Intel Core i9-11900

amazon Intel Core i9-11900 reviews

The 11th Gen Intel Core has been out for a while; there’s still a lot to ponder about it. Too much disparagement, much ridicule for a new generation of CPU of this leading brand in the world. Before and after their debut, there were not many positive views. The product launch roadmap is still to be done, but will Intel Rocket Lake S be “sluggish,” or can the community still accept it?

Anyway, this is the last generation of CPUs to end a long six-year series with 5 CPU generations all using the same process. That is the last limit that Intel can optimize the performance of a 14nm process chip. From a business point of view, Intel itself will not let this iconic CPU model go to waste. Therefore, Intel Gen 11 will change slightly and return to Intel’s ego of being a high clocked CPU rather than finding a way to push the clock high on a multi-threaded CPU.

Sacrifice to make a change

Unlike every year, desktop CPU models are often released before mobile versions of the same generation are released. This year, on the contrary, Intel let the laptop CPU models bring the breakthrough first and then apply their technologies to the desktop Intel Gen 11 CPU models. That gives a certain interest when looking at how Intel is acting.

It will not be difficult to realize, this year’s Intel Rocket Lake inherits many pieces from the microarchitecture of the Tiger Lake series on laptops. First of all, this is a single-version CPU with many improvements in I/O, equipped with a USB 3.2 gen 2×2 connection. That is the connection I have been waiting a long time because many portable SSD models on the market use this connection. With just this connection, you can do many portable things without copying everything to the internal hard drive of the system. Whether it’s jobs that require high read and write capabilities like editing videos or playing games from an external hard drive, just a connection with a bandwidth of 20Gbps can solve everything.

If you need more powerful and versatile connectivity like Thunderbolt 4 on next-generation Ultrabooks, the good news is that they are now supported on this year’s Intel Gen11. That is, you only need a single port to perform operations such as transferring data, exporting images, charging Power Delivery-enabled devices, even connecting to the Internet, connecting to several devices such as eGPU. They will use 40Gbps PCIe bandwidth, and the number of lanes used will be only a small part of a system that supports up to 44 PCIe lanes in total.

Not only stopping at high-speed data transmission connections, but the ability to output images with Intel Gen 11 CPUs is also greatly improved when equipped with HDMI 2.0 and HBR3 (High bit Rate 3 DisplayPort).

For wireless connections, Intel also supports the latest wifi module of its development, Intel Wifi 6E, which offers better speed, latency, backward compatibility, and security than the average user. The same level is Wifi 6 (802.11ax).

To get the above, let’s take a closer look at this new generation of Intel CPUs; the sacrifice of thread multipliers compared to the previous generation is the ability to set the stage for upgrades in the current generation. Intel was right to do this and deliver a more beneficial user experience instead of pursuing the very small use-value improvement from increasing the thread multiplier when the process limit is reached 14nm.

The ability to improve IPC (instruction per cycle) by 19% can also result from applying the microarchitecture from a mobile CPU line to the desktop. When you have to calculate a lot about the balance between performance, features, and power consumption like a laptop, designs of this nature put on the desktop will bring greater efficiency, bringing greater efficiency. The balance needs to be on systems equipped with Intel Core CPUs instead of leaning in one direction like previous generations. It is possible that reducing the thread multiplier will reduce some performance, but the improvement in IPC will help better single-core performance and fill the performance gap of the two cores that have just been cut.

Not only is the CPU core improved thanks to the microarchitecture on Intel’s laptop chips, but even the integrated graphics core on Intel Gen 11 CPUs has also had landmark changes. Intel Iris Xe architecture is applied to the Intel UHD series to create a leap in processing performance inside an integrated graphics core. That’s what everyone wants, no need for a discrete graphics card, just a compact graphics processing solution inside a chip, but it can still perform all kinds of different heavy and light tasks. At the same time, this architecture also provides parallel operation of discrete and integrated graphics cards, benefiting different tasks. That can directly affect multimedia-related tasks such as decoding and encapsulating video formats like 10-bit AV1, 12-bit HEVC, etc.

Along with that is the ability to support DDR4 RAM sticks that can run at 3200Mhz by default compared to the previous generation’s 2933MHz. One of the improvements that mean a lot to gamers and someone needs to use many elements of the RAM bus in their work. It also allows RAM overclocking to be more common on Z, B, and W series Intel 500 series chipset motherboards.

Another bright change of Intel Gen 11 is being equipped with up to 20 Lane PCIe 4.0. Sixteen lanes are for the graphics card (this is obvious); the remaining four lanes are used to support the M.2 slot for NVMe PCIe 4.0 SSDs. In addition, Intel Rocket Lake has also supported Intel Optane SSD H20 faster and more powerful than the H10 generation with many speed improvements to help your “workflow” “flow” smoother and faster. Since then, Intel users have experienced super-fast SSDs with impressive read/write capabilities of up to 7000MB/s. Of course, users must also own a commensurate SSD to do this.

where can you get a Intel Core i9-11900 online

Intel Core i9-11900K Desktop Processor 8 Cores up to 5.3 GHz Unlocked LGA1200 (Intel 500 Series & Select 400 Series Chipset) 125W: Buy it now

Intel Core i9-11900 Desktop Processor 8 Cores up to 5.2 GHz LGA1200 (Intel 500 Series & Select 400 Series Chipset) 65W: Buy it now

The value of change

When I directly look at Intel Gen 11 and its performance, I see a very strange Intel. An Intel had stopped chasing the heights of the time when they still monopolized the market. They are approaching the more realistic values ​​of an ordinary user, covering those values ​​to become a more “popular” CPU model. High performance is not a CPU; a CPU suitable for everyone is worthy.

Even listing what’s new on a product that’s been dissected for a long time can be a tedious task. I prefer to talk about the value that comes from change. This comprehensive change from Intel brings great value to systems running Intel’s pure CPU without using graphics cards and expansion components. The Intel Gen 11 CPU is more than enough for a wide range of needs, from Offices to compact Multimedia systems. Intel Gen 11 delivers a massive boost to the experience on synchronous computers, assemblers, and other compute systems.

Personal computers still really need experiences for individuals, not for a company or an organization. And the way that Intel designed and created Intel Gen 11 is also for that purpose. Delivering comfortable and powerful experiences is more for the individual than for the professional environment. Focus on single-core performance because day-to-day tasks are mostly performed by single-core applications, especially as they are excellent. I found it superior in all the single-core tests when I did the benchmarks. I also liked how an Intel i9-11900 CPU (not clock unlocked) jumped to 5.1Ghz easily and stayed at that number throughout its life.

Once upon a time, the price of RAM sticks was barely delimited by their bus level. Sticks from DDR4-2666Mhz to DDR4-3200Mhz do not have much price difference. But if it were you, how would you want to run them? Of course, at the 3200Mhz bus, to start things up faster, the performance on the integrated graphics core is also improved somewhat. So obviously, upgrading the ability to run RAM at a high bus like 3200Mhz is a significant improvement on Intel Gen 11; However, it is the least obvious thing in an individual user’s experience; it is still one of the user’s closest values. I also feel this when my RAM on an Intel Gen 11 can be pushed to 4000MHz so gently.

Do you know what is causing the computer market to riot? That is virtual currency and graphics cards. So if the user doesn’t have a graphics card, isn’t all the experience lost? At least when using Intel Gen 11, you’ll get back the little bit of experience you need on a graphics card. Playing games or editing videos, the Intel Iris Xe architecture on Intel UHD graphics cores can guarantee you far more performance than previous-generation graphics cores. Although still not comparable to discrete graphics cards in every way, but at least its performance will help you stand up to this wave for a not short time. Support for video standards such as 10-bit VA1 or 12-bit HEVC shows that you only need a very basic computer to do great 4K video editing and editing. If it’s just gaming, you can feel that Intel allows you to play more games on their integrated graphics core. More games mean more fun.

Thanks to this graphics microarchitecture, the ability to output directly from Intel CPUs with integrated graphics is improved. Users could watch premium content like 4K with better frame rates, colors, and higher definition. You may not realize this, but 4K digital content is creeping into our daily lives. It’s also hard for you to resist their attraction.

One of the valuable changes for content and multimedia creators like me is connecting to internal and external SSDs. With internal hard drives, Intel Gen 11 has allowed SSDs with sequential read/write capabilities of up to 7000MB/s to appear on its system, which makes content production a breeze. Numbers like videos and photos add sections more quickly. The same goes for external hard drives. Allowing connections like Thunderbolt 4 or USB 3.2 gen2x2 to appear gives me a lot better mobile communication capabilities, even working on it without putting them on the inherently pretty internal hard drive. Limited. In the past, we have also produced YouTube videos with an original file capacity of up to 1TB; I am aware of how good it is to own an external hard drive with a high capacity and connection speed Workflow. You cannot guarantee that the process of moving files back and forth will not leave errors; however, if you can do them directly on an external hard drive, the original data will be guaranteed safe.

So is Intel Gen 11 worth buying?

Another generation of CPUs will continue to be released. Moreover, it is a new process for the desktop CPU line, the 10nm process. The psychology of many people will be to wait a few more months to own a more powerful chip that is superior in thread multipliers and other features.

I have the exact opposite opinion of that opinion for many reasons:

– Microarchitecture on the new 10nm process will mostly be released for mobile-first, not desktop as we think. Up to now, Intel Tiger Lake has come a long way, although not long; it has been nearly six months, and the time that Intel launched Core Gen 12 with the new architecture quite coincides with the time that they launched Intel Core Gen 11 in 2020. That is, if you are a desktop user, you have to wait a few more months, like today but next year, for Intel to officially launch Intel Core Gen 12 for desktop.

– The microarchitecture for desktop CPUs on the 10nm process will probably remain the same as it is now. It’s just the number of transistors that will allow Intel to achieve its goals in terms of thread cores and clocks better than it is currently. It doesn’t make much sense to people who need Intel’s new features but not thread core counts.

– Compared to the 14nm process that is six years old, the new 10nm process will increase the cost of CPU production. Therefore, if you intend to own a 10nm Intel Core desktop, you will have to spend a lot more money than the CPU from the old process.

If you are a person who has used old CPUs and needs a hardware upgrade to operate smoothly and bring value to work or life, don’t hesitate to use Intel Gen 11 desktop at this time.

Don’t worry if you are looking to buy a new computer and worry that this old 14nm process will soon make you obsolete. Most of the features you will need or will need soon are included in Intel Gen 11. It won’t change much in the next one or even two generations. Because you don’t have a computer, the value of doing nothing and the value of what Intel Gen 11 delivers is still vastly different. The difference between hardware generations is not too large for you to regret your investment.