? Will that affect gaming performance? If yes, that sounds like significant architecture difference and meaning, game developers will have to adopt that ?
  10. Using overclocked(but speed within Intel's rating;3200mhz) ram, will the cpu/its IMC/or any part of it run at higher power/overclocked voltage ? To be specific, 3200mhz and Intel 11th gen and above. Most intel CPUs are rated to run at Ddr4 3200mhz. But, there are no ram at Jedec's 1.2v running at 3200mhz, all achieves that or more using XMP(or OC). -Using ram rated 3200mhz@1.35v, will the cpu(its IMC or or wat so ever) work at stock(within default) power/voltage ? -Or let say running 2666mhz, but at lower timings, hence 1.35v, hence ram is OC'ed. Will that apply to cpu, will it operate at stock power/voltage but receive loose timings? SORRY for noobish questions, i don't knw how cpu works with ram, its power and voltage thingy. Ram sold at 3200mhz@1.35, warranty should cover. Mobo running that, if its in QVL list, warranty should cover. But cpu, if i'm running within 3200mhz but ram is overclocked, how is it considered? ****I'm well aware most says, "just don't mention of overclocking if there is any problem", but that's not why i'm here.******
  11. Its hard to get any useful data thn. Unless someone willing to test, e cores disable or such ways. Non-k and k version being physically same but just different target customer(hence a big price gap) is some, damnit lol. *following refers to all core* K Cpus have sufficiently high base clocks, at which power consumption is at best, almost linear, not wasteful. For non-K, 2.2ghz base is too low. For clocks any higher, boost is needed, but for that, power consumption is way disproportional, very high. So, even boosting to clock same as K cpus' base(2.2 to 3.5), will the consumption be roughly same as K(same clock) or differs a lot ? *using Throttlestop to adjust multiplier for boost clock* Example: i3 is 3.7ghz base(35watt), 4.2ghz all core(55watt). Using Throttlestop, i can set multiplier to control boosts(3.8,3.9,4.0,4.1). 1st few increment, power increment (though not linear) is fine. Mybe i can do that if get the i7 12700 but, 3.3ghz(my target) from 2.2ghz is still a big gap, can't estimate consumption.
  12. Maybe. It depends on what software you are running. You might not see full speed when running Prime95 with the AVX instructions enabled. That is an extreme load. Some CPUs need high voltage to run reliably. This can increase power consumption and decrease the amount of turbo boost available. Some motherboards use higher voltage than other boards even with the exact same CPU. Different BIOS versions can also change voltage and power consumption. This combo allows you to overclock and go beyond the Intel default spec. With non K CPU or non Z board, you can only adjust lower, not higher.
  13. So, at PL1, will the cpu run any higher then 2.2ghz? say if less than 8 cores where loaded, 6 or 4 cores, shall it boost higher than 2.2ghz? Under PL2, i think it shall boost to 4.5ghz at 180watt. Now, correct me if getting it wrong, depending on the Motherboard, i may adjust the power(lets say to be less than 180w, maybe 120-100watt) and the cpu will auto adjust/reduce the clock accordingly yeah? -cause if have ability to adjust both power n clock, that's pretty much a K skew on Z board.
  14. Hi everyone, I'm interested to know i7 12700 various power limits and clock it will achieve. -In various scenario and STOCK BEHAVIOUR, with decent power delivery - but within Intel's spec - not mobo's spec. *not by tinkering bios/or just being board-dependent. Just to confirm, at 65watt, ALL P-CORE boost would be limited to 2.2ghz, right? 1. What is its STOCK PL1 and PL2 power limit ? (for this, let say cpu temp below 70c, and a board with decent VRM) 2. What would be PL1/2 corresponding sustained, maxed ALL CORE BOOST CLOCK? - With P cores LOADED 100%. Also, does that all P-core boost stay stable regardless of E core load? - which i assume will rob some of package power as well, probably causing some clock changes. Lets say, a fine B660(most have good VRM), can i control boost clock under PL1 and PL2? OR, vary PL1/2 power limit - hence controlling boost clock(will cpu clock correspond to Power limit(provided with sufficient cooling))? Asking this to find a sweet spot between all core frequency and power consumption. Sorry if questions sound loopy loopy. Can't find on Youtube or Reddit.
  15. Hye, i'm not fully knowledgeable, so certain question might be dumb. sorry. *both cards price same and reasonable. 1. https://www.youtube.com/watch?v=tF013HYQd2Q - @7:03 , asynchronous compute, does this still apply? a) My AMD Rx 570 - NFS MW, clean 60fps BUT when there is smokes(during doughnut), Fps fluctuates . -Biomutant : With mist in air, there are some hiccups definitely. Will Nvidia have better optimization/physx related performance? meanwhile, b) Rx 6600 is RDNA 2- same as PS5. Will this give Rx 6600 an upper hand instead? 2. Rtx only supports VP9 whereas rx 6600 supports till AV1. My personal experience: i3 10105/Rx 570, playing and 2k youtube video, gives 70% cpu load and 40% gpu load. Shamingly, a laptop with Athlon 300u APU, played the same 2k video, with only 50% combined load, due to VP9 support. All that muscle of Rx 570 is waste(temperature, pwr consumption) when i just wnna watch video. Will the AV1 support for rx 6600 make a difference? Is it a stable experience? 3. Rx 6600 is pcie x8. My board is only Pcie 3.0, would that be discernible ? 4. Is there any particular issues with any of these cards? For example, rtx 3000 is said to have high Vram temp, hard to cool. -For the cards im going to buy, Rx 8gb have only 4 chips while rtx 8gb have 8 chips. Would the latter be easier to cool, or should i be not concerned about ? -With multi monitor, my Rx runs at higher idle temp, full Vram clock. Does AMD still have this issue ?
×