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The Intel Core i9-13900K processor is aimed at advanced users and professionals who have high-performance demands in the field of computing power. This processor offers exceptional performance and processing power for demanding tasks such as gaming, video editing, 3D design, professional photography, and other applications that require high performance in processing and computation. It is a suitable choice for those who need the best possible hardware for their tasks and are prepared to invest in a very powerful processor.
It features a high number of cores and threads, high levels of cache memory, and supports technologies such as Intel Hyper-Threading, Intel Turbo Boost, and Intel Thermal Velocity Boost for even better performance in demanding tasks.
It is suitable for overclocking enthusiasts, as it has an unlocked multiplier, allowing users to increase the clock frequency for even higher performance. It features integrated Intel UHD 770 graphics, which offer notable performance for casual gaming and multimedia.
With high clock speeds and groundbreaking new architecture, you will be able to take your gaming to new levels, while secondary applications run seamlessly in the background.
Get the best of both worlds with reliable performance for popular game titles and productivity and content creation with AI support.
The new processor architecture is also compatible with the latest platform innovations, offering you improved performance across your entire computer.
Support for PCIe Gen 5 and DDR5 for high-performance components such as memory and graphics.
Thunderbolt 4 and Intel Killer Wi-Fi 6/6E (Gig+) provide fast transfer speeds and connections with peripherals.
13th Gen Intel Core processors advance the hybrid performance architecture with up to eight Performance-cores (P-core) and up to 16 Efficient-cores (E-core), combined with workloads intelligently routed by Intel Thread Director 2.
Designed for gamers seeking maximum performance to play the latest games, while also having the capabilities to handle other workloads. The new 13th generation computers based on Intel Core processors make it all possible.
The 13th generation Intel Core processor family offers faster P cores and more E cores with support for DDR4/DDR5 and PCIe 4.0/5.0. This provides a platform that can maximize multitasking and customization options.
The 13th generation Intel Core processors provide an extremely flexible architecture and industry-leading tools for ultimate performance customization.
Equipped with the latest technologies, the Intel® Core™ 13th generation processors accelerate system performance. Up to 16 lanes of PCIe 5.02 double the input/output performance for accelerated processing power. Benefit from the latest DDR5 support for fast speeds up to 5600 MT/s,3 high bandwidth, and improved productivity, as well as continued DDR4 support up to 3200 MT/s. Comprehensive support for advanced tuning and overclocking - including Intel® Extreme Tuning Utility, Intel® Extreme Memory Profile, and Intel® Dynamic Memory Boost - provides smart overclocking performance on demand, so both new and experienced overclockers can get more out of their unlocked processors. And backward compatibility with Intel's 600 and 700 series chipsets offers you the flexibility to upgrade without compromising on performance or features.
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.
All i9 12th, 13th, and 14th generation processors are excellent in terms of performance, but they also require compatible components to perform properly. The most important ones are the motherboard, RAM, and of course, the cooling system.
If it is not properly supported, buying this processor is not worth it.
Regarding cooling, there is no air cooling solution that can prevent thermal throttling, so a 360mm AIO is definitely necessary, and not just any, but one of the good ones.
For the motherboard, it definitely needs top-notch VRM, but almost all Z690/Z790 motherboards are fine.
For RAM, the correct choice now is DDR5, and a speed like 6400 is guaranteed to run and perform well.
Switching from the i9 9900k to the new generation of processors, and although it is quite expensive, I believe it is worth the money and more, as its current capabilities combined with its potential make it a PC for the next 5+ years. Its power, combined with the 36mb cache, is ideal for multitasking without any lag. Of course, it has not been tested with demanding design programs, etc. that are available on the market, as that is not my area of expertise. It was installed on a Gigabyte z970 motherboard and cooled with the Sharkoon s90 liquid cooling system. Despite many complaints about it, the temperatures are around 34-36 degrees Celsius at idle, but it is used in a case with excellent airflow (Corsair 7000d airflow). Also, under increased load (usage in Microsoft Flight Simulator) with 5 other peripheral programs running alongside it and Google Chrome with 6 open tabs, the temperatures reached up to 70 degrees with very little load. Therefore, it is an excellent choice in my opinion, but you will need good cooling (at least a 36mm cooler) and a case with good airflow, along with high-quality thermal paste
Really fantastic performance especially for programming and game development, it's just what you need! I don't even need a graphics card while working on complex 3D games, and they run smoothly at around 30FPS with the Engine/Editor. It's truly the ideal CPU for developers working on Windows.
The programming I'm referring to is quite demanding on the CPU, so I mention it as a reference.
As for less demanding tasks like browsing + Photoshop, no problem at all! Everything runs flawlessly!
I recommend it along with fast M2 SSDs and fast CL30 RAM (32GB+) for top results.
As long as there's no need for demanding games, its integrated graphics card is perfect!!
(for example, LOL/Valorant@240fps, GTA 5/BF 5@70FPS -- more at https://youtu.be/56Jj_R7ytdw)
I switched from the 7700k to this one. Initially, I wanted to get the 13700k, but then I thought, it doesn't matter, we only live once. No matter how much I pushed it, it didn't understand anything. Of course, the leap from the 7700k is huge
Together with the Corsair H170, the temperatures are perfectly normal, 35-40 idle and 65-70 full load. It hasn't crashed anywhere, and I haven't needed to overclock or underclock. Everything is good. 1500w Corsair HXi power supply
Very good, powerful performance. Worth buying
Mainly and throughout my career in computers, I have been using Intel processors. My experience comes from the 10th generation leaps. Generally, it is a monster processor. It draws a lot of power and requires good cooling (at least a 360mm liquid cooler). To be honest, compared to the most popular/affordable processors, I saw a lot of difference and fewer crashes in all my games (and I don't just mean battle royales).
Positives
- Very good performance for today's applications
- Decent price, I remember the old monster processors costing up to 900 euros!
- Quite future-proof
- Handles both 4th and 5th generation memories
- Handles both 4th and 5th generation graphics cards
Negatives
- I never saw the E-cores they advertise running, but they generally say it's the fault of the motherboards, etc.
- It will be wasted on a machine that doesn't aim for high performance
- It requires expensive cooling and definitely a good power supply, don't go below 850
- I can't say that the jump from 12th to 13th generation is satisfactory, I would like twice the success because I am power hungry and I admit it
Here we are comparing titan processors, so I will speak more critically. Generally, it is a monster processor. It is perfect for processing and demanding tasks. Yes, it can handle gaming, but I don't recommend it if you're only going for that. Expect high temperatures when it's working, but don't be afraid if you have proper cooling, even if you have only one liquid cooler and nothing else in your case. I think the price compared to what I remember from the past X versions is more friendly to go for the top of the series. It reaches maximum speed easily, but don't be afraid of that because that's what you want, believe me! So, if you want to say I found what I like for my monster, look here. An alternative choice, but I don't trust the assembly architecture of processors, is the AMD Ryzen 9 7950X3D, but what can I say, the poor guy is wasted because neither software can utilize the 144MB cache, nor the 32 cores, and it's also 150 euros more expensive. If you have read that the revolution is coming, go freely to AMD from me, otherwise settle here and you're good for 5 years. Please, though, pair it with a good power supply!!!!!!!!!!
IMPORTANT EDIT: To avoid pulling your hair out. If you have Windows 10, ignore this, everything is fine. For Windows 11, I had issues with DirectX errors in COD MW2. Well, I solved it by downloading Intel Extreme Tuning and lowering the Performance Core Ratio to 54x. If that doesn't help, add the following to the game --d3d11. There are some issues with DirectX12......
In combination with the asrock z790 pro rs DDR5, kingston ddr5 64gb 6000mhz (2x32gb) and the cryorig ultimate cooler with noctua chromemax 140mm fans (3x) patented on the 3rd, the case fans are also noctua industrial 140mm. The processor temperature reaches 73 degrees in gaming, without me touching anything in the bios (yet).
Update. After contacting asrock, they suggested updating the bios + some settings that they said would bring the processor temperature up to 80 degrees for safety reasons. However, I haven't done them yet because the processor hasn't increased in temperature. I'm keeping them for the summer though.
The processor was used for my personal PC, which I decided to use as an AIO, meaning for both my work (CAD, Vray Render & Video Editing in Premiere PRO) and gaming. In combination with an ASUS RoG Strix Z790-H and G.Skill DDR5 at 7200/34, it worked wonders! Of course, such a product also has high power supply requirements (I used an RM1000x) and for cooling, the EK Nucleus 360. By setting the limit to 92C from the BIOS, I managed to achieve very satisfactory results from the 13900k, which you can see here: https://tinyurl.com/Intellence4th
Of course, regardless of the benchmarks that simply show the limits of the processor in this specific setup, during work, the OC goes "for a walk" and leaves everything on Auto, where ASUS takes over and keeps everything stable with a limit of 70C so far in a 6-hour render in VRAY via CPU. In games, I haven't seen anything above 68C yet, even though I'm still using a 3080. The PC is running with a 4k monitor and a 3k (3400x1440) with the results I mentioned above.
I saw a huge difference from the previous (1090k on Z590) especially in Premiere, with the integration of the UHD770 as a previewer working smoothly on 4k RED videos, while with the predecessor, it showed some "struggles". Also, with the performance cores & efficiency cores, in idle states and simple everyday tasks, it keeps power consumption low (35-75W), making actual power savings, while also keeping the computer completely silent.
I assembled this little thing by myself. I added a cooling system with 3 140mm fans and it reaches 100c. I also applied a thermal paste that cost 20 euros for 3 grams. The temperatures are very high if you want to use it for computationally intensive tasks that can last for days. And it's winter now. Anyway, to keep the temperatures low, someone needs to go to the bios and set a power limit. I set the power limit to 250 watts. And that's how the temperature drops to 80c in stress tests. We'll see in the summer.
I have installed it on an Asus ROG MAXIMUS Z790 Hero, it works flawlessly like all Intel products, it requires a good cooler. I use it for WEB Development & Graphics, Animations
Truly a beast in performance and consumption! I am writing this message for those who do not have much knowledge (like me) so that I can save you from the countless hours I spent searching.
Out of the box, the CPU, even with very good cooling, will have high temperatures even in simple games, around 80-95°C. In this case, you will need to adjust the power limit to the standards set by Intel: power limit1 = 125 watts and power limit2 = 253 watts, as motherboards usually allow the processor to draw unlimited power (see Asus pwr limit 2 4000 watts!!). I should note that you can play with the power limit, slightly increasing or decreasing it, or leave it exactly as it was from the beginning, especially if you have custom water cooling or if you don't care that the processor will reach 100°C in many tasks (thermal throttling).
* [Link to overclocking video](https://www.youtube.com/watch?v=ecdrKZ0GVr8) (explains the movements, how and why, and what each changed setting does)
* [Link to efficiency video](https://www.youtube.com/watch?v=H4Bm0Wr6OEQ&t=280s) by DER8AUER (plays with efficiency and shows performance with low power limits)
One last thing that I consider a good move and an easy solution for energy efficiency and thermals is turning off turbo boost
THE BEST....ONLY INTEL....!!!!!!!!
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 Intel Core i9-13900K 2.2GHz Processor 24 Core for Socket 1700 in Box |  Intel Core i9-14900K 2.4GHz Processor 24 Core for Socket 1700 in Box |  Intel Core i7-14700K 2.5GHz Processor 20 Core for Socket 1700 in Box |  AMD Ryzen 7 7800X3D 4.2GHz Processor 8 Core for Socket AM5 in Box |  Intel Core i7-13700K 2.5GHz Processor 16 Core for Socket 1700 in Box |
|---|---|---|---|---|
| from 479,96 € | from 589,86 € | from 416,05 € | from 357,50 € | from 340,25 € |
| ManufacturerIntel | Intel | Intel | AMD | Intel |
| Available through Skroutz | Available through Skroutz | Available through Skroutz | Available through Skroutz | Available through Skroutz |
| FamilyCore i9 | Core i9 | Core i7 | Ryzen 7 | Core i7 |
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