Intel 10th Gen vs 11th Gen

Over the years, IoT (Internet Of Things) has completely changed the face of the business industry. The demand for IoT-based applications grows rapidly by the minute. And to meet these demands, the world is in constant need of high-speed processors that can suffice these technological advancements. Intel is one of the world’s largest and highest semiconductor chip makers.

Founded in 1968, the company has only managed to evolve substantially over all these years. For those who didn’t know, it was Intel which first developed the SRAM (Static RAM) and DRAM (Dynamic RAM) chips which were the basis of their business. In 1971, the company created the first commercial microprocessor chip, which went on to become a primary portion of a computer later on. The company invested heavily in microprocessor designs in 1990 to become the dominant leader in supplying microprocessors for PC. 

Intel offered full support to the rapidly growing computer industry and managed to make a name for itself within the same. Over the years, Intel has become one of the most trusted and potent names in the computing industry. Their power of delivering efficient computer peripherals has kept Intel at the top of their game. With time, the company has rolled out numerous next-generation processors. With the increasing demand, having the right generation processor has become key in building/buying a new computer system.

But choosing between 10th and 11th Generation processors is challenging since both these processors come with their unique set of perks and abilities. Therefore, in this article, we will walk you through every inch of detail about 10th and 11th generation processors to help you make the right choice. 

Intel 10th Generation Processor

Intel 10th Generation Processor Overview

Released back in 2020, Intel’s 10th generation brings a new lineup of Intel CPUs right from the entry-level i3s all the way up to the high-performance i9 models. Every 10th generation CPU model will be effective in different use cases. The higher-end options are the best fit if you’re looking for a setup that is designed explicitly for gaming, video streaming, and content creation. On the other hand, you’ll get all your needs satisfied from either an i5 or i7 processor if you’re into gaming.

These 10th generation CPUs come packed with technological advancements such as hyper-threading, in which the CPU treats its cores as multiple virtual cores, also known as threads. Such improvements can significantly bolster the overall efficiency and make your CPU well-equipped to tackle numerous applications simultaneously. With an optimal balance of frequency, cores, Hyper-Threading And threads, advanced tuning support, and blazing connectivity, Intel’s 10th generation CPUs offers an immersive experience for gamers, streamers, creators, and mainstream users alike. 

Intel 10th Gen Processor Specs

Here are the detailed specifications of the Intel 10th Generation CPUs currently available in the market

Processor NameCoresBase Frequency
(GHz)
Max Turbo Frequency(GHz)All Core Turbo
(GHz)
CacheTDPiGPU
i9-10900k103.7 5.3 4.8 20Mb125W
i9-10900KF103.7 5.3 4.8 20Mb125W
i9-10850K103.6 5.2 4.7 20Mb125W
i9-10900102..85.24.520Mb65W
i7-10700K83.85.14.716Mb125W
i7-10700KF83.85.14.716Mb125W
i7-1070082.94.84.6 16Mb65W
i7-10700F82.94.84.6 16Mb65W
15-10600k64.14.84.512 Mb125W
i5-10600KF64.14.84.512 Mb125W
i5-1060063.34.84.412 Mb65W
i5-1050063.14.54.212 Mb65 W
i5-1040062.94.34.012Mb65W
i5-10400F62.94.34.012Mb65W

Features of Intel 10th Gen Processors

The 10th Generation Intel Processors primarily bank on the following features.

  • Elite Performance
  • Seamless Connectivity
  • Immersive Visual Experience
  • Advanced Tuning Support
  • Intelligent System Optimisation
  • Boosted Productivity
  • Thermal Velocity Blast Technology
  • Turbo Boost Max Technology
  • Intel Hyper-Threading Technology

One of the key features of Intel’s 10th generation processors is that it automatically adapts to the work being done and directs power to the peripherals that require it the most accordingly. The integrated Wifi 6, along with Thunderbolt 3 Technology, provides fast, reliable, and stable wired and wireless connectivity. The new graphics architecture is designed explicitly to support vivid visuals such as 4k HDR videos and 1080p gaming, which allows the user to have an immersive visual experience altogether.

In addition, these 10th generation CPUs come equipped with Turbo and Intel optane memory that allows for gaming to stream videos side by side at a speed of 5.3 GHz. These 10th generations Intel CPUs offer support for upto DDR4-2993 memory that will enable users to enjoy smooth gameplay followed by immersive realism. Owing to the Turbo Max Technology 3.0, the CPU delivers an automatic performance boost while processing lightly threaded applications.

Intel 11th Generation Processor

Intel 11th Generation Processor Overview

Based on a core new architecture, Intel’s 11th Generation processors are a significant upgrade over the 10th gen in terms of performance, creation, and everyday use. These 11th generation processors are the first to feature Intel Iris XE graphics and feature up to 20 PCIe lanes for the latest discrete GPU. In addition, they are equipped with an enhanced AI-based intelligent performance system that boosts productivity when using creative or other applications. With the AI-enhanced performance and Iris XE graphics, your processor can now deliver stunning and vivid graphics in terms of graphic design, video rendering, video editing, and so on.

Furthermore, in combination with Iris XE graphics, the 25W 11th Generation Intel Core processor tends to map out exceptional frame rates. In addition, the 11th Gen Intel Core processor (K-processor line) can be overclocked to deliver even higher performance levels when you need it most. These next-gen processors are designed explicitly to meet the IoT demands of commercial and industrial applications.

Intel 11th Gen Processor Specifications

Here are the detailed specifications of the Intel 11th Generation CPUs currently available in the market

Processor NameCoresBase Frequency
(GHz)
Max Turbo Frequency(GHz)All Core Turbo
(GHz)
CacheTDPiGPU
i9-11900K83.55.34.716 MB125 W
i9-11900KF83.55.34.716 MB125 W
i9-1190082.55.24.616 MB65W
i9-11900F82.55.24.616 MB65W
i7-11700K83.65.0 4.616 MB125W
i7-11700KF83.65.0 4.616 MB125W
i7-1170082.54.94.416 MB65W
i7-11700F82.54.94.416 MB65W
i5-11600K63.94.94.612 MB125W
i5-11600KF63.94.94.612 MB125W
i5-1160062.84.84.312 MB65W
i5-1150062.74.64.212 MB65W
i5-1140062.64.44.212 MB62 W
i5-11400F62.64.44.212 MB62 W

Features of Intel 11th Gen Processors

Launched in March 2021, Intel’s 11th Generation Processors come packed with the following features.

  • Improved Overall Architecture
  • Intel Iris XE Graphics
  • Enhanced AI-based Intelligent Performance
  • Faster And Reliable Connectivity
  • Advanced Overclocking
  • Accelerated AI

As mentioned earlier, Intel’s 11th generation core processors are a substantial upgrade over the 10th generation processors. These 11th gen processors are enhanced explicitly to accommodate the growing needs of IoT-based applications that require high-speed processing, computer vision, and low latency deterministic computing. Intel’s 11th gen processors combine CPU, GPU, and AI to deliver up to 23% faster single-thread performance, 19% faster multi-thread performance, 2.95x faster graphics performance, and many more while processing multiple real-time workloads simultaneously. In addition, the Intel Iris XE Graphics is equipped with up to 96 execution units that allow a user to stream, process, and analyze multiple video channels simultaneously. 

What’s The Difference Between “K,” “KF,” and “F” Powered CPUs?

The “K” series CPU is one of the most commonly used designations when one shops for a desktop. The indicates that the CPU can be overclocked freely because it consists of an unlocked multiplier. Therefore, in a K series CPU, you can change the clock settings to overclock it. 

Meanwhile, the KF refers to the CPUs with an unlocked multiplier and no integrated graphics. These KF CPUs required a discreet graphics card since they do not have Intel UHD. The KF has unlocked cored (multiplier) for overclocking. 

Similar to the KF, the series refers to the CPUs with an unlocked multiplier but no integrated graphics. These CPUs have their iGPUs disabled because of production line malfunctions. Surprisingly, F series CPUs tend to overclock better than standard K series processors and are cheaper as compared to their non-f counterparts. 

In simple terms, here is what the K, KF, and series CPUs refer to

  • K: Unlocked Multiplier, iGPU
  • KF: Unlocked Multiplier, no iGPU
  • F: Unlocked Multiplier, no iGPU

10th Vs. 11th Generation Intel Core Processors

SpecificationsIntel 10th Generation Comet Lake CPUIntel 11th Generation Rocket Lake CPU
Cores2-10Up to 8 Cores
Socket (s)LGA 1200LGA 1200
Memory SupportDDR4-2933 MhzDDR4-3200 MHz
ConnectivityThunderbolt 3.0Thunderbolt 4.0
GraphicsIntel UHD Iris XE 
ArchitectureSkylake Cypress Cove
Power Draw300W370W

1. Gaming

Intel’s 11th generation processors deliver a splendid gaming performance, all thanks to the newly inducted Iris XE graphics. When compared, Intel’s 11th generation processors outperformed the 10th generation processor by a whopping 7%, posting a total of 18% overall improvement as compared to the earlier generations. As a result, the 11th generation Intel Core processor significantly reestablishes Intel’s rivalry with AMD’s Ryzen series processors.

2. Content Creation

While the 11th Generation processors come packed with slightly higher features than their predecessor, both 10th and 11th generation processors are great when it comes to creating streaming content. For example, the 10th generation processor’s multi-threading benchmarks allow the user to create, stream, and analyze visual content all at once. Specifically, Intel’s 10th Generation Rocket Lake CPUs hold a sizeable advantage over its successor in terms of performance gains.

3. Power

To tackle Ryzen’s power efficiency, Intel launched the 11th generation Rocket Lake CPUs. Unfortunately, it still fell short since running a 10th gen processor consumes a modest amount of power than Intel’s 11th generation processors. Comet Lake generally remained below 300W for total system power draw, while Rocket Lake hovered around 370W. So, if you’re looking for a power-efficient CPU, then the 10th generation Rocket Lake CPUs is the one to go for

4. Pricing

While there wasn’t much to differentiate on the pricing levels in Intel’s earlier processors, the price tag is equally vital when comparing the 10th and 11th generation Intel Core processors. Ever since the launch of the Comet Lake CPUs, Intel’s sales haven’t dropped an inch. In addition, Intel’s 11th generation processors are expensive as compared to the 10th generation processors since they come with a sizeable upgrade over their counterparts. 

Processor Comparison

Intel i5 11600 Vs. Intel i5 10600K

SpecificationsIntel 11600kIntel 10600K
Cores66
Threads88
Base Clock4.2 GHz4.1 GHz
Boost Clock4.9GHz4.8Ghz
ArchitectureRocket LakeComet Lake
Multitasking SupportGood Good
ChipsetIntel LGA 1200Intel LGA 1200

Intel i7-10700K Vs. Intel i7-11700K

SpecificationsIntel 11700kIntel 10700K
Cores88
Threads1616
Base Clock3.8 GHz3.8 GHz
Boost Clock4.6 GHz5.1 GHz
ArchitectureRocket LakeComet Lake
Multitasking SupportGood Good
Chipset Intel 1200 LGAIntel 1200 LGA

Intel i9-10900K Vs. Intel i9-11900K

SpecificationsIntel 11900kIntel 10900K
Cores810
Threads2016
Base Clock3.5 GHz3.7GHz
Boost Clock5.3 GHz5.3 GHz
ArchitectureRocket LakeComet Lake
Multitasking SupportGood Good
Chipset Intel 1200 LGAIntel 1200 LGA

Why Choose A 10th Generation Comet Lake CPU?

The Comet Lake and Ice Lake, 10 nm processors, combine to form Intel’s 10th generation core family. A 10th generation Comet Lake CPU is perfect for those using their systems for running heavy-duty applications such as video rendering, animations, video editing, and so on. In addition, Intel’s 10th Generation Comet Lake Lake CPUs comes with better overclocking potential, offer better performance at a lower price, and have an efficient power draw as compared to Intel’s 11th Generation Rocket Lake CPUs.

Why Choose A 11th Generation Rocket Lake CPU?

Released in March 2021, Intel’s 11th generation CPU comes with a sizeable upgrade over Intel’s 10th generation Comet Lake CPUs. These 11th generation processors offer higher IPC, which in combination with the Iris XE graphics, delivers an excellent frame rate while gaming. Another reason to go with Intel’s Rocket Lake CPUs is that they come with enhanced intelligent AI that allows for smarter and faster applications. Also, the Rocket Lake CPUs deliver a faster single-core performance as compared to their predecessor while offering superb support to the PCIe 4.0 interface.

The Bottom Line

We hope our article was successfully able to walk you through everything Intel’s 10th Generation Comet Lake and 11th Generation Rocket Lake CPUs have to offer. To comply with the rapidly growing field of technology, the world needs faster processors well-suited to support IoT-based applications. Choosing between Intel’s 10th and 11th generation processors can be tricky since both come with their unique set of perks and abilities.

If you look at both gen processors carefully, you’ll notice there is no real difference except for the clock speeds and the behavior the CPU exhibits when it comes to boosting clock speeds. If your work includes heavy-duty applications such as video rendering, video editing, and so on, the Comet Lake is the best choice. But if you’re looking for a CPU that delivers exceptional performance in terms of gaming as well as business, then the Rocket Lake CPUs are your best bet. 

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