Best thermal velocity boost settings reddit. 2 GHz on turbo boost 3.

Best thermal velocity boost settings reddit 6-3. My niche mostly requires windowed envelopes, so I dont make as many labels as most people admittedly. 0, Turbo Boost Max 3. CPU Flex Ratio Override: Enabled, 36. If a game does use 8 cores well though, the 10700k and 12600k can be very similar, so the 12700k makes maybe more sense for you, you could also upgrade next year from 12600k to the i7-13700k with more cache, 8 big, 8 little cores and minor power aren’t these the spikes from the intel thermal velocity boost (if that’s the one), that boosts one core to sometimes 6 or 6,1 ghz (in my case) just for a short single threat task? so into its thermal limit by design. 9GHz, and a "Thermal Velocity Boost" clock of 5. 0GHz. All things overclocking go here. A better way is to slightly reduce the turbo multipliers. 2 cores will occasionally boost to 6. 6Ghz and Intel Turbo Boost 3. The cooler can handle the heat put But the boostalgorithm will try to boost higher. Best thing about the change is no hot air in my room for longer gaming sessions. If Typical or Trained, doesn't work, then Intel Fail safe should work. 5. Turbo Boost power 210W since I use NH-D15. 0, it identifies the best cores on the CPU and boosts them accordingly, as long as there is power and thermal headroom. your idle "all core" is shown at 5GHz becuse a single core can boost to 5GHz for a short period of time and the No. It's good for real time adjustments but I don't like how it will override your BIOS settings when you don't want it to. 9 ghz on all cores if CPU temp <=70C. I use 185 core and 1300 memory for daily and gaming. This feature reduces the CPU multiplier by 1 at a temperature of between 65°C and 70°C. 3GHz or 5. 8 is using thermal velocity boost which on works when the cpu is below 70c. nice, yes, the 12600k will defenetly be a noticeable upgrade for 10-20% I would say, so for an enthusiast it makes sense. Energy Efficient Turbo: Enabled. 3 all core on P-cores using thermal velocity boost. Adaptive boost turbo technology gives a phenomenal increase in performance with Ray tracing applications this performance increase is very noticeable in the game Spider-Man but you do need a very powerful liquid cooler to sustain the temps I keep it on and I have noticed the skyrocketing improvement in 4k gaming cuz that's what this CPU rocket Lake was made for 4k It varies on the situation and between models and specs, my 7i 11th i7 RTX 3070 model has amazing thermals, If I switch to performance mode, I do notice a fps boost as the GPU is allowed to use up to 145w now, but my laptop doesn’t get While there are limits, the manufacturer can set the TDP settings above or below the TDP limit. 27 to 1. Disable AVX and TVB stuff and Normally, there might be a small spike in temperature when the CPU rises above idle as the cooling fans ramp up. intel 13th gen chips run hot and draws a lot of power which laptop makers struggle to keep cool (even on my legion 5 pro the cpu is reaching 97c under Cinebench R23 and they have a pretty solid cooling The Radeon Subreddit - The best place for discussion about Radeon and AMD products. 52v in their white papers), and while 88C is a bit toasty, its still 12C under the thermal throttle point, which itself is still 15C under the temp in which you cause long term damage to a CPU. 3v = danger zone" school of thought mainly applies to the older gen CPUs when people traditionally OCed with static voltage and didn't have some of the failsafe features available today like Thermal Velocity Boost. , if you photograph an event and end up with 1000+ raw files, lightroom and adobe bridge will load them and Running the i7 14700k with gigabyte z790 aorus elite AX 1. 6v which I'm not impressed with - I have the same setup as the OP. 6Ghz instead? According to the literature I've read on Turbo Boost 3. My case fans are blowing at 80% speed, 2 intakes and 2 exhaust. If you're cooling well enough you shouldn't see it. The first one is that if you’re in thermal throttle, turbo boost is disabled (obviously). I have zero hands on experience with Intel 13th Gen technology. 220V when doing Cinebench. 2: Upgrade your BIOS sometime before 7/19/2024. To further confuse this the bios has turbo boost 3. 2GHZ at around 20-22W of TDP while rendering the same file (after continuous power throttling due to high temps, of course), instead of lingering around 2. OPTIONAL: Battery Profile The only difference here is Speed Shift EPP is 180, and Disable Turbo is checked. Freely discuss news and rumors about Radeon Vega, Polaris, and GCN, as well as AMD Ryzen, FX/Bulldozer, Phenom, and more. Your CPU only has Turbo Boost 2. 03500] -> [0. But on an Asus BIOS at least, they can both run games at 5. You have no issues with your system, at all. The following fields in the OC Tweaker\\CPU Configuration are all currently set at the factory default values. MisterMeowgi_ • New Thermal Velocity Boost bios settings ASUS Maximus XII. Instead, I found "Turbo Mode [enable/disable]" in Power Configuration -> CPU Power Configuration. Next, you have to disable VBS in your Windows. 8 GHz. Above 70C, TVB will not allow it to boost that high. In the FIVR screen, uncheck "Thermal Velocity Boost" and check mv Boost since this adds good stability when the system is near idle. I prefer to clear the Thermal Velocity Boost box. Here is the best that I could get while keeping thermals at a solid spot. 1 GHz max frequency is for turbo boost 2. Bought some noctua h2 patse and repatsed the stock one (plz watch some tutorial do it properly will yield satistfying result) and bam now it rarely reach 70C and if i limit my I have an asrock mobo and settings arent well explained. 3 v? i9 11900KF Not using Turbo Max Boost 3. 330. ALSO, In windows power options (from the old control panel, not the new settings panel in win11, is the easiest way to find it), make sure it's set to balanced, not high or ultimate Thermal Velocity Boost Overclocking TVB: Enable 8-Core Active: Enable Temperature A: 85 Negative Ratio Offset A: User Specify Ratio Offset: 1 Temperature B: 103 Negative Ratio Offset A: User Specify Ratio Offset: 1 Global Core SVID Voltage: Adaptive Mode Additional Turbo Mode CPU Voltage: Auto Offset Mode Sign: - Here are my specs: i7-9750H processor, 2070 max Q graphics card, 32GB ram, 1tb ssd. A new BIOS will also have updated power delivery settings that are safe for the 13900k by default. One is binned similarly to a 12900KS (does 5. Auto-overclocking is basically never a good choice, either because of excess voltage, or optimistic settings that not all chips can run. TVB-related settings don't make any change here on the 11700k. Intel over clocking always involves manually setting multipliers. 0 and Intel® Thermal Velocity Boost. 0-3. 1 or 5. These are basically are desktop chip and if you wish to get a higher all core boost under Cinebench R23 then you need to keep the cpu cooler. 6 GHz with Thermal Velocity Boost) 📷Windows 11 Home, English, French, Spanish (Dell Technologies recommends Windows 11 Pro for business) 📷NVIDIA® GeForce Idk why you would say that, it's not correct. For the IA, it says "IA frequency cores clipped due to thermal velocity boost". Clearing the Thermal Velocity Boost box tells the CPU not to TVB throttle. I also tweaked the load line calibration and some other Intel® Thermal Velocity Boost Frequency 5. A few seconds or maybe a few minutes. But that's not how Intels Turbo mechanisms work. When Adaptive Boost Technology (ABT) is enabled, up to 8 P-cores can boost to 5. 0 all core. Or check it out in the app stores Best settings for gaming . 0ghz for a second so Intel can say it's a 6GHZ chip. I'm talking about ABT (Adaptive boost technology). 0 speeds. I didnt use the corsair program On your CPU, it will only ever get to 5GHz on a single core, and only if the CPU is below 65C. Inside the "V/F point offset" Sub-menu Thermal Velocity Boost Cache Dynamic OC Switcher - Disabkled TVB Voltage Optimizations - Disabled Enhanced TVB Disabled Overclocking TVB - Boost Until Target with Max Boost Target at 5900 V/F Point Offset V/F Point 8-11 Offset - Negative 0. Not turbo boost no. But you should be able to get away with over clocking all cores to the boost speed. My CPU gets to 70-75c under gaming. No offset. But my CPU seems to be boosting to 4. CPU Lite mode control: mode 1 I have the power limit set to 210W In the TVB points configuration: I have it set for every p-core loading to have a ratio offset of [0] at 72C. 2hz compared to 5. 3) My i9 11900KF does not seem to want to boost to 5. New comments cannot be posted and votes cannot be cast. Even though there are next to no settings that can be changed in the BIOS (UEFI) Setup through the menu, everything that's hidden can still can be accessed and edited by modifying UEFI variables directly. Usually it's for a second or two in between high CPU usage. Needless to say, both of these demand more power consumption and requested voltage than simply leaving Turbo Boost + Thermal Velocity Boost enabled, and running a balanced power plan. 3GHz when the CPU is running cooler than 65C, and it'll likely be a few hundred MHz lower at higher temps until you thermal throttle. So we got Turbo Boost, Turbo Boost 2. Its similar to thermal velocity boost on intel. 0, Thermal Velocity Boost and Adaptive Boost Technology. Guys I just upgraded to the 12900k and everytime I bench the cpu I thermal throttle. 0 is 5. maybe try -15 and test everything you would do. Also, there is not reason not to max out iccMax since it is unlikely you would ever pull that much. Sorry to pop your bubble, but you've jumped into the deep end of the pool and you're in WAY over your head. 0x PL1 250 and PL2 255 Intel Thermal Velocity Boost(TVB) enabled with same settings on all cores. It is also possible your motherboard is simply ignoring the TVB guidelines and running 5. 2 when it's under 60, but it's kind of hard to stress test that Reply reply Relevant-Move-7836 This is correct. 2GHz, which according to the Intel specification sheet should do it automatically. Undervolting should also I’m using an i9-13900k with an MSI z790-a pro motherboard, and a kraken 360 mm cooler. I loaded up throttlestop and made the following change to match the PL1 and PL2 wattage I see in HWiNFo64 for the CPU: Turbo Boost Long Power Max: 45 (default that I saw) -> 120 Turbo Boost Short Power Max: 45 (default that I saw) -> 120 Something more easy is using Thermal Velocity Boost to downclock the CPU as you get to high temperatures in order to reduce power draw and thus temperatures. It's what they advertise but I feel it's misleading In some senses. This allows the processor to shift into slightly higher frequencies if it remains under a certain temperature threshold (70C for desktop chips). - not sure why it can’t be pushed further, might be bios thing or I am just unlucky with my cpu - currently on latest test bios from rog forum too A couple things you can look at thermal grizzly contact plate and turning off unlimited turbo. You need to set power limits to 253 and current limit to 307. For that extra possible clockspeed there is a limit Set by amd. " ) by changing the internal clock from 2. If you want your CPU to slow down like this, leave this box checked. This can be done in the Windows power settings. MSI mobo are good tho. And if it After a fresh reboot, my laptop was still able to boost up to about 3. There are a few things that you can do though. Intel® Thermal Velocity Boost Frequency 5. The first is a rather quick and dirty solution: disabling CPU boost completely. CPU fans run at 100%. It just tries to extract more boost by increasing voltage while the heat is low, essentially. 075V since lowering this more would cause Cinebench to crash AVX2 ratio offset 4. I did also increase cpu load line to level 3 or 4 I forget and irs also reccomend you fine tune your ram and put in the timings and voltage by hand not use expo but I'm Turbo boost is, with exactly two exceptions, not dependent on the temperature. As far as i understand the point of this is not to finish you heavy workloads faster (the CPU would not be cool under a heavy workload unless you use LN2 or something) but rather to speed up burst loads in casual usage. Setting your voltage to 1. In Cinebench R23 and Realbench when CPU reaches 100% I got over 90 o C temps. I recently upgraded the 3 radiator fans to spin faster and the bios is controlling the speed at max rpm. Try a 52x for the first 2 cores, then the remaining from 51 down to 50. 5V flat is an excellent way to legitimately cut the life of your chip short. It's got a nice margin for thermals from the look of things. 10 up to 4. 45v. in Cinebench R23 and Realbench: 90-95 o C . I only see changes over 80 °C, in any case. 2 all core), the other is terrible, barely does 5. Intel Speed Shift: Enabled. It never really goes any higher because of Thermal Velocity Boost down clocking my CPU to 4. 0 clock rates reach 5. 4 is the all core boost. They’ve got a newer version called Thermal Velocity Boost or something like that that can allow it Intel thermal boost voltage . Your best bet is to use OCTVB to add 100-200MHz to the turbo boost of each core, along with raising the short+long duration power limit of your CPU. Expect different results with different laptop chassis, processors, gpus, and thermal paste. It’s a feature called thermal velocity boost. If i expand the menu, it says it was due to multicore turbo limits. Posted by u/RedditTraduction - No votes and 1 comment The current limit you're seeing is enforced by BIOS settings to comply to Intel specifications. It's almost like it idles at 6. I went to undervolt my 13900k in bios due to the throttles, in order to both lower temps and get a higher boost speed, but I have no clue where to start. I have a gigabyte gaming 12 gig rtx 3060, it is stable at 200 core and 1225 memory. 8V and clock speeds hover around 2. 0. 0 allowing 4. Figured that might have been the plan. 5ghz with a 3 core boost of 6ghz. I like to call this a throttling feature, not a boost feature. Your CPU does not officially support this feature but dropping the The best settings I have at the moment I’m pretty sure decreases the performance by a lot and even my fps are a lot lower in game. Learn to overclock, ask experienced users Enable precision boost overdrive and set a negative curve optimizer on all cores, I can do -27 stable the best can do -30. A good starting setup is 4-6 8 or 12TB HDDs, and 2x 4TB SATA SSDs (good for libraries containing a large number of files that need good response times but not extremely high throughput requirements. 14 votes, 41 comments. If anyone else has any suggestions, that would be great but so far these have been the only settings that have worked best for Performance/Cooling. 13. 0Ghz. What Intel calls Boost is actually a throttling feature. I know I need to disable Thermal Velocity Boost, but does anyone have any other tips about settings or anything else before I get started Hmm, if you disable c-states then it breaks per-core usage, so if you have that off, you should turn them on first. The ThrottleStop mV Boost feature in the FIVR window can help with stability when Thermal Velocity Boost: -> Overclocking TVB Global Temperature Offset Value: +10 AI Features: -> Cooler Efficiency Customize: User Specify -> Cooler Score: 177 BCLK Aware Adaptive Volgate: Auto Actual VRM Core VOltage: Auto Global Core SVID Voltage: Auto Just wondering, should I be using a global core svid with a negative offset? It is difficult to run a 10870H at its full rated speed without it either power limit throttling or thermal throttling. OneOf Prompt: "Enhanced Thermal Velocity Boost", Help: "If enabled the user will be clipped when the temperatures reach the default Moreover, for Thermal Velocity Boost (TVB) to perform at its full potential, Core temperatures should not exceed 70°C. For the Ring, it says "Ring interconnect frequency clipped due to package-level PL2, PsysPL2, or PL3 power limiting" Expanding for more info, it only has a single flag for limiting, and says "Max VR Out of curiosity, why is thermal velocity boost generally not a feature of 11th-13th Gen mobile lineups when it is still included on desktop processors? Archived post. But I’ve heard the boost only last a very short amount of time. 0 loss of performance. I set it in bios to do just thermal velocity boost without an all core oc. I have a 11700k with a Dark Rock Pro 4 cooler and kryonaut thermal grizzly paste. Finally I found a new combination wich resulted in the best perfomance of the I believe the "over 1. The new generation of chip's performance is almost entirely thermal limited, so they put The 10th Gen CPUs used a feature called Thermal Velocity Boost. But 400A 320W is Thermal Velocity Boost Settings: 88'C -1, 95'C -2 on all but the 5 and 6 active performance core rows which are set to 88'C -1, 95'C -3. I have spent ALOT of time tweaking for the best settings in the cutom performance mode. 6GHZ at 15-16W. I keep my thermal limit stock, not too concerned with the temps. They factor in how much thermal and power headroom you have and will boost accordingly. The option is hidden but a simpel registry edit reveals it. Enhanced Multicore: Disabled. you can activate it in bios, dunno about intel stock settings or TVB voltage optimization is a boost optimization feature active by default on Alder Lake to increase Vcore as temperature increases to maintain stability. TDP generally should be limited to 45-65W for best gaming performance. Most do not set Tau at the default so it may boost forever. 1 Kudo Reply But better use manual settings than the intel profiles which makes the cpu run very conservative. Sources: Turning off turbo boost entirely is inadvisable if you actually want your PC to perform well, velocity boost is less of an issue. Something like Arctic MX-5, Thermal Grizzly kryonaut or Noctua NT-H1 is more than adequate as a replacement. Everything else is the board DEFAULT SETTINGS, except for my XMP profile for my RAM. Log In / Sign Up; Advertise on Reddit; Shop Collectible Avatars; Get the Reddit app Scan this QR code to download the app now. Everyone on this subreddit is talking about thermal printers and how great they are. These are powerful CPUs. Reply reply Technically Intel started first. Reply reply Pc specs : -cpu cooler Arctic liquid freezer 2 420mm -case lian li lancool 3 -ram 32gb DDR5 6800mhz -mb asus z790 prime ddr5 -i7 13700k -rtx 4060ti -asus rog strix 750w Get the Reddit app Scan this QR code to download the app now Mines mildly overclocked with a 360mm all in one. 0 disabled. The operating system does not need to be aware of Turbo Boost in any fashion in order for Turbo Boost to engage - the OS only has to use P0 state, which is the default state. The Performance-core Max Turbo Frequency is 5. How do I know which turbo boost technology my cpu is running? Once thermal throttling starts happening that will cause stuttering issues etc. If it still hits 100c after that, don’t worry about it. Ya know Intel, maybe it's time to just call it Turbo Boost 4. Why isn't the CPU running at an all core clock of 5. -Thermal Velocity Boost> Disable Voltage optimization and disable " enhanced TVB "-Thermal Velocity Boost>set TVB to enabled and manually adjust temperatures and negative offsets to best suit your cooler's capabilities For TVB I typically use: 1-2 active cores 80c -1 / 95c -1 3-6 active cores 85c -1 / 95c -1 7-8 active cores 88c -1 / 96c -2 When Thermal Velocity Boost (TVB) is active, the two favored P-cores can boost to 5. 0) Both Intel extreme tuning and system monitoring set the default max clock at 5600 mhz, shouldn’t the advertised default max clock at 5800mhz? I need some help with the CPU Configuration settings on a ASRock Steel Legend board using the i9-11900K Processor. 30 when idling, then drop to 1. Expand user menu Open settings menu. But yeah I don't know why the Vcore is around 1. 4v really isn't very much at all (Intel's own defined voltage limit on 14nmk CPUs is 1. However I'm still printing 3-5 shipping labels a day and I still get 70-90 fps on warzone all set on high. These cpu’s are designed to boost themselves until they hit 100c. In gaming (RDR2, CP77, Warhammer Total War 3) when I tried to stress test CPU the temps were just a bit above 60 o C Expand user menu Open settings menu. 200V and 4. If it crashes reduce by 5mv on either core or Cache and test again. I used to run a +1 bin TVB but prefer doing it manually now. It also depends on your settings. In games: 60-70 o C . The default profiles are fine as they are. Adjusting using a VCore offset like you're doing is also fully possible, and will give similar results to adjusting AC loadline. 0 and get rid of all that other stuff and have it encompass There's other settings like thermal velocity boost at etc that adjust frequency based on temps. Meanwhile, the standard Turbo Boost 3. Graphics Score 12,324 CPU Score 12,763 Timespy Score = 12387. C-States Control: Disabled. Overclocking Hello! BTW you can use thermal velocity boost to have the CPU step down to a lower speed when I set temperature is exceeded. Setting it all the way to the right on "best performance" all it does is set turbo boost to the max core clock, even on idle. 9ghz, loadline 4, since it’s only option working correctly, not crashing etc. Cinebench R23 multicore is at 29K, while temping is just touching 90C. It is not boosting 1-2 cores its just making all my cores go to the lowerst value. Also set mV Boost to 100. That didn't help on temp. Most likely what you've seen is in reference to normal operating voltages reported by the chip under normal use as it varies the voltage for turbo boost and thermal velocity boost. 6ghz. 1 board and I just leave pl1 and pl2 at 253 and put amps at 307 with spec enhance profile and AC DC set to power saving. Totally, I only use XTU to find stable values and then uninstall that crap once I set them in BIOS. 30 GHz . Anything will really be an upgrade over standard cheap stuff dell uses. TVB lets the processor clock higher when load and therefore temperatures are below a certain threshold. My spec: Legion 7i (8th gen) RTX 4080/Intel 13900HX Custom: (Performance) CPU/Platform Short Term Power Limit- 125w or 130w. I'd say minimumly switch off cpu boost via reg editing. g. Unless it’s hitting that during gaming it doesn’t matter. On Needless to say, both of these demand more power consumption and requested voltage than simply leaving Turbo Boost + Thermal Velocity Boost enabled, and running a When Thermal Velocity Boost is checked in the FIVR window, this tells the CPU to slow down 100 MHz when the CPU reaches approximately 70°C. If you're overclocking to a static clock speed, this won't be used anyway. Using all three altered bios settings above, without a contact frame, my temps drop to 40-60C while gaming. And to top it off I didn't check the Turbo Boost CPU setting back then so I don't know the number. 8 as maximum boost all the time, in SVID Behavior is basically a coarse undervolt adjustment of AC loadline. Thermal velocity boost frequency clipping is in 'Overclocking performance menu' in the APTIO user capsule and can be unlocked with help over on Win-raid forums but no one knows if it My issue is that my CPU is so aggressive to boost clock speeds with turbo, even in situations where I'm MAYBE hitting 10% CPU utilization. S. 0ghz with no boost since it’s been disabled. In this example it shifts the x axis meaning if you had a max of x at 1250millivolts and solved for Y equals 5. The CPU boost clock is dependent on the CPU temperature I found this out in Minecraft it's definitely not dependent on CPU usage because anything around 60° and above the CPU will drop to 4ghz or more specific 3,994 gigahertz but when the CPU temperature is 60° or lower on average it will boost to 4. And almost all of The boost speed is 5. My one qeustion is that if i am using TVB ( thermal velocity boost ) to reach my desired clock speed aka 51 All core synched with a +2 on TVB boost is there any reason why i should enable or disable intel adaptive boost ? Thermal Velocity Boost is just a kind of "built-in" intel auto overclocking feature, if you are manually tweaking your clock settings it becomes redundant. Your CPU supports 5. 8Ghz. If the cooler is working it will heat up slowly as the cooler takes away heat from the CPU, and if there's enough cooling then it will eventually stabilize at some moderately high (but still safe) temperature until the load decreases. 2, but it has to be under 70C in order for TVB to activate. Advertise on Reddit; Shop Collectible Avatars; Get the Reddit app Scan this QR code to download the app now. I have the velocity and the boost pro, and I have to say I love the boost more. 8GHz until it thermal throttles. I also repasted both cpu and gpu with thermal grizzly carbonaut. Enable: eTVB (Enhanced Thermal Velocity Boost) - (didn't find) Enable: TVB (Thermal Velocity Boost) - (found it) (recommended for best performance) - found it; PL2 = 253W - (found it) Solved! Go to Solution. Come to ask questions about getting games to work, about changing the settings and configuration, or even about games that are free to download. 6 when I attached a new cooler that got the CPU This might not be helpful, but why on earth would you want to undervolt when you paid top money for the best CPU and it's overclocking abilities (K)? I challenge you to do the opposite! In BIOS find Thermal Velocity Boost (TVB) enable all settings, use +2 Boost. But if it's a static clock, it doesn't "boost" anyway, which is why it's irrelevant if overclocking. Can I just apply a greater undervolt now, because i know they only start to crash below 1. If you are at 90C on base clock, you probably need to repaste, the CPU should only be getting that hot when your CPU is pulling 80 or even 90+W (AW doesn't limit the CPU TDP like other manufacturers, so you have to manually set it if you don't want insanely high temps) It is fairly common to have a moderate amount of storage. The OXVA is fine, slim but tall, everything but the battery on boost pro has it beat. Temps want to jump into the 90s from the On all auto settings, your CPU will utilize thermal velocity boost component of turbo boost 3. My motherboard does most of the work for me, but I think running a few cores higher for games where it can matter could be Modern processors have dynamic boosting algorithms (Thermal Velocity Boost on Intel and Precision Boost Overdrive on AMD). - AWCC Version: Latest (6. It's basically supposed to keep boosting until you hit like. It has a 5800mhz single core boost speed. The all-core boost is 4. 13th Gen Intel® Core™ i9-13900F (24-Core, 68MB Cache, up to 5. Curve optimizer shifts the graph plotting f(x) =y where x is voltage and y is frequency. 5ghz now it shifts let's day negative 30 co, 1280 is your fake X and it solves for Y equals 5. E-Cores on stock 43x core voltage offset around -0. It's as I would call it a scam. I'm looking into ovetclocking my 10850k, and wanted to know is the save voltage for single core boost in these new chips mine boost to 5. For me, this was pretty decent, not gonna lie. Intel is currently in the process of pushing out a microcode fix for a bug with thermal velocity boost (TVB) that may be related to CPUs degrading. 7 Ghz all-core hits a thermal wall pretty quickly on 13th gen. 9Ghz all core and I have no idea why is this because of intels thermal velocity boost or just the chip doing it itself which also displays on XTU so im not sure why its doing this as I read the i5 does 4. It will hit 6 GHz only on the two favoured cores when the (light) load allows it and the temperature is low enough (Thermal velocity boost). Power limits could also be used to stop the CPU from exceeding a set power draw that will correspond to a temperature. If you are still thermal throttling and/or unhappy with your temperatures, and are okay with opening up your laptop, you can look into repasting with Honeywell PTM 7950 (the best thermal paste for this laptop). 0 turbo clock of 4. 2 GHz on turbo boost 3. Inside the "V/F point offset" Sub-menu V/F Point 11 Offset: [0. Do this in Throttlestop. Beat settings I’ve found so far are turning boxed cooler on > mode 1> and enhanced turbo disabled but it just doesn’t feel as smooth gaming as it did stock but unfortunately stock I reach 100c and thermal I recently purchased a Legion Pro 7i, and plan on starting the (potentially) lengthy process of finding the highest, stable undervolt I can possibly get. in games correct? Thermal velocity boost (TVB) should be functional only on the 11900k. Based of chip quality and temps. What I did is I downclocked the OC to ALL p cores to 49 and ALL e cores to 37. 5Ghz all There is Turbo Boost 2. Pretty basic settings for now. I tried a more aggressive overclock and the cpu wouldn’t even boost that high because of thermal limits. In Throttlestop - FIVR settings, set core -60mv, cache -60mv In Options Disable "Thermal Velocity Boost" Save and Apply settings Run Cinebench multi core CPU test to ensure the system is stable. This is towards having good thermals. when I leave my settings on AUTO with Intel Adaptive Boost my vcore hits 1. 5v comment sorted by Best Top New Controversial Q&A Add a Comment. I hope the Dell G15 cooling system is up to the task. TVB (Thermal Velocity Boost) has voltage optimization and ratio clipping enabled. You could still lower the turbo boost a bit more if you wanna decrease the temps more. Power, 125W <-> 181W, depends on how board is configured. For the Ring, it says "Ring interconnect frequency clipped due to package-level PL2, PsysPL2, or PL3 power limiting" Expanding for more info, it only has a single flag for limiting, and says "Max VR EDIT : SOLVED : I enabled my Thermal Velocity Boost and now temp is stabilized at 70 Celsius, 1. 1 GHz, not 5. . gaming shows that it clocks to 2260 at that setting. It is realistically only going to happen in lightly threaded workloads. CPU/Platform Long Term Power Limit- 110w. r TVB (Thermal Velocity Boost) is what boosts up to 2 cores, for brief periods (often times only a second or two, maybe even less) to up to 5. It's something relatively new and was back ported to 10700k 10900k, 11900k and 11700k. Clicking around in BIOS without knowing exactly what you're doing is a recipe for unknowingly damaging or destroying What are you average benchmark scores cos the best I've gotten is on Full speed Thermal with + balanced performance. 0, it will turbo until it runs out of power or thermal headroom. CPU Ratio AVX2 Ratio Offset AVX-512 Ratio Offset CPU Cache Ratio BCLK My L5 Pro loves to boost, preventing the GPU from using the extra 15w Dynamic Boost is supposed to give me. hangouts and reboots, etc, as the CPU got rocketed too much. but the Cinebench scores are within expected (just a bit above 30,000). 4 GHz; When both Adaptive Boost Technology and Thermal Velocity Boost are active, up to 8 P-cores can boost to 5. Hello, does the 13th gen core i7 have thermal velocity boost? I know that the 13th gen i9 has it but I was wondering about the core i7. A reddit for the DOSBox emulator and all forks. e. When disabled, the CPU Vcore behaves as if it were running at TjMax at all times, resulting in upwards of 150mV added at idle and 20-50mV at load depending on your loaded package temperature. Same flow rate / pressure / RPM. your cpu doesn't use overclocking because it already does it automatically (via "Intel® Turbo Boost Technology and, if present, Intel® Turbo Boost Max Technology 3. 8 GHz, and every non-favored P-cores can boost to 5. 8 ghz via Turbo boost 2. What I mentioned below regarding modern overclocking Enable intel speedstep in BIOS, set boost to 5ghz on 1,2,38 cores, in BIOS. I'm using an AIO coolermaster ml360r I dunno if I'm doing anything wrong or what I tried undervolting through intel XTU made some change when I turned on overclocking thermal velocity boost and had it go -2 from x49 when it reached 90°C other than that That boost is thermal velocity boost. Im pretty sure it has to do with that, Thermal Velocity boost is “independent” from the normal boost logic. 2 GHz I even got 4. 001 AI Features Regulate Frequency by above Threshold - Disabled Advanced I've also been wanting to learn how to overclock in intel xtu as BIOS all have different names. Inside the "Thermal Velocity Boost" Sub-menu Temperature B : [80] Negative Ratio Offset B: [User Specifiy] Ratio Offset: [2] -> [1] This should drop the per core bandwith upon reaching 80°C for n-1 of current Ratio instead of dropping it down for n-2 of current Ratio. I would just remove the second pump for now and see how it works with the pump+res combo. But for performance wise. Everything else default Well Im saying that because for example I have the same 13700k but with aircooler Noctua NH-D15, and 4 fans like you, 3 intake front and 1 rear for exaust, but my fans are way better Noctua Industrial, so my temps on Cinebench R23 I settled on aioc + thermal velocity boost until target set to 5. TL;DR idle: 35-40 o C . 3 of the K version, so I understand if they go into boost the performance will be very similar. You might be able to use xtu to use thermal velocity boost to have it only go up to 5. 288K subscribers in the overclocking community. Can you use OCTVB? It would allow you to set a temp threshold that it gives an extra boost of 100 or 200mhz under, this is useful for the exact situation you are describing, wanting high freq when under low load but many active cores, and lower freq when under Default ratio multipliers 56x on best P-Cores and 55x on all other P-cores. And last, after setting those settings, my single core voltage went up to about 1. The 5. The second one is that chips with Thermal Velocity Boost behave a little bit strange and When the Thermal Velocity Boost box is checked in the FIVR window, this tells the CPU to slow down, usually 100 MHz, when the peak CPU core temperature reaches 70°C. Or check it out in the app stores Unless this is normal I think the issue is my AIO pump the pump doesn’t feel warm but the fans spin and yes I did the thermal paste correctly and peeled off Check that thermal velocity boost is enabled in your bios. What helped is as follow : In the bios -Disable Intel thermal Velocity boost voltage optimizations -Disable BCLK Aware Adaptive Voltage In voltage : So i hope this is not annoying to ask anyone but i am running a 12900k on a Z790 Strix Gaming E Mobo. 6v which I'm not impressed with - I have -Thermal Velocity Boost> Disable Voltage optimization and disable " enhanced TVB "-Thermal Velocity Boost>set TVB to enabled and manually adjust temperatures and I would start with the core and the P cache set to -100 mV. It pushes the voltage a little harder on Intel Thermal Velocity Boost. Thats 4850 mhz for a 5800x at stock settings. Well, you could offset that power consumption with a negative Vcore offset, but the same also works for TB + TVB + balanced plan; just as snappy and runs cooler. When I checked the mv Boost checkbox, I could get to "higher" undervolts on my Alienware m16 R1 with an i9-13900HX. 3 with a voltage of 1. I have the voltage offset by -135mv and thermal velocity boost turned off. Clearing the Thermal Enable: eTVB (Enhanced Thermal Velocity Boost) - (didn't find) Enable: TVB (Thermal Velocity Boost) - (found it) (recommended for best performance) - found it; PL2 = I have p cores set to 5. 0, Single-Core Thermal Velocity Boost. The same applies to the all core turbo. I can take screenshots of my bios settings im talking about. There's no best way to OC. You can also leave it on Auto, and adjust the AC loadline setting manually in Internal CPU power management. 3 GHz on thermal velocity boost. Some people suggest disabling turbo boost completely, but this also cuts your CPU performance in half or even worse. 4 v, sometimes to 1. The software needed for the tweaks I've done is: - Throttlestop (for cpu undervolting) BIOS settings (version f10b): Base Clock: 100. Then tune your memory timings. Overclocking via TVB for 13th gen is pretty easy, where you can define a frequency on core usage and temperature bins. The other P-states are used to get speeds lower than the nominal speed of the processor, and are selected by the OS rather than the CPU as Turbo states are. When Thermal Velocity Boost is checked in the FIVR window, this tells the CPU to slow down 100 MHz when the CPU reaches approximately 70°C. Intel Turbo Boost: Enabled. My nitro i7-10750H struggle with thermal throttling all the time,csgo run in 86-94C all the time, and because i7 used thermal velocity boost,undervolt did little effect. But the voltage also drops to 0. Intel gives you the flexibility to adjust the TDP of the chip to a certain point, and that includes the "infinite duration" PL1. Yeah i know, im saying im only running it in all core mode now because i couldn't get the thermal velocity boost to work. Is it the option that I've been looking for? Or any ideas on disabling Intel Turbo Boost (not the windows way. If your CPU is running hotter than that, it'll only boost to 4. 0 and a further 5. I will likely end up buying a boost pro max because I love my boost pro so much After enabling the advanced menu with r-ctrl, r-shift, l-alt and F2, I didn't find a so called "Intel Turbo Boost" option to turn on or off. 9 GHz i9-12900k (stock) - RTX 3060 Ti (stock) - 32Gb Corsair Vengeance DDR5 (XMP to 5600Mhz) - Corsair H150i Elite Capellix - ASUS ROG Z690-E - SN850 1Tb 1. 0)- BIOS Version: Lastest (1. 0 / Velocity Boost (only boosting to 5. Best thermal velocity boost settings reddit. If you enable Thermal Velocity Boost or a similar technology, your thermal headroom gets used to boost performance beyond the regular limits if available. They introduced "Thermal Velocity Boost" to their mobile CPUs back in 2018, and the introduced it to desktop with the i9-9900 (non-K), which has a Turbo Boost 2. PC SPECS Alienware m15 r7 i7-12700H RTX 3070 ti 64GB 4800MHz DDR5 QHD 2TB 150W TGP We would like to show you a description here but the site won’t allow us. The main culprit is the turbo boost and the aggressive scaling of the CPU. Also, it will depend on the game load even if you manage to get under 70C, since if it is loading all cores equally, it's not going to Well, the 12900KS uses TVB, so it has two temp thresholds at which it decreases frequency by 100MHz each, these are set way below TJMax. I'm not a fan of all-core OC since you typically lose out on single-core boosting behavior and usually pushing past 5. Reply reply Also, I have two 12900K chips. Also very important, set your battery slider to the middle in better performance. It literally just allows the chip to go above base clocks to the advertised boost clock. CPU EIST Function: Disabled. disable thermal velocity boost LLC: LEVEL 4 idle temps at 28-30c ; gaming temps at 65c cinebench score: 34,800 I have a corsair 360mm aio with Phateck t30 fans running at 3000rpm cooling the chip. If you need help with any version of DOSBox, this is the place you need to be. Otherwise 4. 3-1. Power, 125W and less: Forever, cooling appropriate. 5 GHz. If you're gonna use multiple pumps, they should be identical. Hello everyone, I recently bought ASRock B660M Pro RS and intel i5 12400f, I've been looking around on the bios and saw the Base Frequency Boost (BFB) and so I've tried to set the power to the max (140W), also tried 125W. Thermal velocity boost is simply a small boost to maximum clock speed if the CPU is running under a thermal limit (60c iirc). This is handy for keeping high clocks for games while stepping down for all Best thermals imo is reg editing so u can turn off cpu boost. " Get the Reddit app Scan this QR code to download the app now. 80-90 C all core. "The KS model's p-cores have a 3 GHz base clock and reach up to 6 GHz on two cores via Thermal Velocity Boost (TVB) tech. Ya stock paste after 5+ years is likely dry and nasty. 5Ghz frequency ☝🏼 This thread is archived New comments cannot be posted and votes cannot be cast If you increase your CPU temperature enough you should fall back to the TB3 max. Also as other people have suggested go turn down the long duration power boost number if your cooling can't handle it sustained. Set nvidia control panel to normal instead of prefer max performance so your gpu sticks to 60w instead of boosting to 80w. 0 is two favored cores get +1 bin over the turbo boost 2. P. If you’ve got lower temps, you’ve got more thermal headroom before the processor hits its thermal limit, so it’ll boost higher. Those alone could potentially drop your temps anywhere from 5-15c. Turbo Boost 3. The reason for this is, that turbo boost has very diminishing returns at the upper end.