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Showing results for tags 'tdp'.
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I have a AMD Ryzen 5 2400g and i noticed that it only uses 20w of the 65w TDP and my GPU (GTX 1650) only uses 56w of the 75w TDP. i don't have any idea why, my power supply is 400w so it should provide de wattage. both GPU and CPU are power limited. btw my bios is stock.
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hello, I have an rx 5700 xt and I accidentally opened cpu z and I saw there that my video card has a ppt of 190w but it has a normal tdp of 225w and is it possible to remove this ppt of 190w permanently not from adrenaline amd or afterburner msi ? AMD RX 5700 XT AORUS GIGABYTE RYZEN 5 5600G MATX MSI B550 PRO SIRIES BE QUIET 350W 80 PLUS BRONZ 16 GB OF RAM 3200MHZ 1X SSD SATA 1X HDD 2.5 AND 7 FANS RGB WITH A WATHER COOLER 240MM (PSU IS NOT THE PROBLEM )
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I have an old Asus X55C (SX030H) running an Intel Core i3-2328M @ 2.20GHz which I'm trying to upgrade a bit for fun. I easily upgraded the RAM adding an 8GB SODIMM DDR3 1333MHz stick (15€) and a Samsung SSD 870 EVO of 500GB (35€). Below you can see further details about its specs. My next step is to upgrade the CPU too. What would be the best CPU upgrade for this laptop? Can I install CPUs having a higher TDP (45W vs 35W)? Maybe by using a better thermal paste and drilling some holes in the back of the cover, it can be possible to keep the temperatures low for a higher CPU's TDP. Based on the Socket G2 / Socket rPGA988B CPUs found on CPU-World.com, the only Quad-Cores with the same 35W TDP are the i7-3612QM and i7-3632QM which however have a low Base Frequency. The best 35W two cores instead are the i7-3520M and i7-3540M: Considering the 45W Quad-Cores CPUs I could choose among these: What do you suggest? Have you had an experience upgrading this laptop or others to a higher TDP CPU? Thanks
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so i have an e5 2690 v4 and was wondering will a chinese motherboard have a problem with the 135w tdp ? on the motherboarrd it says a x99-turbo v1.31 will it have a hard time im planning to use this cpu for rendering video and games but mostly games
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Noticed some very weird behavior of my laptop cpu after a clean install of windows. While benchmarking the cpu usage refuses to stabilize and power usage fluctuates between 12 and 17 watts even though the system has a 15w power limit. Intel xtu also shows the cpu power limit throttling while well below the 15 watts target. does anyone have a clue what could be the cause? Temperatures never exceeded 75°c during testing. lowering the power target yields the same fluctuating power and cpu usage. before the clean windows install it would be rock steady at 100% and 15 watts update: Increasing logging speed in intel xtu makes this even weirder. the cpu drops to 10watts for brief moments, only to then spike to 20 watts for a third of a second or so and then stay stable at 15 watts for a few seconds only to drow to 10 watts again. hwinfo shows the same tdp fluctuations update 2: this behavior only happens when the laptop is plugged in. When it is not plugged in it runs perfectly stable
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I currently have a dell t3500 workstation with a passive cooling head sink and w3503 xenon dual core 2c/2t CPU which has a 130TDP, I Purchased a x5670 xenon 6 core 6c/12t CPU. Which is a 95TDP My question is, can i use the stock W3503 130TDP cooler on the x5670 95TDP CPU. I am going to put a 80 or 90mm fan on the side of the cooler where it looks like one should fit perfectly. (ignore what looks like dust. It might be but its perma-dust. It doesn't come off. It might actually be corrosion i got the computer from a neighborhood friend for $3)
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Hi! A question for vanilla GTX 980 owners who have modified their bioses in Maxwell bios tweaker. How much power your card was drawing according to gpu-z once you have lifted the TDP limit while overclocked? Upwards of 250w?
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Summary Dr. Ian Cutress recently posted a review of the core i7 10700, a "65 watt" TDP chip, whose testing revealed that it consumed as much or more power than the 10700k, a "125 watt" TDP chip. Quotes My thoughts I had heard people talk about Intel having a bad time making chips that compete well at the high end (at the lower end, the core i3 10100f is slightly better than a ryzen 3 3100, and is actually available for much less than a r3 3100 in most of the world, and that is including platform costs), but holy sh*t did I not expect the power consumption to be over 3 times what's written on the box (215 vs 65 watts). TL;DR: Intel's high-end chips guzzle a lot of power (even the ones that are supposed to be energy-efficient), output a ton of heat, and are still barely able to compete with Ryzen products. I feel like the only thing that's saving Intel for now in the high-end is the fact that chips like the i7 10700 (non-k and k) and the i9 10850k are actually in stock in most of the world at close to MSRP, unlike Ryzen 3000 and 5000 chips Sources https://www.anandtech.com/show/16343/intel-core-i710700-vs-core-i710700k-review-is-65w-comet-lake-an-option/ -
I've seen some GPU pcb breakdowns and there is usually a common layout that has VDDCI, VCORE, VMEM, VDISP now what I'm specifically wondering is to which of those is the gpu fan power connected to?. I know I'm talking about small percentages but I'm trying to determine if it would be marginally better to plug the gpu fans to the motherboard instead of the gpu for overclocking purposes, I'm using a kraken g12 so basically the two AIO fans can pull like 1 amp from a standard fan header at 12v that would be 12watts max per fan and that's quite significant for a 185watt card. I'm trying to not influence the power available for vcore and vmem by connecting an AIO pump and two 140mm fans with a spliter using this cable that I bought From what I've read the card is kinda power limited since it has a single 8 pin connector while other higher clocking models have either 8 and 6 pin or two 8 pin connectors. edit: This thread kinda provides an example of what I'm talking about: https://www.reddit.com/r/overclocking/comments/5uiwm6/it_is_slightly_beneficial_to_externally_power_gpu/
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Hi, I was building a NAS out of old parts recently and while testing components I noticed something a little weird. The Kaby Lake Pentium G4600 is drawing only 18W maximum when hit with prime95 stresstest, CPU usage is 100%, clock speed is 3600Mhz, everything normal so far. I also hit it simultaneously with furmark to stress the iGPU but max power draw only rose to 21W. Is this normal behavior? It seems so low to me. I used a Arctic freezer 34 CPU cooler and the max temp was 41°C. I just wonder if this is to be expected or if something is faulty. Haven't worked on Intel systems in 10 years. Thx Philipp
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Hello ! I'm very new to overclocking, but I recently bought a 5800X and a second hand GTX 1060 OC (because shortages) and I wanted to try my hand at overclocking. I ran my GTX 1060 in a non overclocked mode in furmark and observed that it was only using about 75 to 80% of it's TDP. Once I overclocked it (afterburner auto overclock 25 MHz average), I tried again and it was only using 80 to 85% TDP. Better, but not 100% (and I had set the limit to 115%). I'm definitely not CPU bottlenecked or PSU bottlenecked (seasonic 850 W) so I was wondering if this is expected behaviour. Do GPUs even boost over TDP ? I assume they do. Also, thermals are not a consideration. During these benchmarks, the GPU never exceeded 70°C. The cooler on this thing is really over the top for a 1060. And since the card came with a PCIe 8 pin connector instead of the default 6 pin on 1060s, I assumed it would be power hungry, but it really doesn't seem to be. Any advice on this front would be of great help ! Thanks !
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Is there any way to increase the TDP on the i5 1035g1?
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Hello About a year ago I upgraded my system from an old 550w crapper to an EVGA 650W B5 psu. However, it;s been doing funky things recently like turning on, turning off and turning on again all on it's own. It also overheats really easily and only under moderate load. I thought it'd have enough clearance, but I guess it didn't, and now i dont trust outervisions calculator. So now I'm in the market for a new PSU (<$100 if possible), recommendations needed I also don't care if it's modular or not System specs: - RTX 2060 (OC'd) - ryzen 7 1700X (OC'd) - Asus b350 pro - 2 sticks of 8GB PNY 2666mhz ram - wd m.2 ssd - two 7.5k rpm 3.5" hard drives (can't stagger startup, they run in raid) - 5 case fans - bunch of USB 3.0 devices, plus a usb splitter
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https://imgur.com/a/Pe3cKRu
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my 7300HQ is configured at 35w but intel's website says it has a tdp of 45w. I saw sliders for turbo boost power max and turbo boost short power max in XTU but they do absolutely nothing. My question is can I increase the tdp without sketchy bioses?(temps are fine) And would it give better performance? how do you even mod a bios anyway?
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My work involves video editing, motion graphics, photo editing and some 3D still renders. I also play some AAA games on medium settings at 1440p occasionally. I'm planning on buying a i7 10700K with Asus Strix B460-G Gaming mobo. I'm not going to be overclocking at all. I hear this chip runs too hot and that doesn't sound cool at all. So I considered giving the Ryzen 7 3700X a look and saw it has the same cores and threads but lower TDP. However, I've had a nightmare with AMD previously. The FX 8350 nearly ruined me. Its performance was really bad compared to my currently owned i5 6500 (I'm not someone who upgrades often). After that experience, there's a lingering fear. The problem is, no review shows the 3700X in action. They all show benchmarks or gaming tests and that really doesn't help to know the real world experience in productivity apps. And then there's the issue of unusual temperatures on idle (read on a few forums) and I've never used a Ryzen, so I really don't know how it is. So you see, I'm really confused and in need of some guidance. Finally, I'm very limited in terms of parts in my country and my budget is USD 500-600 for a CPU, mobo and cooler. I have everything else in my current system. What I want is a fast, reliable and responsive system, that also performs really smooth in productivity apps and doesn't give me a migraine over cooling solutions. I plan to use this system for at least the next 4 years and probably won't upgrade any parts. Thanks if you've read this far.
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Budget (including currency): $1000 USD Country: USA Games, programs or workloads that it will be used for Mostly web browsing. Possibly streaming lightweight Steam games like Stardew Valley or retro RPGs while using a 1080p webcam on Linux. Lower possibility of compressing some large videos I have in storage. Other details (existing parts lists, whether any peripherals are needed, what you're upgrading from, when you're going to buy, what resolution and refresh rate you want to play at, etc): I have been using an FX-4100 (95w TDP), RadeonHD 6670 (66w TDP), 16GB DDR3, system with two more recent 2.5" MX500 SSDs for years and years, so I'm way behind on tech. My monitor is also over a decade old, as is most of my tech in general. As the ambient temperatures around me have changed and web browsing and OS processing and RAM requirements increase, I've been bumping up against the problem of my room being baked by the PC's heat output and my too-many-tabs browsing habits causing problems. I want to bring myself up to modern standards/capabilities in terms of motherboard features (USB-C, NVMe, etc) while also reducing the heat/power problem that's making my living space uncomfortably hot. From my googling and skimming LTT videos, that seems possible, but I'm not at all sure how to go about it. I don't know (linux-specific) methods of reducing the heat a PC puts out (or if it differs from CPU to CPU or motherboard to motherboard), much less if there's more utility for me in attempting to do so rather than perhaps buying a lower TDP CPU or something. I might even be better off buying a laptop because of these goals, rather than getting a desktop and a lightweight UPS to give me stability if power flickers (as it often does recently). Probably the biggest limitation on my choices is that I want a machine that has 32GB of RAM, either out of the gate or through upgrading. I'd appreciate any guidance that can be given. -
Just a quick question as to whether this is possible. I can get my hands on a broken laptop with an i5-6200U. On the intel website it says that this CPU has 'Configurable TDP-up to 25 W'. I checked the specs on the laptop that I can get and its TDP is 15W/. Now since the laptop is broken Im planning on taking of the motherboard and putting a desktop heatsink on the CPU to get quiet and good cooling out of it. Would I be able to increse the TDP of the processor? Is this a BIOS thing or would I be able to change it through something like the intel XTU?
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I have some questions about this CPU regardless the laptop models that have it. I want to know about the chip, but couldn't find information I need so I think some of you is better than me to get them. What is the stock uncore ratio of this CPU specified by Intel? On SSE single threaded test, how much power this CPU takes? and how much is the reached frequency there? considering no thermal throttling or power limits is initiated. The same question for AVX and AVX2 stress tests on single thread only.
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Been noticing that my GPU has started to have really poor performance when rendering (I use Redshift 3D). A scene that usually takes 1 min to render takes now up to 4 minutes. After digging around, noted that my 12v rails going to the gpu are at 12.3 some, and even 12.4v in some cases and the card hitting vRel at half the TDP. Resetting usually fixes the issue, but it is still something that didn't happen before. When rendering at full performance, it goes to 95% tdp and renders at the usual speed. This is the card when hits vRel. Sometimes it also hits VOp but that is not what concerns me. This state lowers the rendering performance the most. And here, it is hitting all vRel, VOp but also Pwr, meaning the card is also reaching it's actual power limit and going as full performance as it can. (Even tho it could be better without vrel or vop) I've compared these metrics with a friends 3080 in his system, and his is as close at 12v as it can, and his card power consumption is also lower. I've tested my card in his system and performs normally while consuming the normal amount of 12v via the PCIe psu cables. AFAIK vRel tells if voltage is reliable or not to boost, but it doesn't seem right to be happening at less than 50% TDP. I haven't been able to recreate the issue in any other software so far and have been exploring a lot of threads everywhere with not a single match. Sometimes it also hits vOp and vRel at the same time, again, at less than 50% TDP.
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Hi Community, i want to know if it is possible to deactivate 6 of my 12 cores in a 3900x in order to make it a 3600x. Reason: I upgraded to an 5800x3d and now want to use my 3900x in a HTPC in a Node 202. That restricts me to a minimal cooling solution. I could do 2 things: Sell my CPU and buy a new Hexacore, or use my CPU und maybe have it later as a 12 core again if i need it. 1. Option would also be a loss, since CPU isn't worth that much anyway anymore. So 2 Questions: 1. Is it possible to do so in a reliable mannor? 2. Does it realy cuts the energy consumption of my CPU ? I do not know if just "Undervolting" will do the job. Hope you can help or advice me here =) Best, MoRy
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My CPU is a low TDP CPU with only 65W, I know it uses one CPU power cable because it is kind of an old Cpu at this point but the high end motherboard I'm using has two power connectors, should I still plug in both cables?
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On a Z390 Aorus Ultra and a 9700k. At stock it will draw around 110w in cinebench and won't ever go down to the 95w TDP that its rated for. I noticed my PL1 and PL2 limits are at 4090w and not 95w. Im on optimized defaults from the motherboard bios.
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Hello, I'm quite reluctantly using a HP BA120NG (Convertible X360 Pavilion) Laptop. Laptops Can be quite depressing when it comes to bios. If anyone coule help me I'd save myself from Buying a Desktop PC. (I can use a NVME to x4 Adapter for a GPU, and I'm using a 65W TDP Heatsink, because my Screen broke and only using the motherboard.) HP Support Seems Quite ok, I found this online https://h30434.www3.hp.com/t5/Gaming-Notebooks/How-do-I-change-configurable-TDP-power-limits/td-p/7215523 SO WHAT I NEED TO DO: Turbo Boost is fine with its 3.3 GHz on I5 8250U, unless I want to use it for more than 9ms. Then It throttles to 15W (thanks hp) despite 25W TDP on intels website. this is 1.8 GHZ. I get hardly 50°C so temperaturre REALLY is no issue. The TDP is Locked and not adjustable via XTU or Throttlestop. (XTU won't install on my hardware) I REALLY NEED TO have this function unlocked in the BIOS. Since I am not using the Laptop in the enclosure, my cooling does a really good job. I would like to unlock the 3.3GHz Turbo as an FULL TIME turbo, i Guess that would be about 30W. If you can't help me, please help me learn: What book do I need to read to understand a 2017ish bios uefi, what tools can I use to unpack, edit and reflash my custom Bios? How do I find datasheets for my chipset (this has been so hard, doesn't seem like a widely used one) CHIPSET: Kaby Lake, HP83C5 (even though the BiOS file is named 083C4) RW Everything would rock, but bios editing.... help pls!!! (Attach Is BIos exe, unpack with archiver for .bin file) if anyone know how do I convert the BIN file to a file that is readable by the (outdated???) Insydeh20 TOOL? (file with the long name is the insyde h2o tool,,, my bios is not h20 but made by insyde) f16t4639p76294n2_ZsCcLHda.zip sp100858(1).exe
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Hello, I have a PC with the following specs: CPU: i7-8700K GPU: None (yet) Cooler: Corsair H100i 240mm RGB Mobo: Aorus Z390 Pro Wifi RAM: 32GB (4x8) DDR4 3200MHz SSD: 1TB NVMe M.2 PSU: Corsair RM750x +4 Corsair ML120 RGB case fans I was gonna buy the Asus ROG Strix 2080 Ti but cancelled due to quarantine and stores shut down, now I've decided to wait for the RTX 3080 and 3080 Ti launch in Q4 2020. Based on the research I did before picking the parts, the 750W PSU from Corsair would be enough to handle the i7-8700k@4.7GHz and the RTX 2080 Ti without any significant overclocking. I'm wondering if the same will hold true if I buy the 3080 Ti when it's released. Is there a chance that the TDP of the new card will be a lot higher, which means I need a better PSU too? (I'm mainly asking for your speculation, because we don't have actual info in the 3080 Ti until now) Also, is 750W enough for this kind of configuration (8700k at 4.7GHz and RTX 2080 Ti in "Gaming" mode)? I'm mainly asking because someone told me that they bought a 1000w psu for those specs, just to be on the safe side. I really don't want the new card's performance to be limited because of the PSU, so I'm kinda worried I didn't buy something bigger. Thank you
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