7600x ppt tdc edc specs

7600x ppt tdc edc specs. PPT: 142W (7600X stock value, 7500F default was 95W) TDC: 110A (7600X stock value, 7500F default was 100A) EDC: 170A After adjusting Ryzen Master test time from default 30 seconds to 120 seconds in the settings, it took Ryzen Master 3. EDC: 140A. Share Sort by: Best. Medium What would be the equivalent PPT EDC and TDC for a ryzen 5 7600x? 3600/3700X (65W TDP) PPT: 88W. PPT (Package Power Tracking) is an AMD CPU feature that monitors power consumption and reduces PPT 170 TDC 115 EDC 165 AirCooling Dark Rock 4 Pro CPU 1. Add a Comment. Keep going until you find maximum performance for acceptable thermals. On the Gigabyte X570 Master with the 3900X, PBO limits were as follows: PPT 1200W, TDC 540A, and EDC 600A. This is something that is not warmly welcomed by the community and this is why we have said AMD has done this in a way, which is letting it down. 6 boost 4. A good option in my case is to limit the values for PPT (W), EDC(A) or TDC(A). This should be a good starting point as the values to pick for PPT, TDC and EDC. There is TDC & PPT as well, PBO uses these limits to set boosting targets and characteristics. More posts you may like r/overclocking. EDC, TDC, PPT We would like to show you a description here but the site won’t We are using DDR5 memory on the Ryzen 9 7950X and Ryzen 5 7600X, as well as Intel's 12th Gen (Alder Lake) processors at the following settings: DDR5-5200 CL44 - Ryzen 7000 DDR5-4800 (B) CL40 The Ryzen 7 5800X has a TDP of 105 watts and a PPT limit of 142 watts. AMD's X3D line of processors has taken the gaming world by storm, delivering leading gaming performance at every price point they compete in, and the $229 Ryzen 7 5700X3D steps in to lower the IF YOU do it, don't lower to 65 but chose a custom PPT/TDC/EDC in between. Then move one up or down and check the results. 5 hours to optimize the curve optimizer. Edit: It appears igralec84 might have given the values in mW/mA (milliwatt, milliampere), but if I remember correctly ASUS BIOS uses Watt/Ampere. Tweak EDC and monitor scores. Closing Thoughts. Thanks to Find out the TDP and PPT limit of the AMD Ryzen 5 7600X processor and learn about the importance of the CPU's TDP/PPT when building a PC, such as when choosing a cooler, power supply, or PC case. those are pretty safe settings to yield good thermal results assuming you have decent AIO or equivalent air coolers. Unfortunately, Ryzen Master does not automatically open and so my x570 godlike defaults pbo to ppt 500 tdc 245 and edc 215 but i feel like its to much and actually lowers the boosts. In the BIOS, I have set PBO to "Advanced", PBO Limits to "Manual", For the limits I have put in PPT = 120 TDC = 80 EDC = 115 Precision Boost Drive Scalar = "Manual" and "10X" Max CPU Boost Clock Overdrive = 0 MHz Curve Optimizer = this one takes some time. 04v voltage offset, and +200mhz, currently it is cinebench r23 stable and holds 4. Any idea good starting limits on PPT/TDC/EDC? And RAM Voltages? Cant seem to get DOCP to work ; CPU Core V? I don't know if anyone answered this for you yet, but I followed this same guide and ended up with PPT 80W, TDC 55A, EDC 100A with CurveOptimizer at -30 all core +200mhz frequency offset. On the MSI Godlike, the limits were: 1000W, 490A, and 630A. Lowering PPT below 100% usage has no benefit except somewhat lower temperatures by starving the CPU. Works wonders: stock performance, 20C lower temps. Thermal Design Current (“TDC”): The TDC% indicates the distance to the configured current limit (in The Ryzen 7 5700G has a TDP of 65 watts and a PPT limit of 88 watts. My CPU is 7600x and a Gigabyte motherboard (B650M DS3H). 050 - 0. First of For my 7600x I set PPT Limit: 88000, TDCLimit: 75000 and EDC Limit: 150000. I believe your EDC should be = or higher than your TDC. EDC is the amount of amperage the CPU is fed, under short bursts (electrically limited). 16GB Corsair Vengeance RGB Pro. You can if you want to and find an even more efficient setting but EDC and TDC are the settings for current and thermallimit if you change any of the settings the others will change AMD defines three types of power limits for its chips: PPT is the maximum power consumption allowed, TDC is the maximum sustained current, and EDC is the maximum burst current. I have been reading some posts where people seem to get very good CB23 scores with low(ish) values for TDC and EDC, and I can't understand TDC/EDC/PPT Ryzen 5600x Question Hey, I use an 5600x on a B550 E-Gaming. Like so many others, I have experienced high temperatures during games (70-80), something I know is common and within the working range of this processor, but as I have my pc in a sffpc (NR200P, cooled by Once It hit 1. Full Forum PBO is for tweaking the parameters for PB2, and as @maddogmcgee already indicated the Ryzen 3000 series has no headroom worth talking about there. 4 Amps on the +12V rail. 7 GHz all core PBO @ 1. Old. The reason there are 2 possibilities is because if your Cooler is broken, it doesn't mater what you do, your Electrical Design Current (EDC): The peak current that the motherboard's VRMs can supply under transient conditions. 3 GHz. WaltC - Sunday, July 7, 2019 - link One thing I noticed before I return to the reading is the odd bit about chipsets and memory speeds. r/buildapc. PPT is the power drawn from the socket, TDC is sustained current limit drawn from the VRM, and EDC is the peak current limit drawn from the VRM. Changing your EDC will lower temps but not nearly as drastically. Skill Flare X5 16GB DDR5-5600 Module You could set PPT to 300W, but if your TDC is limited to 50A you won't ever hit that 300W limit. People like @DrMrLordX even have the experience of enabling PBO resulting in worse performance. What these parameters do is basically allow the processor to clock as high as it can while staying within the limits. Essentially, the Honestly super happy with the chip now, the 120w PPT was a huge difference, can stay sub 70c if I run 110/115w with a couple of hundred loss of points in CB. Tuning in the CO increases the efficiency of the affected cores and reduces Hi, I'm trying to undervolt and overclock my Ryzen 5800x, but unfortunately I can't set the PPT, TDC and EDC MAX values like in all the tutorials. Specifically, I'm seeing 142W/85A/170A, whereas I was expecting something closer to the 230W/160A/225A mark as per AMD specs. In my case, because of my mediocre cooling setup, I had to limit my TDC to 120, and then an EDC of 136 gave me the best performance with that 120 TDC. TDC - thermal design current, lowering TDC has benefit of lowering temps and marginally increasing boost. Even 1. https://www. PPT (W) 88: 142: 230: TDC (A) 75: 110: 160: EDC (A) 150: 170: 225: Like the Ryzen 5 7600X, the 7700X has a default TDP level of 105 W. Eco-Mode (95W): PPT = 128W, TDC = 80A, EDC = 125A Eco-Mode (65W): PPT = 88W, TDC = 60A, EDC = 90A Eco-Mode (45W): PPT = 61W, TDC = 45A, EDC = 65A Reply 195 PPT, 135 TDC, 140 EDC getting 22700 in cinebench with jus a cooler master ml240l v2 . These are not safety-related numbers like voltage is. Some people say its dumb to lower these below stock Any other ways? Or has anyone an opinion to this and can help me? I will get the 5900x and NH-D15 chromax. In applications, the 7600X is faster than the Intel Core i9-11900K. The 7950X3D has a 162 watt PPT limit. Tweaking stock settings too tight leads to increase in chips not passing specs and thus lowering profit margins and (2) People buy based on benchmark scores so squeezing max performance at any cost is a priority. total cost is now 850-875 PPT, EDC and TDC), nothing of this is visible under full load on all cores: Ryzen 9 7950X and Ryzen 7 7700X not only consume more power for the same project in HandBrake than their respective predecessors If your motherboard can handle it, there no harm in going for 200 edc/tdc. This TDP means that the Ryzen 7 5800X CPU will consume a maximum of 105 watts of power at its base frequency of 3. Kind of at a loss here, specs are as follows: Asus x670e-i godrilla - Wednesday, April 5, 2023 - link especially if you want to save money and buy a better gpu for eg. Currently I have set PPT: 105 TDC: 75 EDC: 110, I enabled CO -20 on all cores and a small -0. and i think i will be forced to lower the power a bit to get good temps (for my mindset) For a 170W TDP processor, those limits are 230W PPT, 160A TDC and 225A EDC. The chromium compilation passes. This part is more trial and error, 145A was the sweet spot for me but more/less might work better for you. 6Ghz) like it should. Watch PPT once TDC/EDC are in place and cap accordingly For my 5900x, my final limits were 200/120/145. Find out which CPU has better performance. Typically, the limiting factor is your CPU thermal solution. Ryzen 9 7950X3D Thermal Throttling Tests AMD specs an 89C limit for the Ryzen 9 7950X, lower than the 95C spec for the vanilla 7950X. EDC also has an effect on temps, but not nearly to the extent of TDC IMO. The 5600G has a 88 watt PPT limit. No, PPT is the max power limit that the processor will be allowed to draw, not what is going to the socket there’s an upper limit if you put a junk number in there that’s way too high. TDC and EDC will not reach their limits with the PPT lower than stock. e. 60 Regarding PPT/TDC/EDC, start by lowering one of the them (by 10-20) and compare the performance in Cinebench R23 multcore for example, to see how much the performance dips as you lower each value. You can always set your own PPT, TDC, EDC limits & most AMD boards will strictly enforce them. We also ran through a spate of standard heavily threaded applications (Cinebench, HandBrake, POV-Ray, Blender, AVX-heavy y-cruncher With the above values of PPT/TDC/EDC, I barely scratch 27000 as my CB23 score. Mode 1 i. 424 V GPU: Sapphire RX 5700 XT Pulse, PPT 130W / TDC 90A / EDC 125A no cpu boost (auto OC), scalar auto, -30 offset on curve optimizer, except 3 cores (-10) Reply reply more replies More replies More replies More replies More replies More replies. -10 allcore -15 +200 boost 4990mhz peak 4441mhz allcore 83-86°C -> in Game: Hell let Loose 79-86° cb_r23 22229 On a CB throttle loop (3min) the all core drops to 4310mhz, staying at >80°C pbo downclocks very hard. TDC: 60A. 45 and 4. Drivers & Support. PPT Limit: 88000 88 (W) TDC Limit: 75000 75 (A) EDC Limit: What I found on my 5800x is I'm getting better scores and about 69 to 70c using pbo limits of ppt 135 tdc 90 edc 90. The Ryzen 5 5600G has a TDP of 65 watts and a PPT limit of 88 watts. Set a PPT limit of 88W, and you'll be in 65W TDP mode. Yesterday, I did some research on how to go through and do PPT, TDC, and EDC tuning. Curious if it's possible to set a 75/80/85w through the PPT/TDC/EDC numbers, and if so what would those #'s be? My thinking is a semi-eco mode? As title says I just built a 7600x ITX system, trying to optimize some temps but things aren't going well, I applied a negative 30mv curve with no issues but when trying to lower ppt, edc, and tdc the computer won't post at all, even enabling the 65w eco mode won't post. No matter what I set in BIOS and what the home page for Ryzen Master says, those are my limits on anything I try. I adjusted based on limits reached (shown in HWInfo64) bumping higher. 325V or so on my processor, it stops boosting. 8. EDC: 90A. We therefore recommend that you pay attention to the limits of the mainboard, as the Ryzen Master Tool is Edit: I highly recommend using Ryzen master to oc, use the "auto oc" tab and you can set boost override cpu, PPT, TDC, EDC, each cores max frequency, and set peak core voltage. (average VCore 1. upvotes In this scenario 142/95/90 (so only with EDC lowered) temps are acceptable and I still have gains in cinebench vs stock. I find eco mode enough for now, temps stay around 60'C and still plenty of PPT Limit [142] TDC Limit [125] EDC Limit [170] Precision Boost Overdrive Scalar [Manual] Customized Precision Boost Overdrive Scalar [8x] CPU Boost Clock •. So, ultimately, we don’t expect that much Stock AMD Socket AM5 TDP Groups : 65W TDP: 105W TDP: 170W TDP: Socket Power (PPT) Watts: 88W: 142W: 230W: Peak Current (EDC) Amps: 150A: 170A: 225S: Sustained Current (TDC) Amps The 7600X has a 142 watt PPT limit. PPT 142 TDC 95 EDC 140 Older BIOS without the 140A EDC bug: (Thanks FreeAgent) PPT: 240 TDC: 160 EDC: 190 5900x and 5950x with AGESA past 1. So you want to enable Precision Boost Overdrive and ensure the PPT, TDC, and EDC are set accordingly to maximize the performance. I have seen many other go lower. Sort by: For example, AMD has added support for altering the power limits (PPT, TDC, EDC) through the auto-overclocking Precision Boost Overdrive (PBO) feature, which you can enable with a single click Note that the X3D OC Profile does not adjust the Precision Boost power limits. It manipulates three separate power limits – PPT, TDC, and EDC – to allow the CPU to reach those advertised boost clocks more often and for sustained intervals, hence improving performance. PPT and TDC have the same behavior. 3GHz - 38MB Cache - AM5 Socket - 105W TDP - Integrated Radeon ( 100-100000593WOF ) at PBTech. 2. The potential lack of the ECO-mode does not prevent you from using it, since it is nothing but a preset of PPT/TDC/EDC settings. Package Power Tracking (“PPT”):The PPT threshold is the allowed socket power consumption permitted across the voltage rails supplying the socket. Enabling PBO can raise those values to the maximum supported by the motherboard BIOS. Package Power Tracking, or PPT, is the total power the processor can draw from the socket before the boost levels off. The 5800X has a 142 watt PPT limit. AMD Ryzen™ 5 7600X Desktop Processor. Thermal Design Current or TDC, measured in amps, is the current the VRM can supply for a sustained period of time. Zen4 pushes boost clocks as long as it has thermal headroom. If running on newer bios, EDC should be left at 140, and lowering the PPT - TDC values will get decreased scores. TDC is the amount of amperage the CPU is fed, under sustained load (thermally and electrically limited). You’ll notice a few profiles on the left side of the window. Increasing EDC allows for you to set a more aggressive CO. 5% more multicore performance. Ich möchte keine Gimmicks bezahlen, die ich nicht brauche, wie RGB usw. BIOS Settings & Benchmark Results. At an affordable $449 price point that will surely be PBO Enhance Mode + Thermal Limit. I currently have my boost override to 200, PPT, TDC, and EDC to 1,000, CO -30 all core, and LLC level 7, CCD0 to 5. The 5700X has a 88 watt PPT limit. Just enable PBO, negative all core curve, leave ppt EDC tdc, vcore to default. 7 Thanks man 👍 For example, if you set high limits (PPT 280 / TDC 160 / EDC 180), the CPU will not automatically clock higher than with our 105 watt setting because of the unadjusted Vcore. Run at 90w package power draw too. So I would test TDC values of 70-120 and see which value gives me the highest allcore frequency and best performance, some values will give you better PPT 1'000 / TDC 1'000 / EDC 180 in Ryzen Master? (5600X) comment sorted by Best Top New Controversial Q&A Add a Comment. In Bios, I manually changed PPT to 130W, TDC 60A, and EDC to 70A so as to not overtax the P B650 GAMING PLUS WIFI. I found my pbo limits by looking at the percentages of PPT TDC and EDC on Hwinfo64. 8 GHz as well from 4. limits of computing. Other stuff that can help, having a good airflow friendly case and do not overwhelm it with lots of fans. If I enable PBO, the max values jump, but TDC and EDC still max out limiting performance and the other figures still remain lower (except for temperature of course). Nice results, but no reason for TDC to be so high. This will plateau at a certain point. 3c need EDC at 140A or less, but you can still raise PPT (to what your VRMs and cooler can handle) and TDC to less than 140A. Keep the Boost Override CPU setting Troubleshooting: Reseated CPU cooler, Adjusted PPT, TDC, EDC manually, tried ECO-mode Hi! I am a new owner to the AMD 5900X. Full Forum Listing. Scalar 1x and PBO limit +200 How best to overclock your Ryzen 5000 series processors such as 5900x, 5950x and 5600x beyond PBO so as to maximise performance whilst minimising power used The Ryzen 7 7800X3D is the fastest gaming chip available and easily beats more expensive competitors from both Intel and AMD's own lineup. The 3600X has a 129 watt PPT limit. 7600x is 300 bucks, with a 300 buck mobo, with 200 bucks ddr5 ram. However, the previous-gen Ryzen 5 models carried a 95W TDP rating, so their Shop online and read reviews for AMD Ryzen 5 7600X CPU 6 Core / 12 Thread - Max Boost 5. The AMD Ryzen 5 7600X is a desktop processor with 6 cores, launched in September 2022, at an MSRP of $299. PPT is Default for socket AM4 is at least 60A on motherboards rated for 65W TDP processors. EDC - 150000 mW or 150 W. If I manually set it to suggested figures found here and elsewhere, like 120, 80, 110 (win repair loop with tdc at 75) I get 100% on PPT and EDC. Supports AMD Ryzen™ 9000 / 8000 / 7000 Series Desktop Processors; Supports DDR5 Memory, Dual Channel DDR5 7200+MHz (OC) Enhanced Power Design: 12+2+1 Duet Rail Power System, dual 8-pin CPU power connectors, Core Boost, Memory Boost For example on Zen3, the primary limiting factor is PPT, EDC or TDC whichever is hit first. Those same rules also apply to the 65W Ryzen 5 5600X - it must adhere to the same 88W PPT limit as its 65W counterparts. I have set a Platform Thermal Throttle Limit of 85 When I try to enter manual settings for PPT, TDC and EDC limit it keeps reverting to 65535. The Radeon RX 7600 is a performance-segment graphics card by AMD, launched on May 24th, 2023. 4 GHz. 4GHz. None of the CPUs have any changes to their L2 or L3 caches or the TjMax which is still 95C. AMD Ryzen 5 7600X, MSI B650-P Pro WiFi, G. Full Forum I've noticed that the PPT, TDC, and EDC values reported by Ryzen Master for my system are significantly lower than AMD's official default values, even when set to "Auto" in my MSI motherboard's UEFI BIOS. 5B benchmark. 36-4. im wondering what other people out there are using and why Archived post. videocardz. Cinebench R23. Eventually disable spread spectrum, enable c states and try CPPC (generally disabled) and tinker with CPPC preferred (I keep it enabled it's better for single threaded in my case, but many disable it) In short it's an undervolt that causes a 5ish % overclock. com/watch?v=sEWYcpcZ2Zo. Hey guys and gals, im seeking advice to the best way to undervolt the 5600 CPU i have, i know there is ways to change the PPT/TDC/EDC limits and i've always been scared away from attempted to use ryzen master as CB use to crash when the system reached 85degrees (on my 5800x build). EDC and PPT should be limiting arround the same time. For the motherboard, AsRock b450m HDV R. Share Add a Comment. 5% more single core performance and 2. Among other things, it was suggested to me to use HWinfo and set the limits so that the values, depending on the situation, should be set between 98% and 99%. 1 GHz from 5. AMD sent us a $299 six-core, 12-thread Ryzen 5 7600X and a $699 16-core, 32-thread Ryzen 9 7950X. Not worth it for me to go above 4. also should i arrange these ppt, tdc, edc in pbo2 to lower temps more ? i mean any benefit on that ? and my maximum c23 score around 13600s. I had some crashes with 30 curve offset, that is why i lowered it to 20 and it is pretty stable for now. Supports AMD Ryzen™ 9000 / 8000 / 7000 Series Desktop Processors; Supports DDR5 Memory, Dual Channel DDR5 7200+MHz (OC) Enhanced Power Design: 8+2+1 Duet Rail Power System, 8 pin + 4 pin CPU power connectors, Core Boost, Memory Boost Just got a 7950x and a X670e Extreme MB. nz General Specifications. I set the Limits to „Motherboard“. AMD Ryzen™ 5 7600X comes with 6 CPU cores, & a base clock speed of 4. Never actually reach 75C, and before that it would sit at As the title says, i have set PBO to -30, wondering if there's any PPT, TDC, EDC suggested values or i should just keep it to auto EDIT: For anyone wondering, this is what i ended up with PBO -30 on all cores apart from -25 on the two best ones 7600X PPT, TDC and EDC reverts to 65535 . PBO PPT 180 / TDC 140 / EDC 180. Our review of the 7600X confirms that this new $300 CPU offers huge performance gains over Zen 3, and can even beat the Ryzen 5800X3D in gaming. Then figure out how much of a performance decrease (as well as temperature decrease) that you would be fine with. Ppt, edc, tdc 145, 140, X (dont recall). AMD Ryzen™ 5 Desktop Processors # Oh wait, your arguments how 7600x will be 30% faster than 5600x(YES 5600x) with double consumption went in the trash and you changed the topic from efficience of 5600x vs 7600x to 12600k performance over 7600x. To me it sounds like you would prefer doing a (classic) static overclock, For example: For my 5800x I set 200 PPT and 145 EDC static, TDC at 120, with these values I'm hitting that 100% of EDC and about 65% of TDC, so my CPU pulls around 80 amps under this load. That can be done either in the BIOS or with Ryzen Master (under PBO). Stock 65W sku numbers should be PPT 88, TDC 60, EDC 90. Built on the 6 nm process, and based on the Navi 33 graphics processor, in its Navi 33 XL variant, the card supports DirectX 12 Ultimate. PPT (Package Power Tracking) is an AMD CPU feature that monitors power consumption and reduces Config TDP is designed to provide ECO Mode (65W) or different TDP (PPT/TDC/EDC) settings for advanced users. AMD Ryzen 5 5600x PBO | ASUS ROG STRIX B550-F Gaming Wi-Fi | G. Observe TDC, EDC and PPT values and check what % of the max you are hitting. I'm seeing relatively the same performance at TDC 60-80, EDC 90-120 and PPT 100-150. So you have to omit the last 3 zero's. Intel CPUs NVIDIA PC Gaming Water Cooling AMD. My only concern is occasionally my EDC limit will reach "98% of 90 A" Computer specs: Ryzen 5 2600. Adjusted PBO so that the I believe the PPT limit is 85W and I left TDC and EDC on 0 which I believe my board sets to auto. Interestingly, this is PBO PPT/TDC/EDC: 95W/85A/120A. Same goes for cTDP, TDC, and EDC. TDC is what will determine your maximum clock speed. Same with the low current boosts, I can be well below the PPT, TDC, EDC and temp limits but my processor stops boost at Fmax (4. If you set PPT TDC EDC to motherboard, your just using values that your motherboard is capable ofwhich againis a lot these days. My specs: Ryzen 5 3600 stock RX 570 4gb Gigabyte B450m S2H mobo 2x8gb Ram 3600mhz Nvme m. At first, naively, I’ve set the power limits (PPT, TDC and EDC) to 0, which means unlimited. When I go to any manual settings, my max is 76/60/90. System Specs. 45W (AM4 infrastructure H) PPT = 60W, TDC = 45A, EDC = 65A Mode 2 i. Electrical Design Current (“EDC”): The maximum current (amps) that can be delivered by a specific motherboard’s voltage regulator configuration in a peak (“spike”) The two main limits are socket power (PPT, which varies between 88W and 230W depending on the processor), and temperature (TjMax, which is a safe 95 We overclock the AMD Ryzen 5 7600X up to 5544 MHz with the ROG Strix X670E-F Gaming Wifi motherboard and EK custom loop water cooling. 85Ghz when needed (6800XT also overclocked). 55 Ghz with an average all core clockspeed of around 4. PPT (Package Power Tracking) is an AMD CPU feature that monitors power consumption Then I set PPT, TDC, and EDC to 110, 75 and 120 and my score is dipping into the mid 5700's now with the temperature topping out at 66°C! limits of computing. How can I find the ideal values for PPT TDC and EDC? Ryzen master shows me the following ppt 88, tdc 60 and edc 90 values, how can I improve them? limits of computing. Upon entering the BIOS. “Limit” notes total motherboard-provided capacity if PBO is enabled. It is part of the Ryzen 5 lineup, using the Zen 4 (Raphael) architecture with Socket AM5. At first, I checked all usual limits PPT, TDC, EDC and temp. SFX 700W PSU capable of supplying 58. I've changed nothing else and I just want some clarity on if the maximum values showing in the important voltage metrics in the linked images are within spec and reasonable Electrical Design Current or EDC, measured in amps, is the peak current that the motherboard VRM can supply under transient conditions. EDC on the other hand could be higher, say maybe like 165. EDC being higher can allow temporary peaks above your TDC. Full Package Power Tracking (“PPT”): The PPT% indicates the distance to configured maximum power (in watts) that can be delivered to the processor socket. Product Family. BBigBBig5 May 6, 2024, 2:59pm TDC - 75000 mW or 75 W EDC - 150000 mW For example, AMD has added support for altering the power limits (PPT, TDC, EDC) through the auto-overclocking Precision Boost Overdrive (PBO) feature, which you can enable with a single click. Under stock conditions or while using PBO2, the CPU will lower its core clock The Ryzen 5 7600X is clearly ahead before using PBO, but the chips are evenly matched after. Max Socket Power (PPT): 142W for 7700X; Max Current (EDC): 170A for 7700X; Max Current Thermally Limited (TDC): 110A; These settings are for the Ryzen 7 7700X and 7600X. 9 GHz) against Ryzen 5 7600X (4. PPT limit has now been set. The TDP is 105W, up from the last generation’s Ryzen 5 5600X of 65W. PPT: EDC: TDC: AMD IPM: 128W: 80A: 125A: MSI X570 Godlike: 1000W: 490A: We manually disable this feature for our stock CPU testing to best reflect Intel's specifications. Q&A. 0. My R5 5600 is UV PBO tuned, hits a bit better clocks than stock R5 5600X, but I'm sticking to stock limits. Simply put, higher TDC usually means higher clocks. Anybody come across this problem? I've tried to set values from overclock3d. Memory instability on Ryzen 5 7600X w/ Asus B650M-A AX Motherboard and XMP-Enabled DDR5-5600 Memory upvotes Touching on the main specifications of the Ryzen 7 7800X3D, it has 8 Zen 4 cores, operating within a base TDP of 120 W a maximum Package Power Tracking (PPT) value of 162 W. Ryzen 5 7600X is the company's most affordable offering for the Zen 4 family. Does 7600x have eco mode? or I need to set custom PPT,TDC,EDC limit?? which I rather not choose over eco mode Share Sort by: New. 075 mv. Even the default limits that I found on Ryzen Master which I believe PPT 162, TDC 120, and EDC 180, caused the same sluggish bootup. However, AMD has added support for altering the power limits (PPT, TDC, EDC) through the auto-overclocking Precision Boost Overdrive (PBO) feature, and you can also now undervolt the X3D chips PRO B650M-A WIFI. To me it seems like it's stuck in Eco mode but I'm not really sure. Unfortunately I have tried CO only on my 5800x, x3D and 7600X (this one hit thermal before running into ppt/EDC etc before CO TDC and EDC will automatically be determined since PPT will limit the frequency first. PPT (Package Power Tracking) is an AMD CPU feature that monitors power consumption and reduces I did not tune TDC and EDC as the PPT is the limiting factor. In case of a Ryzen 7 3800X EDC would have a limit of 140A EDC. This TDP means that the Ryzen 7 5700G CPU will consume a maximum of 65 watts of power at its base frequency of 3. CPU temperatures never go over 70C with 240mm arctic aio at full load. this was also same before voltage offset. On my 5950x I have PPT uncapped, EDC 200, and use TDC to control temps set @ 150. PPT: 120 | TDC: 90 | EDC 110 All core negative offset -26 except for the two fastest cores which are -18 (1st) & -22 (2nd). Specs: AMD 7800X3D 32 GB G. The Ryzen 5 7600X also exceeded its spec with a solid 5. I'm pretty happy with my With the Ryzen 7 5700X, AMD is finally offering a more affordable 8-core processor. Help (General) I have a Asus B650E-F motherboard on BIOS 1616 (the latest non-beta BIOS for this motherboard). Product Line. TDC - 75000 mW or 75 W. Things I have noted is that CPU package power tends to stay at 104 W while people on this thread are having ~115~124 W. 9 GHz. I've been told that it's best to use TDC and EDC and leave PPT high. If you don't live for the benchmarking and just want ST perf, I wouldn't even daily a 5600X past 100W honestly. 7 GHz) in games and benchmarks. Increasing too high does nothing. 7 GHz as the voltage increase for 50 Mhz is 0. 90c temps and high power draw (with pbo maxed out, or on a manual oc) are nothing new at all. 2. The TDC: 22% of 70 A EDC: 15% of 105 A As you can see, the results obtained during the single core benchmarks are very similar to each other and, since the relevant performance for gaming I noticed to be the single core ones I was wondering if the same scores were possible, but having decreased the core voltage beside the cpu temperature. 2 GHz. +2. Anybody come across this problem? Share Add a Without exceptional cooling I think the cpu is limited before it hits the default power targets (ppt/edc/tdc) so raising them doesn't do anything for me. PBO - Each core set to -25. Platform. and i think i will be forced to lower the power a bit to get good temps (for my mindset) At launch, there were 4 X-SKUs available, including the 6-core 105W Ryzen 5 7600X, 8-core 105W Ryzen 7 7700X, 12-core Ryzen 9 7900X which are programmed into the BIOS to match the motherboard VRM specification and can be set by enabling PBO we see that maximum values for PPT, TDC, and EDC are 135W, 117A, and Ansprüche ans Mainboard: Keine Limitierung der CPU was PPT, TDC, EDC angeht, USB, Netztwerk, 1x m. It shows a PPT of 740, 480 TDC and a 650 EDC. Am pretty sure it edc though as my 6 core goes up to 110A edc. If I set it to Mobo controlled I get around 75% usage on PPT and EDC. Even if I set it to 145,100,140. We have previously reviewed the AMD Ryzen 9 7900X and the Ryzen 5 The basic idea is very simple, but effective: EDC ≤ PPT ≤ TDP*. 135 TTP, 100 EDC, and 90 TDC seem to give the best results. Precision Boost Overdrive 2 builds on the PBO implementation of Zen 2. PPT (Package Power Tracking) is an AMD CPU feature that monitors power consumption and reduces We compared 6-core AMD Ryzen 5 9600X (3. 62-4. with only kombo strike 3. AMD also increased the TDC and EDC amperage significantly, raising EDC by 60A and 30A for the 65W and 105W TDP ranges, respectively. Does anyone know what this means: "Note that the X3D OC Profile in the ASUS crosshair hero does not adjust the Precision Boost power limits. If you set PBO in BIOS to Auto or Disabled (not Enabled or Advanced) then RyzenMaster will tell you the This should set your PPT to 88 (W), TDC 75 (A), ETC 150 (A). This is where I got today this morning adjusting these variables down from PPT 395, TDC 255, EDC 200 (Note: These are what PBO will automatically max out). Intel CPUs NVIDIA PC While PPT = 240, TDC = 200, EDC = 200, I find that they aren't stable when tested. You can manually adjust these 3 settings. This TDP means that the Ryzen 9 7950X3D CPU will consume a maximum of 120 watts of power at its base frequency of 4. EDC and TDC should be adjusted per chip and per cooling solution. . Hi all, I noticed that my CPU frequency stuck at 500mhz while gaming and idle, I'm just wondering if High PPT, CPU Power, TDC and EDC causing that. Our CPUs "ignore" the PPT limit. For a 105W processor, you have 142W PPT, 110A TDC and 170A EDC. With PBO disabled the limits were PPT 142W, TDC 95A, and EDC 140A on both boards, which is correct AMD spec for 105W TDP processors. 2X Scalar, 100 Mhz Offset. So i changed to PPT 165 TDC 115 EDC 165 same PBO settings The default limits for 105W CPUs: 142W PPT, 90A TDC, 140A EDC. 37GHz Lower PPT, TDC, EDC works apparently great for some people but only for cinebench score. 4Ghz it pulls a maximum of 65W. Especially for the higher core-count CPUs. While AMD has made significant strides with Zen 4 over the previous Zen 3 and Zen 2 microarchitectures, it's time to translate these improvements into actual performance. Usually you figure out the EDC that works best for you through trial+error, which one gives you the best performance. 85GHz (give or take) on single core, all while staying at 70c or lower and around 107w full package power draw running CB MT, is New AMD MSI bios 7C56v1D allows PPT/TDC/EDC control for 5800X3D What specs do I need to get 144 Dota 2 @ 1440p on high settings? comments. SKILL Ripjaws V 32GB DDR4-3733 16 The Ryzen 5 3600X has a TDP of 95 watts and a PPT limit of 129 watts. Processor: Ryzen 7 5700X: Memory: 48 GB: Video Card(s) RTX 4080: Storage: Here was said that I should use the Curve Optimizer and adjust the limits for PPT, EDC and TDC. AMD Ryzen 9 7950X3D at Amazon for $546 PPT: 75W. Basically EDC above stock should move up all core, but will increase temps. These are (respectively) the lowest- and highest-end members of the Ryzen 7000 family as it exists I put a Ryzen 9 5900x in a shoebox ITX case. You could (and many people do) set the PPT, TDC, EDC limits to motherboard limits which are much higher than what you see in Ryzen Master, or even set them all to 1000, with no negative impact, PBO includes three settings – PPT(W), TDC(A) and EDC(A). TDC: 95A. The For my 5600x im using PPT 200 TDC 70 EDC 130 Core 0 and Core 1 is my best cores . and we already know Hey all. Given our measurements, the Ryzen 7 7800X3D's 120W TDP rating Very interesting approach, using PPT to limit power. 437V and 67°C) Average FPS 313 PBO PPT 200 / TDC 165 / EDC 200. Then I find that my optimal EDC is 120A with Cinebench multi score around a bit over 22k. Corsair H115i Pro. I've noticed that the PPT, TDC, and EDC values reported by Ryzen Master for my system are significantly lower than AMD's official default values, even when set to "Auto" in my MSI motherboard's UEFI BIOS. We see smaller 15A increases to the EDC for both the 65W and with good cooling: PPT 185W TDC 125A EDC 170A if it's too hot: PPT 165W TDC 120A EDC 150A Reply reply certkiss • Thank you just got r9 5900x i have tuf 570x w plus Thermaltake 360 and with good cool settings 😎 is perfect base 4. We tested it at this power level to get a sense of how This is a part of what the Eco Mode does, though it reportedly actually sets PPT/TDC/EDC to 88000/75000/150000, at least for 7600X-7700X, which is exactly what I'm running my 7700X at from almost day one, along with CO -30 on all cores. This TDP means that the Ryzen 5 3600X CPU will consume a maximum of 95 watts of power at its base frequency of 3. You should be able to set power limits in the BIOS, under the PBO settings. PPT, TDC, and EDC are the 3 main variables that Ryzen CPUs use for Precision Boost. New comments cannot be posted and votes cannot be cast. AMD Ryzen™ Processors. Electrical Design Current (“EDC”): The maximum current (amps) that can be delivered About to build my 7600x B650 combo, going from an i7 7700k, been out of the pc building/tweaking game for a min so got a question: My understanding is that stock is 105w and Eco is 65w. Go to the Extreme Tweaker menu; Enter the Overclocking Presets High PPT, CPU Power, TDC and EDC - Ryzen Master . Lower on TDC. This is where the magic happens, and you have to For reference, on my 5600 non-x, I have +200 boost override, 105 ppt, 65 tdc and 115 edc. kikimaru024 MSI leaks Intel 14th Gen Core specs, confirms it's 3% faster on average than 13th Gen. 2 Gen4, möglichst günstig. PPT limit kicks in under all core load TDC and EDC limit kick in under single core load, the more you give the CPU the higher it can boost to a point of diminishing return I am running those exact numbers myself. Max Core Clocks reached: 4. At PPT limit, clocks move down. 9. The limit of 168 Amperes may be able to be raised in BIOS. 1. This TDP means that the Ryzen 7 5700X CPU will consume a maximum of 65 watts of power at its base frequency of 3. The new LGA 1718 socket allows for increased power limits up to 230 W PPT, which can accommodate CPUs up to 170 W TDP. My specs are amd 5800x PBO All -30, second best -10, best -5 ppt 185, tdc 98, EDC 175 +50mhz in PBO AIO 360; 3 fans intake Eco-mode is just a macro, that sets the PPT, TDC and EDC limits to match the limits used in a lower socket infrastructure class. Open comment sort options. A higher spec (and more expensive) VRM will provide more headroom. PPT is interesting in that the power usage increases at the same workload as temp goes up. สอบถามครับ ppt tdc edc ขึ้น 100% ทั้งที่เมื่อก่อนไม่เป็น เเล้วพอเล่นไปซักพัก อุณหภูมิขึ้นสูงจนคอมดับเกิดจากอะไรครับ System Specs. Lastly the max temp I set it to reach is also 85w. PPT and TDC is right around 98% during cinebench runs and my EDC is at 100%. PPT - 85000 mW or 85 W. I've tried setting PBO limits to Motherboard, Manual and Disabled but can't get it to pull more power or boost higher. I'd personally leave the thermal limit alone and stick with just the PPT limit, unless there is a specific need to fine-tune for specific workloads. 65W (AM4 infrastructure B) I have my PPT unlimited and set a TDC to control temps. 4, I have set the following things: PPT: 120 TDC: 90 EDC: 110 But with Ryzen Master it shows the following: PPT: 95 (min 70, max 1,000) PBO is not meant to push your CPU’s frequency beyond the advertised base or boost clocks. The BIOS puts the two options on the same page for convenience. EDC isn't a limitation unless your motherboard has a bad VRM, should be able to max it out on most boards. 7GHz. Throttling will occur when any of these three near 100% or the PPT is at 45-50% of 142W, CPU Power is at about 52-55W, TDC fluctuates around 30% but goes as far up to 47% of 95A, and EDC also fluctuates around 20% but as far up to 25%. Temperature is usually the limiting factor. New. TDP is 105W on the 7600x and 65W on the non x variant. 85ghz on prime 95 PPT: 125W TDC: 75A EDC: 130A (all these values just barely reached the 100% limit on prime95) PBO scalar: 10x Boost override: +200mhz Curve Optimiser: -25, -25, -25, -25, -25 Cinebench R23 Multi score: 12036 Single score: 1596 Here, I’m referring to the three major power settings – PPT, TDC and EDC. Of course, this varies a bit from CPU to CPU as always. By the way, how 12600k will be more efficient than 7600x when it is not even more efficient than 5600x Your own For example, if a 7600X is still able to achieve basically 100% of its performance with a 120-125W PPT in practice, then there's essentially no reason not to at least reduce it to that. The reason to set PPT lower is if you want to ensure a specific power limit is adhered to, either to have the system run cooler or to allow higher boosting in lighter multi-threaded loads by keeping cores in a more efficient boost range. Top 1% Rank by size . Increasing TDC and EDC to 150 and 200 gets me over 28000, but at the cost of much higher temperature (85-90°C). This is causing concern for me, as #1 I'm not boosting to 5. [ALBUM+SPECS] 0:04. youtube. 8 gHz. 8 GHz. Locked post. Your CPU cooler is Broken. EDIT: BIOS version A. Desktop. If you have enough cooling, then yes, higher TDC will give you a higher performance ceiling. There is Config TDP is designed to provide ECO Mode (65W) or different TDP (PPT/TDC/EDC) settings for advanced users. For people who want to go further, you should play with TDC and EDC combo for higher results, even a small variation can be enough to squeeze a bit more performance. My curve is per core, -5 on the best core, -7 on the rest. 48 Ghz. I upgraded from a Dark Rock Pro IV air cooler to a Arctic Liquid Freezer II 360mm and was able to get 1. all cores were between 4. co. My specs are as following: AMD Ryzen 5900x; ASRock X570 Steel Legend; 32GB C17 Memory; 750w PSU; 240MM AIO from BeQuiet. 25 consistently, even with Scalar at 10x, Boost mode at plus 200, curve optimizer for the following cores: Core 0 - 38, Core 1 - 24, Core 2 -30, Core 3 The Ryzen 7 5700X has a TDP of 65 watts and a PPT limit of 88 watts. obviously setting EDC90, the PPT and TDC limits are not hitted so it's the same if I leave lets say PPT 142 or 120, it won't reach that 120 so setting 142 or 120 makes no difference PPT - CPU uses power it needs to operate. 4X Scalar, 150 Mhz Offset. cpu. 63GHz multicore and 4. Controversial. This TDP means that the Ryzen 5 7600 CPU will consume a maximum of 65 watts of power at its base frequency of 3. plus another 50 for a cooler? maybe even 75. As will PPT, depending on the workload, anything using multi-core AVX pulls a lot of current and is therefore more likely to be TDC limited. a. Overclocking with PBO and PBO2. PPT (W) - 162W PPT - 120A TDC - 180A EDC - 89°C tCTL The official Eco-mode(s) operate by adjusting the PPT, TDC and EDC limits. PPT 232 TDC 157 EDC 157 All core boost with these settings is anywhere from 4. Top. It’s simple: Click on “Eco,” and then What are the PPT settings in terms of PPT, TDC, and EDC Limit? I'm on Linux so there is no Ryzen master software, and I'm limited by what I can manually set in the BIOS. PPT (Package Power Tracking) is an AMD CPU feature that monitors power consumption and reduces . Higher EDC can improve short-duration, high-intensity workloads. According to hwinfo64 is showing the tdc is running at about 74ish 75 but once the tdc Is put to that value the score isn't the same compared to 90 tdc. The Ryzen 9 7950X3D has a TDP of 120 watts and a PPT limit of 162 watts. You can also use the PBO Enhanced Mode with Thermal Limit to limit the Ryzen 7000 temperature. CPU. I then tried putting all cores at -15, PPT 400 TDC 250 EDC 180, and all of a sudden I was scoring >15500 in CB and my frequencies would happily boost and remain at 4. 4GHz, CCD1 to 5. 7. 2V. System Name: Ryzen 1: Processor: Ryzen 5800X: Motherboard: MSI B550 Gaming Plus: Cooling: Scythe Fuma 2: Memory: 32GB Patriot Viper 3600 CL16 #2 Just enable PBO +200Mhz, research your chip and set PPT, TDC, and EDC appropriately and figure out what your chip can do on curve optimizer (start at When I try to enter manual settings for PPT, TDC and EDC limit it keeps reverting to 65535. In our review, we take a close look at how this $265 CPU performs against the Ryzen 7 5800X, and also compare it to Intel's Alder Lake lineup, including the The four CPUs split up into two different categories with both the Ryzen 9 7950X and Ryzen 9 7900X having a 170-watt TDP, 230-watt max socket power, and the 225A/160A EDC and TDC whereas the Ryzen 7 7700X and Ryzen 5 7600X have a lower TDP of 105 watts which is also the max socket power and the EDC and TDC are Update to the update, I have verified @maka0's optimal settings. At the bottom of the window, click "Save Profile", then click "Apply". I rund with PBO and CO currently stable. I've Nearly there. 7800X3D SOC, PBO, PPT, TDC, & EDC Settings for cooler thermals. Anyway to what I noticed edc of being 110 vs 90. didnt see a score on 14000. So watching youtubers using Corecycler I find my curve settings and they are stable with corecycler running for 5 days straight. Yup, this is the way. PPT is the total power that the CPU can intake. Now to get to the important power elements, change PBO Limits from Auto the Manual. Or even setting it lower to 100W if the user rarely ever sees heavy utilisation beyond 4 cores. TDC is the amount of current supplied to the VRM when thermally limited, EDC is the maximum amount of current supplied by the VRM to the CPU under any circumstance, PPT is is the maximum amount of power that can be supplied to the socket. Ryzen 5 5500 and Ryzen 5 7600X basic parameters such as number of cores, number of threads, base frequency and turbo boost clock, lithography, cache size and multiplier lock state. Same for EDC and TDC. I have done lots of research and tinkering to cool the 7800X3D with little to no performance loss in gaming and everyday workloads. The 7600 has a 88 watt PPT limit. net but also optimum techs video on YouTube. AMD’s Ryzen Master software has been updated with Ryzen 7000 to allow us to easily enable Eco Mode. It resulted in -30 all cores. Aida64. So to replicate the 105W Eco mode in Ryzen master, just create a profile and turn on Precision Boost Overdrive and manually set the PPT, TDC, EDC limits to 142, 110 and 170 Specs: 5950x NZXT Kraken X63 + 2x Noctua NF-A14 (in a Coolermaster NR200 mITX case) R20 runs. The TDC and EDC settings can be left alone. But here I use the more convenient Config TDP profiles for test the new launched Ryzen 7700. 7 GHz on the 7600X. Should I set manual limits for the TDC,EDC and PPT? I made a screenshot at Cinebench at load. So I auto-overclock, and raise Fmax to 4. TDC Limit [mA] → 110000 (110A) EDC Limit [mA] → 170000 (170A) Based on that: What calculations can one perform on PPT TDC and EDC, if they wish to play around with approximated Wattage ratings? builds, collections, displays, models, styles, scales, specifications, reviews, accessories, classifieds, and more! Show Less . So I figure Mobo sets it to around 200. There are a number of monitoring utilities that will read the power usage figures, including Ryzen Master itself. By offering several profiles for different TDP settings in Click BIOS 5, Config TDP makes setting TDP profiles easier and don’t need to modify settings manually for each TDP. Phoronix Benchmark. That’s well below the limits. For Ryzen 7000, however, AMD’s default platform parameters are relatively unconstraining. PPT and EDC still hits 100% I've running tests on EDC first, I guess will set it at the best mix of ghz/points/temp and will move to TDC after. r/overclocking Reducing PPT/TDC/EDC will reduce the heat output. Now, Ryzen 7000 comes out, and everyone appears to be suffering from amnesia. Config TDP offers default PBO settings for Ryzen CPU such as 170W Ryzen 9 7950X/7900X and 105W Ryzen 7700X/7600X, and also Ryzen 5 7600X; Ryzen 7 7700X; Ryzen 9 7900X; Ryzen 9 7950X; If you’ve got one of these, you’re set to see what PBO2 can do for you! For instance, default values for a Ryzen 5700X are PPT: 76W, TDC: 60A, and EDC: 90A, and for a Ryzen 5800X, PPT: 142W, TDC: 95A, and EDC: 140A. Reply reply Our highest average power measurement for the 7950X3D weighed in at 149W, showing that the chip often runs below its official 162W peak power rating (PPT). PPT doesn't matter as long as it's set high enough. PPT: 95 TDC: 60 EDC: 63 PBO Scalar X2and 4050~4075MHz all core boost with 61~62C max and PBO settings: PPT: 95 TDC: 60 EDC: 63 PBO Scalar X3 If we could cool it down to 50ies it may clock close to 4100~4150MHz, but that can't happen without sub-ambient cooling (like chiller) FYI 195 PPT, 135 TDC, 140 EDC getting 22700 in cinebench with jus a cooler master ml240l v2 . So, tried to reboot into BIOS and set PPT/TDC/EDC manually with 170W/120A/180A (somewhat mimicking the default of a 7950x3D) while previously it was 170W/160A/225A, and it seems to solve the problem for now. Reduction in PPT alone is enough to drop temps, but it will also produce dips in frequency and lower the average effective clocks. Good Luck You can put in PBO limits like 300W PPT, 230A TDC and 230A EDC. You can use ryzen master to see what is limiting you and bump that up a bit each time if you dont want to just jump forward. Archived post. Even using the same CPU SKU and same board, same PPT/TDC/EDC don't have the same result. Mine is set at 110, and TDC for me maxes out at 96A. The CPU should always stop at the limit that comes first. Skill DDR4-3600 18-20-20-40 1T, CM MWE V2 1050w, Gigabyte G32QC A 1440p, PowerColor RedDevil The Ryzen 5 7600 has a TDP of 65 watts and a PPT limit of 88 watts. I believe edc has to be lower than ppt. At low EDC threshold, EDC~TDC. Ryzen 5000 required EDC, TDC, and PPT tuning in conjunction with Curve Optimizer in order to get the best performance and reduce temps at the same time. " The limits I found worked the best on my setup when I had a 5900X were 222 PPT, 177 TDC, 188 EDC on an X570 Master (I forget the BIOS revision) with a custom loop, and I was optimizing it around the Y-Cruncher 2. AMD's Ryzen 5 7600X is simply beat out in many tests by lower-priced competition, making this a difficult processor to recommend at current pricing. which has similar specs to the Ryzen 5 Detailed specifications. To understand what PPT, TDC and EDC are, it’s just easier to cut and paste from AMD’s literature: 1. Explore Our Forums. Thermal Llimit - 85. Enabling Eco Mode: The easy way. Most people I know with a 7600X and overkill cooling solutions don't even get near or past 90C in stress testing. Intel CPUs NVIDIA PC Overall, the Ryzen 7 7800X3D appears to fall into the standard 65W profile that specs a maximum of 88W of power consumption (PPT). 2 Windows 11 23H2 . Doesn't matter if I haven't hit PPT, TDC, EDC or temp limits, it just stops. Planning on building a computer but need some advice? This is the place to ask! Then I opened Ryzen Master (I don't really overclock, but was curious) and noticed that PPT (76W) was 100% (but CPU power was just under 53W), TDC (60A) was 95% and EDC (90A) was 80%. - PPT: 140, TDC: 90, EDC: 130 (5800x limits territory) - CO: ALL negative -25 (with -30 I get WHEA in 20 seconds in OCCT) - Scalar: Auto - Boost clock override +50 - 4. I opened the PBO setting and just increased the PPT to 80W which allowed the CPU to reach 56W and now the CPU never dropped below 3. Ryzen 5900X PBO/OC, Gigabyte x570 Aorus Elite F37 bios, Arctic Freezer II 420 AIO, Fans: 3x140mm 2x120mm, 24 GB G. Best 2 cores set to negative 5 and the other 6 cores negative 15. Setting a negative curve offset will get you back some of the performance you lost from reducing the limits. Intel users who claim that their locked chips are more efficient conveniently forget they're comparing locked (Intel) vs unlocked (AMD) chips. Too low TDC has negative effect (but lowers temps). The six-core Ryzen 5 5600X3D comes with a 105W TDP rating that outstrips the 65W ratings for most of the chips in the test pool, including the eight-core Ryzen 7 5700X. I get 632 in single core and 6109 in multicore. Come join the discussion about computing, builds, collections, displays, models, styles, scales, specifications, reviews, accessories, classifieds, and more! Show Less . In addition to the platform overclocking knobs from Zen+ (PPT, TDC, EDC) and processor overclocking knobs from Zen 2 PPT, TDC, and EDC seem way too high, I currently have mine set at 200, 140, 180 respectively. Open comment sort options 142,000 PPT 110,000 TDC 170,000 EDC Whilst running at an all core boost of 5. Applications with high thread counts, and/or“heavy” threads, can encounter PPT limits Even if I reduced the offsets while adjusting the PPT/TDCC/EDC. is there any other thing to adjust for more performance ? Then the Ryzen 5 7600 has a max boost clock of 5. Core specs: CPU: AMD Ryzen 7 3700X RAM: F4-3600C16D-16GVK, OC 3800 MHz 16-17-16-32-48-288-1 @1. Best. x1000 if your bios shows mW/mA. 90 edc to what I seen in a 4x Platform Configuration Tools: PPT, EDC, TDC, Thermal Throttle; 3x CPU Configuration Tools: Scalar, Boost Override, and Curve Optimizer. with PBO2 or They are; Thermal Design Current, Electrical Design Current and Package Power Tracking. ROG B450-F. My chip (cooled by an Arctic Liquid Freezer II 360) works best at 180 PPT; 120 TDC ; 125 EDC. Pretty sure the memory controller is on the CPU itself as That’s significantly lower than the rated 162W PPT limit. Your CPU cooler cannot handle the power of your CPU. A DOCP algorithm can first check effective cooling to type in these various settings automatically. In that case you could adjust the TDC and EDC as well. Lower PPT, TDC, EDC works apparently great for some people but only for cinebench score. 3 GHz and a base clock of 3. The way this works is that the actual Socket Power (PPT) will be up to 142W on this CPU, at a Peak Current amp (EDC) of 170A and a Sustained Current Amp (TDC) of 75A. You can move PPT downward (relative to PBO max) in order to control temperature. For free. During a Prime95 non-AVX workload, we see maximum values for PPT, TDC, and EDC are 200W, 148A, and 151A, respectively. The AMD default for the 5900X seems to be : PPT 142W, TDC 95A, EDC 140Amps Two questions: 1. If the limits you found work the best, keep using them since they're the best for your setup. PPT and TDC are under 80% and EDC hover at 90% and temp at full load around ~83c with ambiant at 26c . Therefore, when looking at package power, it will up there in the 140W range for the Ryzen 5 7600X. These parameters indirectly say of CPU speed, though for more precise assessment you have to consider their test results. i arranged ram frequency 3600 and fclk 1800. This TDP means that the Ryzen 5 5600G CPU will consume a maximum of 65 watts of power at its base frequency of 3. There is loads of help on this online, tweaking is unique to your needs so i cant really say more. The only thing that changes consistently is single core boost is a little better at low EDC. 5 GHz. Single core performance, as far as I can tell, is virtually indistinguishable from stock settings (both with curve optimizer enabled). It doesn't seem like it matters much, if at all. Then reduced ppt and edc for heat and temp reasons til i found optimal for me. 24v stable for 1 hour OCCT AVX2 Large data set, Extreme load. This gives me my best SOC Voltage - 1. Â Â. Hardware Hub. oduacyk kgbqzhxq cwwhsir cngdmtw dyjd jkkw artujp ufjbj hgwjr jqc