Best Lga 1150 Cpu 2022: Recommended For You
Are you looking for the best LGA 1150 CPU for graphic design, gaming, and editing, or some other heavy-duty to take your computer system to another level of speed and performance? You’re in the right place!
Every gamer is confused when choosing a CPU for gaming, and it happens when one does not have enough knowledge and guidance. The processor is the most important part of your computer system. That’s because the CPU instructs other chips and software to run.
However, many LGA 1150 CPUs are on the market, and it is difficult for you to choose the best. So, Medcpu decided to list 8 best sockets 1150 CPUs that you can buy today.
List of 8 Best LGA 1150 Processors
1. Intel Core i7-4790K
The quad-core Intel Core i7 4790K, an upgrade to the 4770K, offers better CPU and GPU performance and improved power consumption and overclocking capabilities.
The Core i7-4770K uses 22nm processes to achieve better temperature control than its predecessor. It also addresses the lack of overclocking capabilities consumers had complained about in the Ivy Bridge series. It runs hotter than the i7-4770K and consumes more energy, so it will require proper cooling to function effectively.
Core i7-4770K is an LGA 1150 processor that works with socket LGA 1150 motherboards. This processor is compatible with LGA 1150 motherboards using the Intel Z97.
However, it will also work with older Z87-based motherboards. You may need to upgrade the firmware (BIOS) if you have a Z87 motherboard. This could lead to problems with other parts of the system.
Although the lga 1150 i7 is a bit old, it was still the best-selling Intel product at launch. The CPU’s name contains a “K”, which indicates that it has an unlocked multiplier. This allows you to overclock it.
This was the first Intel CPU to run at 4 GHz across all cores straight out of the box without additional boosting. The clock speed can be increased, but ensure that the processor is properly cooled to avoid overheating.
The Intel HD Graphics 4600 is used in the 4790K, as well as the predecessor i7-4770K. The processor’s 20-unit graphics core is a slight improvement on the i7-4770K.
Although it doesn’t offer the same performance as other chipsets, there are significant improvements. You can still enjoy your favorite games even if the graphics quality and resolution are slightly lower, depending on which dedicated GPU you have.
Gaming is easy with the 4 GHz base clock speed. Hyperthreading has 4 cores and 8 threads. This chipset has a higher multitasking capability, which allows it to excel in multithreaded applications. This is great if you intend to use it to produce music or edit videos. The chipset also shares the same 8MB Level3 cache as the Intel i7-4770K.
While more cores and more threads are the norms for processor manufacturing, game developers are not increasing their demands on the games they create.
Gaming is still done with 4 cores.
Only a few enthusiasts can use more cores. For building a gaming computer, 4 cores and 8 threads will work well.
They can run new games in the future without needing to upgrade. However, make sure you have a graphics card that can handle the intense graphics processing required by modern video games.
2. Intel Core i7-4790 Processor
The Intel Core i7-4770 is an extremely efficient processor that uses the 22nm Haswell architecture. This is the “locked version” of the 4790K. This processor cannot be overclocked, but it runs on the 22nm Haswell silicon architecture. You should ensure that the processor is adequately cooled, just like the i7-7480K.
The base clock speed of the i7-4770K is 4 GHz, but the CPU can go up to 3.6 GHz. The CPU can support 32GB RAM, which is more than enough to handle modern gaming.
You cannot overclock the CPU, so it is possible to save money by not purchasing a Z-series motherboard. Instead, you can get any motherboard that supports the CPU.
Hyperthreading is available on the i7-4790 CPU with 4 cores, 8 threads, and 8 threads. This chipset allows for enhanced multitasking, making it ideal for multi-threaded tasks such as editing video or creating music. The chip also shares the same 8MB Level3 cache as the Intel i7-4790K or i7-4770K processors.
A base clock speed of 3.6GHz is still acceptable for gaming. While more cores and threads are the norm for processor manufacturing, 4 cores and 8 cores are still ideal for building a gaming computer. They will be able to run the upcoming games without the need to upgrade.
3. Intel Xeon E3-1230V3
The Intel Xeon E3-1230 v3 is part of the Xeon processor range and boasts a performance level unmatched when it was launched.
Xeon CPUs can be used for building a gaming computer, although they are not recommended for consumers. The Intel Xeon E3-1230V3 has the same LGA 1150 socket as the i7 variants. It features 4 cores and 8 threads.
It also supports four additional PCIe 3.0 lanes.
The majority of chips are idle, and the Intel Xeon E3-1230V3’s TDP is the lowest of all the CPUs that we have compared, so you can expect to see the processor consume the least power overall.
The 22 nm lithography from the Haswell series is also used in the Xeon E3-1230V3 processor. It fits on the socket LGA 1150 motherboards, just like the other CPUs. It is suitable for industrial use and supports various Intel technologies, including Turbo Boost, vPro platform, Virtualization technology, and TSX-NI.
This CPU has the lowest power requirements of any other CPU. Xeon CPUs were designed for industrial use. They consume less power, have a lower clock speed of 3.7 GHz and a lower base clock speed of 3.2 GHz.
Hyperthreading is available on the Xeon E3-1230V3 CPU with 4 cores and 8 threads. It also has the same 8MB Level3 cache as the i7-4770 and 4790K. This chipset allows for enhanced multitasking and, when combined with TSX NI, it allows intelligent multi-threading.
It excels at editing videos or producing music.
The Xeon E3-1230 V3 was designed to distribute loads across the entire core count. This is especially useful for people who use it to create content instead of gaming. This processor is ideal for multithreading applications and offers performance and reliability comparable to the mainstream i7 consumer processor.
It supports 32GB RAM, making it a good choice for gaming. However, it is slow in terms of clock speed. Turbo Boost can reach speeds of up to 3.7 GHz.
It does not have integrated graphics, so that you will need a dedicated card for all graphics processing. Even though it wasn’t designed for gaming, it can be used to great effect for gaming.
Read more:
- 6800K Vs 6700K Gaming 2022: Which Is Better And Why?
- Best Am3+ Cpu 2022: Recommended For You
4. Intel i7 4770 quad-core
For many reasons, the Intel i7 4770 quad-core CPU is one of our top LGA1150 processors.
This CPU has the distinction of being the fastest Haswell CPU architecture CPU and is included in our LGA1150 CPU List.
The fourth-generation core may not be for you if you are a serious gamer with a dedicated graphics card. The CPU is smaller and more efficient. The i7 offers a unique performance upgrade to its predecessors.
The 22nm process was used to create the 4th generation Core i7 4770. It also contains 1.4 billion Tri-Gate 3D transistors. It has unlocked cores that allow for overclocking. It features a base clock speed of 3.5GHz and a turbo boost of 3.9GHz.
The product also features four cores that can run on eight threads. This is due to Intel’s threading technology. It also comes with the HD4600 graphics core, which allows you to playback HD content. It has an overclocking function and clock speed of 1250MHz. It has about 8MB of L3 Smart Cache. It also has the LGA 1150 socket.
Read also:
- Best 1155 Cpu For Gaming 2022: Recommended For You
5.
Intel Core I5 4570
The Intel Core i5-4570 CPU is a high-quality processor that offers most of the Core i7’s features. It is suitable for photo or video editing at a lower price.
There are many options for you if you’re looking to build a powerful computer at an affordable price. This CPU has accelerated processing units which are ideal for those who want the best.
This is particularly true for graphics performance. For those who place CPU muscle as their top priority, the mainstream Core processor is also available.
This CPU is for you if you have other needs than work and don’t care much about overclocking. Hyper-threading is disabled when this CPU is turned on. Its power consumption rating is the same for the Core family models.
Hyper-threading is not available on this chip, especially if you use threaded programs that would have been able to access the virtual threads found in other quad-core chips. This chip is ideal if you are not interested in rigorous content creation.
These are all important points to make. The 22-nanometer process of Intel was used to create this chip and 3D transistor technology that was included in previous generations. It can also run at speeds between 3.2 GHz to 3.6GHz and is not locked for overlocking.
The Core i5-4570 doesn’t offer much power savings. It has a thermal design rating of 84 watts. Despite not offering much in architectural changes or CPU speed, this core processor is a significant improvement. It is the same processor as the i7-4770L, but it comes with Intel’s HD Graphics 4600.
6. Intel Core i5 4460
The Intel i5 4460 quad-core processor is a mid-range processor. The 22nM version was unveiled in the second quarter of 2014. It doesn’t include hyper-threading, so you can only use 4 cores and 4 threads.
It includes Haswell architecture, which is an improvement on the Ivy Bridge architecture. It is designed to increase performance and reduce energy consumption.
This version also includes optimized jump prediction and an increase in total execution units. This ensures better performance when hyper-threading is used.
The Core-i5-4430 is better on performance. It has sufficient performance to meet your daily demands. It is equipped with the Intel HD Graphics 4600 graphics processor, which clocks at 1100 MHz. It consumes 84 watts of power.
7. Intel i5-4590
We consider the Intel i5-49090 to be one of our top LGA1150 processors. This is due to several reasons. It’s a desktop processor with 4 threads, 4 cores. The hyper-threading feature is not available.
Cores are designed to run at 3.3-3.7GHz, while the SoC incorporates 6MB level 3 caches. The integrated Intel HD graphics card 4600 is included. The integrated memory controller supports up to 32 GB.
This CPU was launched in 2014 as part of the Core i5 line and used the Haswell architecture with socket 1150. It has 6MB of L3 cache and operates on 3.3GHz by default. However, it can be boosted to 3.
7GHz depending upon the function.
It was also made using a 22nm manufacturing node. It can consume a lot of power and has a TDP of 84 Watts. It supports DDR3 memory and a dual-channel interface.
It uses a PCI Express Gen 3 connection to communicate with other components. It also supports hardware virtualization, which can help improve virtual machine performance.
8. Intel i3 4150
Because of its unique features, the Intel 4150 is one of the best LGA 1150 processors. It has 2 cores and 4 threads while running at a speed of 3.5GHz.
The Intel Core i3 4150 processor is designed for desktop computers. It was built on the Haswell Microarchitecture. To avoid overclocking, the CPU was locked. There are 2 cores and 4 threads. It includes the Intel Graphics 4400, which has a maximum video file size of 2GB.
This CPU is compatible with both Z97 and Z87 motherboards. For Z87 motherboard users, a BIOS upgrade may be required. It also features the Intel Rapid Storage Technology and quick sync Video, which allow for faster video conversion.
It also comes with Intel Turbo boost technology, Intel IPT, and Intel PKI.
It also comes with integrated video. The dual-core Core i3 4150 processor is available. The operating system regards it to have four cores because of Hyper-threading technology.
The Intel Core i3-4150 CPU measures 4.6×3.4×4.6 inches and weighs 13.3 ounces. The Core i3-4150 CPU is recommended if you want to build a mainstream computer with discrete graphics cards.
It also supports Intel Insider and is compatible with OpenGL, DirectX 11.2 as well as OpenCL 1.2APIs. It also includes Wireless Display, Quick Sync Video, and clear video HD Technology.
Best Lga 1150 Motherboards – Things to Consider
AMD Vs. Intel
Other than a few smaller companies that produce CPUs for other markets, AMD and Intel are the largest CPU manufacturers. AMD makes slightly better CPUs than Intel, but that’s still a weak position. Each new release could tip this scale.
AMD is considered the most consumer-friendly brand, as its CPUs are often compatible with older mobos.
You can only use an LGA 1150 motherboard with Intel CPUs. Most AMD CPUs will require an AM4 socket.
Cores and Thread
The CPU’s cores are the heart of the chip. They are responsible for processing information and executing instructions. These, along with the clock speed, determine how efficient your computer will function and what kind of workflows it can perform.
The more cores your CPU has, the better its performance and the more flexible it will be. Cores are typically single-threaded, which means they can execute programmed instructions on their own. However, cores can be hyperthreaded.
Each core has two threads that can be used for concurrent processing with hyperthreading. Hyperthreaded cores can multitask better than single cores, while single cores excel at focusing on specific applications.
LGA 1150 CPUs can only be purchased in quad-core format, but the i7/Xeon models have received the hyperthreading treatment. This means that they have 8 threads.
Clock Speed
When it comes to CPU performance, clock speed is the second most important. Let’s begin by explaining what a cycle is in this context. An oscillator emits a pulse called a cycle.
A cycle can contain one or more executed instructions. Clock speed, measured in GHz, measures how many cycles your CPU flips per second. Are you still confused? We are not sorry. The general function of your clock will run faster if it is running at a higher speed.
Architecture
Architecture refers to the overall design of a CPU, including its process size, cache capacity, and functioning of datapaths. Every generation of CPUs is built with a different microarchitectural blueprint. The CPUs that we will be looking at today, for example, are built on Haswell architecture. Skylake and Airmont followed this in 2014.
You will need a new motherboard to connect a more advanced architecture to your gaming system. These architectural advances make it impossible to use older sockets with the newer CPUs.
Multitasking
We mentioned earlier that CPUs with hyperthreaded processors are more efficient multitaskers than single-core models. We meant that they could run multiple apps simultaneously with no noticeable performance drop. What is computational multitasking? Multitasking is exactly what it sounds like.
Imagine that you are playing a game and also want to live stream the action. You have several tabs open, and maybe you are downloading media. Multitasking is the key to success. Multitasking is a benefit to everyone. Multitasking can benefit everyone to some extent, but content creators especially need to multitask efficiently.
FAQs about Best LGA 1150
1. Is LGA 1150 outdated?
Yes, socket 1150 CPUs have become obsolete. They are over six years old, and Intel no longer makes or supports them. I wouldn’t recommend purchasing one if you are planning to build a computer. They are not necessary unless you use them for a specialized application.
Read more: https://www.quora.com/Are-LGA-1150-CPUs-outdated
2. Is LGA 1150 and 1151 the same?
LGA 1151 sockets and LGA 150 do not belong to the same generation or the same category. Motherboards equipped with LGA 1151 sockets can support faster connections to other peripherals and newer CPUs, making them more efficient than their predecessors.
Read also: https://gamegavel.com/lga-1150-vs-1151/
3. Will an 1150 CPU fit 1151?
Is it possible for an LGA 1150 CPU to work with an LGA1151 motherboard? Quora. No. The CPU won’t fit either.
Related: https://www.quora.com/Can-an-LGA-1150-CPU-work-in-an-LGA-1151-motherboard
4. Is LGA 1155 outdated?
It’s not obsolete. It isn’t obsolete. It’s not obsolete, but it’s worth looking into LGA 1151. This allows you to upgrade to Kaby Lake 7th generation CPUs without having to change the motherboard. You can also wait for ZEN and get Skylake/Kaby Lake.
Read more: https://www.quora.com/Is-the-LGA1155-CPU-socket-obsolete-for-modern-gaming
Conclusion
Medcpu hope you found this article helpful in finding the best CPUs for LGA 1150 to suit your needs.
Gaming CPUs are becoming more accessible to users than they were in previous centuries. Intel is pushing CPUs that are affordable and offer decent performance.
You need to find the best 1150 CPU for gaming. It will require you to look at various specifications and think critically. If we missed any of the LGA 1150, tell us about them in the comments!
Best 1150 CPU to fit to your LGA 1150 Socket Motherboard
The LGA 1150 CPU line fits into a specific style socket and must be replaced with an equivalent processor.
Motherboards and CPUs are designed to go together, and if you have a motherboard with an 1150 socket and are looking to upgrade your processor, you need to make sure you purchase another one that fits into the same style socket.
In this post, we review a few different options for socket 1150 CPUs and recommend the best upgrade option for your needs.
Contents
- LGA 1150 CPU comparison
- Best LGA 1150 CPU
- 1.
Intel Core i7-4790K - 2. Intel Core i7-4790 Processor
- 3. Intel Xeon E3-1230V3
- Architecture and Compatibility
- 4. Intel Core i5-4690K
- 1.
- * Fastest LGA 1150 CPU
- * 1150 CPU for Gaming
- Conclusion
LGA 1150 CPU comparison
| Intel Core i7-4790K | Intel Core i7-4790 | Intel Xeon E3-1230V3 | Intel Core i5-4690K | |
|---|---|---|---|---|
| Cores | 4 | 4 | 4 | 4 |
| Threads | 8 | 8 | 8 | 4 |
| Base Clock | 4.0 GHz | 3.6 GHz | 3.3 GHz | 3.5 GHz |
| Max Clock | 4.4 GHz | 4.0 GHz | 3.7 GHz | 3.9 GHz |
| Integrated Graphics | HD Graphics 4600 | HD Graphics 4600 | No | HD Graphics 4600 |
| Memory Support | 32 GB | 32 GB | 32 GB | 32 GB |
| Max Power Consumption | 88 W | 84 W | 80 W | 88 W |
Best LGA 1150 CPU
The best LGA 1150 CPU discussed here today is the Intel Core i7-4790K.
It has a base clock speed of 4.0 GHz out of the box, supports overclocking up to 4.4 GHz, supports hyperthreading with four cores and eight threads, and is designed to run with the Z-series motherboards offering support for the overclocking capabilities of the processor itself.
1. Intel Core i7-4790K
The quad-core Intel Core i7 4790K is an upgrade to its predecessor (the 4770K) and offers improved CPU and GPU performance, better power consumption and overclock capability.
Architecture and compatibility
Using 22nm processes, the Core i7-4790K has better temperature control than the Ivy Bridge series and also addresses some of the limited overclocking abilities consumers complained about with its predecessor. The chip runs hotter and uses more energy than the i7-4770K, so it will need proper cooling to run effectively.
The Core i7-4790K is a LGA 1150 processor compatible with the socket LGA 1150 motherboards.
It is designed to run with LGA 1150 motherboards that use the Intel Z97, but will also work in older Z87-based motherboards. If you go with a Z87 motherboard, you may need to update the firmware (BIOS) for it to run properly, and if done improperly could cause issues with the rest of the system.
Performance
The Intel Core i7-4790K is a few years old now, but at launch it was the top of the Intel line. The “K” in the name of the CPU indicates it has an unlocked multiplier, allowing you to overclock it. This was the first Intel CPU with the ability to run at 4 GHz across all four cores out of the box without any additional boosting. You can take the clock speed even higher, but make sure that you have proper cooling for the processor so it doesn’t overheat.
The 4790K uses the same Intel HD Graphics 4600 you will find in its predecessor the i7-4770K. The 4790K processor has a 20 unit graphics core which is a small step up from the i7-4770K.
It doesn’t deliver impeccable performance compared to newer chipsets, as there is significant potential for improvement. You can still play your favorite games if you can deal with slightly lower graphics quality and resolution, depending on your dedicated GPU
Hyperthreading
The 4 GHz base clock speed is great for gaming, and the CPU does have hyperthreading with 4 cores and 8 threads. This boosts the multitasking ability of the chipset allowing it to excel in multi-threaded applications which is ideal if you plan to use it for producing music or editing video. It also has the same 8MB Level 3 cache as the i7-4770K, which is shared equally between the processors.
Intel i7-4790K for Gaming
More cores with more threads are becoming the default for processor manufacturing, but game developers are not similarly increasing the demands of the games they are putting out.
Most gamers still use 4 cores for gaming with no issues and the use of more cores is largely limited to enthusiasts.
4 cores and 8 threads are ideal for building a gaming PC, even in 2019, and they will be able to run the games coming out in the next few years without any need to upgrade, just make sure that you have a graphics card to take care of the intensive graphics processing required by modern games.
2. Intel Core i7-4790 Processor
The Intel Core i7-4790 is one of Intel’s highly efficient processors using the 22nm Haswell architecture.
Architecture and compatibility
This is the “locked” version of the 4790K mentioned above. You cannot overclock this processor but it has similar specifications to the “K” version, running on the same 22nm Haswell silicon architecture. As with the i7-4790K, make sure there is adequate cooling for the processor.
Performance
The CPU can boost to 4 GHz (the base clock of the i7-4790K) but the base clock speed is a bit lower at 3.6 GHz. As with the 4790K, there is support for 32 GB of RAM which will more than accommodate any modern gaming.
The CPU cannot be overclocked, so you can save some money by not needing to purchase a fancy Z-series motherboard and get any mainstream motherboard that supports the CPU.
Hyperthreading
The i7- 4790 CPU does have hyperthreading with 4 cores and 8 threads. This allows enhanced multitasking of the chipset, excelling in multi-threaded applications ideal for producing music or editing video. It also has the same 8MB Level 3 cache as the i7-4790K and i7-4770K, which is shared equally between the processors.
Intel Core i7-4790 for Gaming
Base clock of 3.6 GHz is still a decent clock speed for gaming. More cores with more threads are becoming the default for processor manufacturing, but 4 cores and 8 threads are ideal for building a gaming PC, even in 2019, and they will be able to run the games coming out in the next few years without any need to upgrade.
3. Intel Xeon E3-1230V3
The Intel Xeon E3-1230 v3 belongs to the Xeon range of processors and has a CPU performance that was unrivaled at the time of its launch.
Xeon CPUs are not typically used by consumers and are not designed for gaming, but they can be used to build a gaming PC. The Intel Xeon E3-1230V3 features the same LGA 1150 socket and comes with 4 cores and 8 threads, just like the i7 variants listed above, and also supports four extra PCIe 3.0 lanes.
Because most chips spend a lot of their time idle, and the Intel Xeon E3-1230V3 has the lowest TDP of all the CPUs we compare here, you can expect the lowest overall power consumption from this processor.
Architecture and Compatibility
The Xeon E3-1230V3 CPU also uses the 22 nm lithography of the Haswell series. Like the rest of the CPUs discussed here, it fits the socket LGA 1150 motherboards. Because it is designed for industrial use, it supports a number of advanced Intel technologies including Turbo Boost, vPro Platform, Virtualization technology, nd TSX-NI.
The Xeon E3-1230V3 CPU supports 32 GB of RAM like the other SKUs we look into here.
Performance
The power requirement is the lowest of all the CPUs compared here. Xeon CPUs are made for industrial use where they will run around the clock, so they consume less power and have a lower base clock of 3.2 GHz and boosted clock speed of 3.7 GHz.
Hyperthreading
The Xeon E3-1230V3 CPU does have hyperthreading with 4 cores and 8 threads, and the same 8MB Level 3 cache as the i7-4790 and 4790K. This allows enhanced multitasking of the chipset and when combined with TSX-NI it allows for intelligent multi-threading, excelling at producing music or editing video.
The Xeon E3-1230 V3 was specifically designed to distribute loads over the entire core count and is especially beneficial to people who want to use it for content creation instead of just gaming. It’s an ideal choice for multithreading applications, offering performance and reliability similar to what the mainstream i7 consumer processor can offer.
Intel Xeon E3-1230V3 for Gaming
The support for 32 GB of RAM makes it an effective choice for gaming, though it lacks somewhat in clock speed.
The Turbo Boost allows speeds up to 3.7 GHz, and it has no integrated graphics, so you will need a dedicated graphics card to handle any and all graphics processing. It can be used effectively for gaming even though it was not designed to be a gaming processor.
4. Intel Core i5-4690K
Part of the line of products which are codenamed Devil’s Canyon, the Core i5-4690K is a processor from Intel. The Intel Core i5-4690 was and still is a decent mid-range CPU for the average consumer and gamer. It still has 4 cores like every other processor listed here, but instead of 8 threads, it only has 4.
Architecture and Compatibility
The Intel Core i5-4690K CPU also uses the 22 nm lithography of the Haswell series. Like the rest of the CPUs discussed here, it fits the socket LGA 1150 motherboards. The The “K” in the name of the CPU indicates it has an unlocked multiplier, allowing you to overclock it.
Performance
The Intel Core i5-4690K has the lowest base and overclock speed of the consumer CPUs discussed in this post. The Xeon is lower, but that is to be expected from an industrial processor. The base clock is 3.5 GHz and the overclock speed is 3.9 GHz, which is less than the base clock speed out of the box for the i7-4790K.
Hyperthreading
This is the only processor discussed in this post which does not support hyperthreading. This means that the processor has four physical cores and four logical cores. It cannot run multiple processes on the same core like the i7-4790 and 4790K, or the Xeon. This level of performance is still plenty for the average consumer and the average gamer who does not require heightened performance for audio and video encoding.
Intel Core i5-4690K for Gaming
This processor still supports 32 GB of RAM, more than sufficient for gaming. The CPU has a base clock of 3.5 GHz and can boost to 3.
9 GHz.
The clock speeds are higher than the Xeon SKU and you will get impressive performance in games especially if you are only going to play your games at a resolution of 1080P. The CPU does not support Hyper Threading, having only 4 logical cores instead of the 8 you get with other processors, but you do get the integrated Intel Graphics 4600 like you would with the more expensive i7 line.
The HD 4600 engine is generally good for average users who are looking to get good performance with modern gaming. It can support most of the popular games, but you will not be able to play them at the highest settings. It will also let you perform graphics-intensive tasks such as video encoding, but ideally if you are gaming or encoding, you will want a dedicated graphics card.
* Fastest LGA 1150 CPU
The fastest processor discussed here today is the Intel Core i7-4790K. It has a base clock speed of 4.0 GHz out of the box, supports overclocking up to 4.
4 GHz.
* 1150 CPU for Gaming
If you need the ability to run other intensive programs in addition to high-performance gaming, the Core i7-4790K is an Intel 1150 CPU offering the best speed in addition to hyperthreading for better reliability when mixing audio or rendering video.
Conclusion
If you want to get the best performance and overclocking for your 1150 CPU then the Intel Core i7-4790K is the one for you.
If you would rather have stock speeds and save money by using a regular motherboard not designed for overclocking, then the Intel Core i7-4790 is the clear winner.
If you are on a budget and looking for the best value, then the Intel Core i5-4690 is a great option. It comes with 4 cores and 4 threads, with a smaller price tag and works with mainstream LGA 1150 motherboards if overclocking is optional for you.
Best LGA 1150 CPU in 2022 [Socket 1150 / Socket h4 / Socket LGA1150]
Each motherboard has a specific socket, which allows the CPU to be compatible with that socket to fit in.
If your CPU and Motherboard do not match each other, you will have to upgrade your motherboard.
The best CPU manufacturers are, without a doubt, Intel and AMD.
The LGA 1150 CPU fits into older motherboards as we have the LGA 1151, LGA 1155 and LGA 1200, which are the latest socket types. Although there are better versions of sockets and CPUs available now, the LGA 1150 CPUs are still considered great for gaming and other tasks.
Although the LGA 1150 socket is quite old now, it still has a great demand, and people continue to buy it. The choice you are going to make depends entirely on what your requirements are.
If you want the best LGA 1150 CPU, then the core i7-4790K is your best choice, know to be fastest LGA 1150 CPU .
But if you are on a budget, and have no high aims with your CPU, then you can easily settle for the other CPUs, whichever fits your needs. All of them have their pros and cons, and it is entirely up to you to decide which one you will be going with.
We have prepared an In-Depth review of some of the best of Intel’s LGA 1150 CPUs available in the market. So without further to do, let’s get started.
Contents
- What LGA 1150 Is?
- LGA 1150 CPU List
- 1. Intel Core i7-4790
- 2. Intel Core i7-4790K
- 3. Intel Core i7-4770K
- 4. Intel Core i5-4690K
- 5. Intel Core i5-4460
- 6. Intel Core i5-4590
- 7. Intel Core i5-4430
- Frequently Asked Questions
- Wrapping It Up
What LGA 1150 Is?
The LGA 1150, also known as the h4 socket, is a socket type that was releases for the Haswell and Broadwell generation of processors. The processors that were compatible with this socket mainly were the 4th or 5th generation.
The number “1150” in the LGA 1150 describes the number of pins or contact points present on the motherboard, which must match those points present on the processor.
The LGA 1150 CPU will only be compatible with a motherboard containing the LGA 1151 socket type.
Below we have review some are some of the best LGA 1150 CPUs available.
LGA 1150 CPU List
The following passage contains the review and specs, and features of some of the best LGA 1150 CPUs in the market.
| LGA 1155 CPUs | Features | Price |
| Intel Core i7-4790 | Cores: 4 Threads: 8 Base Clock: 3.6 GHz TBT: 4 GHz |
Check Price |
| Intel Core i7-4790K | Cores: 4 Threads: 8 Base Clock: 4.0 GHz TBT: 4.4 GHz |
Check Price |
| Intel Core i7-4770K | Cores: 4 Threads: 8 Base Clock: 3.5 GHz TBT: 3.9 GHz |
Check Price |
| Intel Core i5-4690K | Cores: 4 Threads: 4 Base Clock: 3.50 GHz TBT: 3.90 GHz |
Check Price |
| Intel Core i5-4460 | Cores: 4 Threads: 4 Base Clock: 3.  20 GHzTBT: 3.40 GHz |
Check Price |
| Intel Core i5-4590 | Cores: 4 Threads: 4 Base Clock: 3.30 GHz TBT: 3.60 GHz |
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| Intel Core i5-4430 | Cores: 4 Threads: 4 Base Clock: 3.0 GHz TBT: 3.20 GHz |
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1. Intel Core i7-4790
| Brand | Intel |
| CPU Manufacturer | Intel |
| CPU Model | Core i7 |
| CPU Speed | 4 GHz |
| CPU Socket | LGA 1156 |
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The Intel Core i7-4790 is a high-end processor that is compatible with LGA 1150 socket. This is a powerful processor providing all the good features to give you outstanding performances. Although the i7-4790K is a better version of this processor, the i7-4790 is more budget-friendly and gives you optimum gaming performance.
This processor uses Haswell Architecture.
This processor is loaded with four cores and eight threads, just like the Intel Core i7-4790K. The four cores give you great gaming performances. It is also a Multi-threaded processor and can handle multithread-based tasks with ease, such as video editing, content creation, and so much more.
The Intel Core i7-4790 has a baseline clock frequency of 3.60 GHz, with an attainable maximum Turbo Boost frequency of about 4.00 GHz. A downside to this is that the processor is not unlocked for overclocking, so you will have to make peace with the maximum 4.00 GHz frequency.
The processor also has 8 MB of Intel Smart cache and has a TDP of 84 W. It comes with an integrated graphics card, but those graphics are just not up to the mark, so if you want the best graphics, you will have to equip yourself with a great graphic card. Other than that, the CPU also comes with a stock cooler which gets the cooling job done. Overall, the Intel Core i7-4790 is a great CPU.
Pros
- Great gaming performance
- Hyperthreading available
- Efficient
- Low Price Tag
Cons
- Locked Multiplier – No overclocking
2. Intel Core i7-4790K
| Brand | Intel |
| CPU Manufacturer | Intel |
| CPU Model | Core i7 |
| CPU Speed | 4.1 GHz |
| CPU Socket | FCLGA1150 |
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The Intel Core i7-4790K is a high-end LGA 1150 processor with significant improvements compared to the previous year’s 4770K CPU. It belongs to Haswell-based architecture. If you consider the CPUs available in the LGA 1150 lineup, this processor is a beast and is the best one on the list. Although this processor was launched back in 2014, it is still used by gamers who belong to the mid-tier.
The processor comes with four cores, with the single cores giving outstanding gaming performances. However, it also has eight threads, so multi-threading allows you to smoothly perform multitasking or activities based on multi threads such as content creation, etc. So, it is excellent at handling both gaming and MultitaskingMultitasking.
The processor has improved clock speeds with a base clock frequency of 4 GHz. The Turbo Boost frequency you get with this powerful CPU is 4.4 GHz. You can also overclock the CPU to your desired settings, something you will miss on the i7-4790.
Heat production has always remained an issue on Intel’s old Haswell chips. However, heating problems have been fixed on the Intel Core i7-4790K as a new Thermal Interface Material, also known as TIM, has been used between the heat spreader and the die, dissipating heat efficiently.
The processor has 8 MB of Intel smart cache and a TDP of 88 W. Other than that, and it also has its integrated graphics and a stock cooler.
So, if you are on a tight budget, you will not have to worry about buying a new cooler or a GPU. But if you want the best performances from your CPU, then getting a GPU and a good cooler is highly recommended.
Pros
- Great gaming performance
- Unlocked multiplier
- Better operating temperature
Cons
- Overclocking is limited
3. Intel Core i7-4770K
| Brand | Intel |
| CPU Manufacturer | Intel |
| CPU Model | Intel Xeon |
| CPU Speed | 3.4 GHz |
| CPU Socket | FCLGA1150 |
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The Intel Core i7-4770K is an excellent chip with modest performance gains. This processor belongs to Intel’s Haswell microarchitecture and is built on the 22 nm processor node.
It is compatible with the LGA 1150 socket type and is a top-end chip that provides excellent performance for various tasks. Although its lower overclocking potential might be disappointing for some users, it has enhancements and improvements compared to its predecessor.
The processor comes with four cores which give you good gaming performances through single-core performance. Other than that, it has multi-threading, with eight threads, which allows you to perform heavy multitasking with much ease. Overall, it gives an optimum performance with any task handed over to it.
The Intel Core i7-4770K comes with a base clock frequency of 3.5 GHz, and this can be turbo boosted to a maximum of about 3.9 GHz and has support for DDR3-1600. Another great feature is that overclocking is unlocked, but it has its limitations which is rather disappointing.
It has 8 MB of Intel’s Smart Cache, which enhances performance. Unfortunately, it also comes with integrated graphics, which are nowhere good enough for gaming.
The CPU also lacks Transactional Synchronization Extensions, which allow you to manage multi-thread performance problems easily.
Overall, this CPU functions well for routine tasks and low-level gaming, but you should look for something way better if you are a serious gamer.
Pros
- Enhanced Features
- Budget-friendly
- A great option for regular tasks
Cons
- Less power efficient
- Limited Overclocking
4. Intel Core i5-4690K
| Brand | Intel |
| CPU Manufacturer | Intel |
| CPU Model | Core i5 |
| CPU Speed | 3.9 GHz |
| CPU Socket | FCLGA1150 |
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The Intel Core i5-4690K is a sound chip having optimum features to serve your needs.
It belongs to Intel’s Haswell microarchitecture and has a 22 nm process node. As a result, it is a great chip to run the day-to-day tasks, whether it’s heavy tasking or regular business tasks. It can also play some of the most excellent games, such as Fortnite, Apex Legends, GTA V, and many more.
The processor comes with four cores which gives you good performances in single tasks and gaming. Unfortunately, it also heads four threads which is a bummer as it will not be giving up to the mark performances while handling multitasking or other multi-thread-based programs.
Coming to clock speed, the Intel Core i5-4690K has a base clock speed of 3.50 GHz with a maximum Turbo Boost frequency of 3.90 GHz. Other than that, it comes with 6 MB of Intel Smart Cache and has a TDP of 88 W.
The CPU has been integrated with the Intel HD Graphics 4600, so you will not need a GPU unless you want fantastic graphics from your gaming. The overclocking feature is also available as it is multiplayer unlocked so that you can boost up your performance through that.
Overall, this CPU functions decently and is commonly used in business desktop PCs.
Pros
- Has built-in Graphics
- Overall great performance
- Overclocking Unlocked
Cons
- Not an ideal choice for gaming
- No Hyperthreading
5. Intel Core i5-4460
| Brand | Intel |
| CPU Manufacturer | Intel |
| CPU Model | Core i5 |
| CPU Speed | 3.2 GHz |
| CPU Socket | LGA 1150 |
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The Intel Core i5-4460 can be labeled as an old-timer CPU that continues to impress the market. It belongs to Intel’s Haswell microarchitecture. The processor is compatible with LGA 1150 and has a 20 nm process. Although it isn’t as powerful as the high-end LGA 1150 CPUs, it still provides an excellent low-budget option and can serve your everyday needs.
Talking about the number of cores and threads, you get four cores and four threads that give you decent performances with regular tasks. It can also handle low-tier gaming pretty well. However, it will not give optimum performance when dealing with multi-thread-based tasks due to single-threads and is not ideal for proper gaming.
The Intel Core i5-4460 comes with a base frequency of 3.20 GHz, and this can be turbo boosted to a maximum of 3.40 GHz, which isn’t that much, and you can’t even perform overclocking. The 6 MB Intel smart cache plays its role in enhancing performance and has a TDP of 84 W. Other than that; the processor also supports DDR3 RAM, which temporarily stores ongoing tasks.
The processor comes with an integrated Intel HD Graphics 4600 and a stock cooler, so you won’t have to spend extra money on a GPU and a cooler. However, if you want better graphics of your gameplay, consider buying a decent GPU along with it.
Overall, this is a great CPU to perform regular day-to-day tasks on and even low-end gaming.
Even though it was released back in 2014, it continues to sell and gives excellent performances.
Pros
- Great for regular tasks
- Good single-core performance
- Has Integrated graphics
Cons
- Not ideal for gaming
- Overclocking not possible
- No Hyperthreading
6. Intel Core i5-4590
| Brand | Intel |
| CPU Manufacturer | Intel |
| CPU Model | Core i5 |
| CPU Speed | 3.3 GHz |
| CPU Socket | LGA 1150 |
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The Intel Core i5-4570 is a decent, well-balanced LGA 1151 CPU that shows some shades of the power of a Core-i7 and gives modest performances for regular tasks. It offers excellent middle ground for those users who are willing to spend less and yet gain good performances.
It belongs to the Haswell microarchitecture and has a 22 nm process. The processor is also good to go for many of the games out there.
The CPU comes with four cores and four threads. Unfortunately, there is no hyperthreading available on this chipset, so handling multi-thread-based tasks on your computer might cause some hurdles. However, if you don’t plan on performing such tasks on your computer, you will not miss the hyperthreading feature at all, as it gives an overall decent performance in day-to-day tasks and low-end gaming.
The base clock speed of this processor lies at 3.30 GHz, which the maximum attainable turbo boost frequency is 3.60, which is built relatively low. On top of that, you can not overclock your settings either, which is a bummer.
Other than that, this PC offers 6 Mb of Intel’s smart cache, and the processor supports DDR3 memory type. It has a TDP rating of 84 W. You can also pair it with the stock cooler to allow cooling and integrated graphics which handle gaming adequately at low settings.
Overall, this CPU is excellent for day-to-day use, and you can also easily edit your videos and pictures, obtaining good performance. However, if you are willing to perform heavy tasking or high-end gaming, then you have to go bigger than this.
Pros
- Decent performance for daily tasks
- Integrated graphics get the job done
- Great general performance
Cons
- No Hyperthreading
- No Overclocking
- Graphics not up to the mark
7. Intel Core i5-4430
| Brand | Intel |
| CPU Manufacturer | Intel |
| CPU Model | Core i5 |
| CPU Speed | 3 GHz |
| CPU Socket | LGA 1150 |
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The Intel Core i5-4430 can be considered a decent option to buy when one is willing to use it for regular day-to-day tasks.
The processor belongs to Haswell microarchitecture with the socket type LGA 1150 and has a 20nm process note with 1400 million transistors. The processor is not built for heavy gaming or tasking, yet it is definitely capable of low-tier gaming along with some tasks such as video editing or using photoshop.
This CPU also comes with four cores and four threads. Unfortunately, with hyperthreading disabled, this processor won’t be able to handle tasks based on multi-threading smoothly. So if you are a content creator whole require a lot from your computer or a good gamer, this CPU is not the correct choice for you.
The Intel Core i5-4430 has a base clock speed of 3.0 GHz that can be turbo boosted to a maximum of 3.20 GHz. Moreover, the processor has a TDP of 84 Watt, consuming a significant amount of power, so cooling will be required.
The processor has 6 MB of Intel Smart cache and supports DDR3 memory with a dual-channel interface. Besides that, it features Intel HD 4600 graphics which spares you from buying a GPU.
Overall, the Intel Core i5-4430 is a good CPU that can handle your daily task and use pretty well. It can also handle complex situations depending on the complexity.
Pros
- Integrated Graphics
- Excellent performance for daily tasks
- Good performance in low tier gaming
Cons
- No hyperthreading
- No overclocking
- High power consumption
Frequently Asked Questions
What’s the best LGA 1150 CPU?
The overall best LGA 1150 CPU on our list is the Intel Core i7-4790K.
Can an LGA 1150 CPU work in an LGA 1151 motherboard?
No, the LGA 1151 and LGA 1150 are not compatible.
Does LGA 1150 support DDR4?
No. LGA 1150 only supports DDR3 and not DDR4.
What is the fastest LGA 1150 CPU?
The Fastest LGA 1150 CPU on our list is the Intel Core i7-4790K
Wrapping It Up
If you have come this far, you have probably gained all the knowledge you need to pick the best LGA 1150 CPU for you.
By now, we have discussed the best LGA 1150 CPUs in the market, along with their specs, review, and their pros and cons. Make sure to refer to our buyer’s guide, as those features are the key to a great CPU.
We hope this article would have helped you a lot, and now you will be able to choose the perfect CPU for yourself with ease.
Best LGA 1150 CPU in 2022
Our Recommended
Editor’s Choice
Intel Core i7-4790K
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There are no two ways about it. If you’re looking for the best of the best, then the i7-4790K is the CPU for you. This is Intel’s premium quad-core LGA 1150 processor, and even though it’s a little long in the silicone tooth these days, it still packs a punch during modern gaming! With a hyperthreaded quad-core matrix boasting AI deep learning and super-efficient rendering, this CPU enables parallelizing workflows, immersive gameplay, and seamless professional use.
The Intel Core i7-4790K is the cream of the quad-core crop, and it’s a match made in heaven with a quality Z97 motherboard.
Paring these top-tier bits of gear will give you the most impressive gaming performance you can possibly achieve with an LGA 1150 socket setup.
Four cores may not sound like much these days, but it’s really all you need to run pretty much any game, and thanks to hyperthreading technology, you can enjoy 8 threads in total. This means multitasking will be a breeze, and modern AAA games can stretch out their instructional roots to maximize performance
What’s perhaps even more impressive is that this beast only draws 88 watts, runs cool as a winter stream, and is prime for some manual overclocking. That said, with a stock base clock speed of 4GHz and a boosted rate of 4.4GHz, whether you’d even need to dabble with OC-ing is debatable.
The only issue with the 4790K is that it’s so good, by which we mean that even though it’s an older card, it outperforms many of its successors and has retained its price exceptionally well. Now discontinued by Intel, it doesn’t look like prices will be dropping any time soon either.
Best Value
Intel Core i7-4790
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If the i7-4790K is a little rich for your blood, that’s understandable, so the original 4790 chip may be a little more suited to your budget, and it still offers incredible performance for both gaming, work, and leisure. With slightly reduced clock speeds, you can expect to drop a couple of frame rates as you tear it up in your favorite games, but the Core i7-4790 features the same hyperthreaded quad-core structure and identical DDR3 memory specifications. While it’s just shy of the best of the bunch, the only really significant difference is the price tag.
The Intel Core i7-4790 is just one-half a step down from our top pick and will suit those interested in getting the biggest bang for the buck. It’s still not dirt cheap, but as it’s not quite as revered, it hasn’t held its price so well.
So, what’s the big difference between this and the K-model? Well, actually, very little.
They both have the same quad-core, hyperthreaded heart, so if you’re something of a tab hoarder, a consummate live streamer, or a content creator, you can let your creativity run wild and the processes stack up. Memory configurations between the two CPUs are identical and feature DDR3 1600 support, a 32GB capacity, and 25.6GB bandwidth.
The 4790 actually has a few advanced technology features that the 4790K doesn’t, namely, Intel vPro eligibility – a platform for business computing – and SIPP (Stable Image Platform Program) which is mostly an assurance for IT professionals but an extra nonetheless.
With a base rate of 3.6GHz and Intel Boost Technology 2.0 rate of 4GHz, what this CPU doesn’t quite meet its successor blow for blow on is clock speed; however, if you hit it with some overclocks, it’ll be able to push stock 4790K performance levels with no problems at all.
Best Budget
Intel Core i7-4770
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The Intel Core i7-4770 is another notch down in the same CPU family, but once again, the price tag is the biggest difference between them.
With those four quality hyperthreaded cores pumping out instruction executions like they were nothing, if you settle for this CPU you’ll be well taken care of. Among other things, the i7-4770 is known for excellent single and multi-core performance and fantastic efficiency. Paired with a good GPU, there’s no reason it wouldn’t facilitate some enjoyable gaming experiences.
Moving down in price by roughly $30, we have the Intel Core i7-4770, a middle-of-the-pack CPU that offers respectable performance and slots right into an LGA 1150 motherboard. Much like its more expensive counterparts, the 4770 is a quad-core processor designed to handle all your gaming needs, and thanks to Intel’s hyperthreading, it has 8 powerful threads that let you mix things up in terms of concurrent applications.
Just like the 4790 before it, it has a slightly reduced clock speed compared to its superior, which may fractionally slow down loading times, but responsiveness is still on point, besides a 3.
4GHz base clock and 3.9GHz boost will be plenty fast for everyday gaming scenarios. It might present something of a bottleneck for more powerful GPUs such as the GTX 1080 or GTX 1080 Ti, but if you’ve got something more along the lines of a 1060 Ti or 1070, it should be perfectly capable of facilitating 60fps averages during most titles in 1080p.
It’s not as flashy as some of your other LGA 1150 CPU options, nor is it quite as nimble as the 4790K or 4790, but it’s still lithe enough to shake the dust off and breathe new life into an older motherboard.
Intel Xeon E3-1230V3
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Some claim that Xeon CPUs don’t work on standard motherboards (they do), others posit the theory that they’re not as good as i7 for gaming. It’s all a bit muddled, but if a Xeon has similar specs to its i7 cousins – and this one does – they function in a very similar way.
That’s not to say there aren’t differences between i7 and Xeon; there are, one of them being support for ECC memory which is a type of storage that prevents data errors in CPU memory configs.
They’re also designed to offer unparalleled performance per watt, and that’s highlighted in the E3-1230V3 by its insanely low 80-watt pull.
While it can perform on a similar basis as some of the i7’s further up the list, sacrificing a little bit of clock speed and memory bandwidth in favor of energy efficiency and memory stability, this particular Xeon will find it hard to keep up, but it can still run at 3.6GHz when pushed, and anything beyond 3.5 is considered ideal for gaming.
This is a great budget option for those that like a bargain, and while it will ultimately lose in a performance comparison with, say, the i7 4790, the difference may be fairly negligible in actual gameplay.
Intel Core i5-4690
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The Intel core i5-4690 is the first LGA 1150 compatible CPU on our list not to feature Intel’s hyperthreading technology, so if you’re looking for more of an all-rounder that can handle simultaneous applications, it’s not for you.
If, on the other hand, you’re searching for a CPU for a standalone gaming rig, you may be surprised what the 4690 brings to the table.
CPUs with single-thread cores are actually more efficient when they’re given individual tasks, and gaming is classed as an individual task. As long as you keep background applications to a minimum, this 3.5GHz CPU will do just fine.
Once you’ve gotten over the fact it’s really just a gaming CPU, the only problem we can find with it is that it’s not particularly future-proofed. Granted none of these products are particularly primed for future gaming titles and hardware, but their hyperthreading will help them support newer AAA titles. In light of this, the i5 might not be the wisest choice. That said, if you’re just looking for something to play your favorite older games and stone-cold classics, this CPU will really fly, and for a fraction of the cost of our other picks.
1151, 1150, 1155 & 1156
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- [Official] Intel LGA 115x CPU Lists: 1151, 1150, 1155 & 1156
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This article focuses on the lists of Intel LGA 115x CPUs such as LGA 1151 CPU list as well as describes the different socket types of LGA 115x series.
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About LGA 115x CPU
In general, LGA 115x CPU are CPUs compatible with the LGA (Land Grid Array) 115x series sockets, including LGA 1151, LGA 1150, LGA 1155 and LGA 1156.
LGA 1151 (Socket h5)
LGA 1151 is an Intel microprocessor compatible socket that comes in 2 distinct revisions. Its first version supports both Intel’s Kaby Lake and Skylake chipsets, while its second version only supports Coffee Lake chipsets.
The first version socket LGA 1151 motherboards support DDR4 memory, DDR3(L) memory and some have UniDIMM support. While motherboards for the second version socket only support DDR4 memory.
LGA 1151 is a successor for the LGA 1150, and it has 1151 protruding pins to make contact with the pads on the CPU. Most LGA 1151 socket motherboards support various video outputs like DVI, HDMI 1.4 or DisplayPort 1.2 (depending on the model).
LGA 1150 (Socket h4)
LGA 1150 is an Intel microprocessor socket adopted by Intel’s CPUs.
It is built on the Haswell microarchitecture and Haswell’s successor, Broadwell microarchitecture.
LGA 1150 is the replacement of LGA 1155. Its motherboards support various video outputs including VGA, DVI or HDMI (depending on the model) as well as Intel Clear Video technology.
LGA 1155 (Socket h3)
LGA 1155 is also an Intel microprocessor socket but based on Sandy Bridge (2nd-Gen, 32nm, 2k-series) and Ivy Bridge (3rd-Gen, 22nm, 3k-series) microarchitectures. LGA 1155 equips with 1155 protruding pins to contact the processor pads. It is the heritor of LGA 1156 and marked the beginning of secure boot with support in some later boards.
LGA 1156 (Socket H)
LGA 1156, also called Socket H or h2, is a kind of Intel desktop CPU socket. Along with LGA 1366, LGA 1156 is designed to supersede LGA 775. Traditionally, the processors, including the LGA 775 processors, are connected to the northbridge via the Front Side Bus located on the northbridge.
Yet, from the LGA 1156 processors on, the connections are included in the processors.
Heatsink of LGA 115x CPU
The four holes for fastening the heat-sink to the motherboard locates in a square with a lateral length of 75 mm for LGA 1151, LGA 1150, LGA 1155 and LGA 1156. Thus, the cooling system can be interchangeable within the 4 series.
LGA 115x CPU List
Which Intel processors are compatible with the socket LGA 115x series? Click the following link to go to the Intel official webpage to see the related CPU lists.
- FCLGA 1151 CPU List
- FCLGA 1150 CPU List
- FCLGA 1155 CPU List
- LGA 1155 CPU List
- FCLGA 1156 CPU List
- LGA 1156 CPU List
Tip: FCLGA is just the full name of the socket, which means Flip-Chip Land Grid Array.
So, all of Intel LGAs are FCLGAs.
Intel Processor Series
There are altogether series of Intel processors:
- Intel Atom Processor series
- Intel Celeron Processor series
- Intel Core Processor series: i3, i5, i7, i9, etc. (1st – 10th generation)
- Intel Itanium Processor series
- Intel Pentium Processor series
- Intel Quark SoC series
- Intel Xeon Phi Processor series
- Intel Xeon Processor series
- Intel Movidius Myriad Processor series
- Intel EP80579 Integrated Processor series
- Intel IOC340 I/O Processor series
- Intel IOP34x I/O Processor series
Number of Cores
Though we use both CPU and processor to refer the piece of the chipset in our daily life, they are different things exactly. A processor is actually a CPU core. It can work on a single task. Thus, more cores mean multiple tasks can be carried out simultaneously. Currently, 2 -8 cores are common in a general use consumer CPU, while up to 18 cores for workstation or database CPUs.
Max Turbo Frequency/Processor Base Frequency
Using Intel Turbo Boost Technology, Intel processors can be overclocked and work at higher frequencies than its base frequency. As long as you avoid the CPU from overheating, you can boost your processor without worries.
Cache
Processor cache is a hardware cache memory used by the CPU to reduce the average processing cost of both time and energy to access data from the main memory. It is a smaller and faster memory located closer to the processor core than the main memory. CPU cache saves copies of the data from frequently used main memory locations.
If you want to learn more information about the LGA 1151 CPU list or other processor lists of LGA 115x series, just leave a comment below or contact us at [email protected].
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Best LGA 1150 CPU | With the Best Performance and Features
In our computer, the processor is the most important thing for processing many inputs. For doing many heavy operations like editing, designing, or gaming, we need a strong processor. A high-performance processor can provide you the facility to work on PC smoothly. This microprocessor is a very important part of the CPU or Central Processing Unit. The right investment in the processor can be helpful for continuing your work optimally. LGA 1150 CPU is used in PC which has this type of socket in motherboard. The best LGA 1150 CPU can help process your PC operations smoothly.
What Is LGA 1150 CPU?
LGA 1150 is a microprocessor socket which is also known as ‘Socket h4’. The socket consists of a series of pins. The pins resemble the connectors on the processor which are at the bottom.
These sockets are built into the PC motherboard. We need to change the entire motherboard to upgrade the processor which is a new generation. To avoid the rebuild of the whole system, you just need to know the socket type and buy the required type CPU.
LGA 1150 socket can function with Haswell processors (4th generation Intel Core). The socket can also support 5th-generation Intel Core desktop chips.
The CPU which can work with LGA 1150 socket is called LGA 1150 CPU. The Socket h4 can be worked with CPU to process various kinds of operations. The motherboards of PC which have LGA 1150 socket are required to process with LGA 1150 CPU.
Best LGA 1150 CPU Reviews
If you have a PC that has LGA 1150 socket in its motherboard, then you need to buy LGA 1150 CPU. There are many LGA 1150 CPUs in the market with many features. You may confuse them. So there are some LGA 1150 CPU reviews which have your required features and these are also popular among customers. You can read them and buy one according to your preferences.
Product Reviews
1. Intel Core i5-4690K Processor 3.5 LGA 1150 BX80646I54690K
This Intel processor has features that anyone needs. This multi-tasking processor can give you the flexibility to work in your PC smoothly.
The processor is built in the size of 22nm. It is a 4-core and 4 threaded processor which provides you the performance you need. It can give you maximum high quality with this design.
It can clock at 3.5 GHz average speed. The turbo clock boosts up to 3.9GHz. Though it is Core i5, it can sport the TDP as Core i7.
The processor is great for providing amazing performance as the chip of the processor has a 4600 HD engine. It is ideal for game lovers. The processor supports many popular games. You can watch all the details while gaming. This processor can give you a satisfying gaming experience. You can also perform video coding in this.
This processor is energy efficient. The multi-tasking quality of the processor is great. You can do designing, video editing, coding, or gaming at the same time.
In spite of the features, there are some cons in the processor. For enthusiasts, there is not a great improvement over IB. Also, there is no TSX on chips of K series.
This Intel processor is great for multitasking. It can provide incredible performance in gaming. So, it is one of the best choices for gamers.
2. Intel Xeon E3-1230V3 Haswell, 3.3GHz, 8MB L3 Cache LGA 1150
This Xeon ranged processor grab people’s attraction for its ECC memory. Also, a higher number of cores and high visual support make it more popular among customers.
The processor of the CPU has higher core counts. It has the 3D visual quality and high performance of media. The processor can provide up to digital display and may have the support of 1 VGA.
The main attraction of the CPU is ECC memory. This memory support can be efficient during the completion of internal memory.
The processor has an average 3.2 GHz clock speed. But the turbo speed can be increased up to 3.6GHz. The Xeon model processors have a very fast memory and the CPU has a speed of horsepower.
This Xeon processor produces very low heat. The CPU can overcome heavy loads of operations. As it does not produce high heat, it can be reliable for a lot of work at the same time. So the content creators can choose this. It can be an ideal processor for them.
The power consumption of this processor is high. But Haswell ranges have more power consumption than this processor with the same TDPs. Also, the clock speed is not high enough for games. So the processor of the CPU is not popular enough for playing games.
The CPU is one of the best-rated processors of the Xeon series. Its ECC memory and low heat feature make it special among the customers.
3. Intel Core i5-4570 Processor 3.2GHz 6MB LGA 1150 CPU44
If you want a high-performance CPU at a reasonable price, this LGA 1150 CPU is great for you. It provides one of the best graphic performances at a lower price than Intel i7 processors.
The processor is best for playing games. It provides great graphics quality. If you want to spend less on the CPU but more on the graphics card, it is your one of the best option.
This silicon body processor can reserve power. This processor has a TDP or thermal design power. The TDP has a rate of 84 Watts.
This processor is made of graphics silicon. The visual quality of the CPU is 4600 HD graphics which is the same as the Core i7-4770K. But Core i7-4770k is pricier than this processor. Also, the base frequency of the both is same which is at 350 MHz.
For its overclocking, this processor of the CPU is not good enough for professional content creators. But you can use it for casual content creation.
Though the lower price range, the graphics of the processor works way better than Core i7-4770k. It is one of the best processors for playing video games.
For a low budget game lover, the CPU is worth buying for. You can enjoy very high-quality graphics at this very low price.
4. Intel Core i7-4770 Quad-Core Desktop Processor 3.4 GHz LGA 1150 8 MB Cache BX80646I74770
This is one of the Intel 4th gen CPU. The performance of the CPU is really great. This Core i7 processor can be popular among gamers. This processor has one 4 cores with 8 threads. So the CPU provides high performance. Also, the display is great.
The processor has an average clock speed of 3.4 GHz. But turbo can boost up to 3.9 GHz. You cannot get the CPU overclocked. So it is good enough for gaming. At first, the CPU can costed $300 more or less. But now you can buy this CPU cheaper price than before. You get many same features as the Core i7-4990 processor. But it is a much lower price than the Core i7-4990. So you can buy this CPU in your reasonable budget.
In this processor, you can get a memory of 32GB. This memory is enough for gaming.
The graphics of the CPU is high which is 4600 HD. You can play games with a great view. You can play new and updated games on this CPU. The display is pretty much amazing. You can render all the pixels with the help of the graphics card. You can buy the updated processor in your budget. In this budget, you can get all the features you wanted. It is popular among gamers.
5. Intel Core i7-4790 Processor 3.
6GHz 8MB LGA 1150 CPU, OEM (CM8064601560113)
The Intel Core i7-4790 is a high-end CPU. The updated hyperthreading feature makes it attractive among the customers. Also, it offers high performance that anyone needs.
The processor can clock at base 3.6 GHz and the turbo boosts up to 4 GHz. The main feature of the processor has improved hyperthreading. This feature helps to proceed with 8 threads at the same time. It helps not overclocking in the processor. But more price 4770K processor does not have more speed than the 4790 processor and also there is a problem with its overclocking. Also, the performance of 4770k is not as high as the 4790 processor.
The power of the thermal design is at 84 watts. Also, there is a technology of thermal monitoring in the CPU. This technology can balance the temperature of the processor. This technology is good enough for PC and laptops.
The graphics of the processor is 4600 HD. It enables the visual of the processor. The frequency of the processor is 350 – 1200MHz. The processor consumes more power than any other processor of the series. It is faster than most graphics. So it is one of the most attractive features for gamers.
There is also a technology of the processor called Intel identity protection. The main task of the technology is to protect the identity of the users. It can make anyone resistant to the tamper. There are some cons in the processor. The maximum turbo speed is lower than most other updated processors. Also, the memory that is reduced needs power more.
In spite of these cons, the performance of the CPU is way better than the most other processors of LGA 1150. Also, hyperthreading and HD graphics made him popular among ordinary customers and gamers.
Best LGA 1150 CPU Buying Guide
If you want to buy the best LGA 1150 CPU, you need some guidance to buy it. As there are many LGA 1150 CPU in the market, you need to know the features you should focus on before buying it. There are many features. But you have to buy the best LGA 1150 CPU according to your preference for the features. So there are some important buying guides described below to help you buy one. They are-
- CPU Generation: Generally the newer generation of CPU offers better performance. The updated CPU is faster and can offer more digital features.
- Cores: Cores are one of the important considerations before buying a CPU. One core performs a task at a time. If CPU has more cores, it can perform more tasks. A greater number of cores can be helpful for multitasking of CPU.
- Threads: Cores and threads are dependent on each other. Thread is the number of tasks a processor can at one time. The number of threads can increase the number of tasks a PC can do at a time.
- Clock: Clock in one of the most important features to consider in CPU. Generally, it is measure in MHz or GHz. The more clock the CPU has, the greater is the speed of a CPU. The clock speed can measure the number of tasks a processor can do each second.
If you want faster performance from the CPU, you should buy a CPU with more clock speed.
- Integrated Graphics: You should buy the CPU which has integrated graphics. These graphics chips can be helpful for some games. It can offer performance in-game settings for entry-level.
- Low heat: The CPU should produce low heat. TDP can be helpful with that. How much the cooler keeps it cool depends on the power. If it produces high heat, the processor can be slowed down and stopped working.
- High-Quality Display: The processor of the CPU should offer an HD display. So you don’t have to get into problems to view all the details. You can enjoy your video games.
- Hyperthreading: Some updated processors offer this feature. It can be helpful to avoid overclocking. The threads of all clocks can work at the same time.
- Power: The low-quality CPU cannot operate much power. So you should buy the CPU which can operate much power.
FAQ
Q: How do cores and threads help CPU to get better performance?
Ans: The greater cores and threads CPU has, the more tasks processor can do at a time.
Q: Where does the LGA 1150 socket work?
Ans: It generally works in the motherboard.
Q: Do we get graphics card with the CPU?
Ans: Some CPU comes with the integrated graphics.
Q: Is LGA 1150 the most updated one?
Ans: No. There are more updates after LGA 1150.
Conclusion
If you want to buy an LGA 1150 CPU in a low budget with great features of gaming, then you should buy an Intel Core i5-4570 processor. But if you want a CPU with all updated features, then you should buy an Intel Core i7-4790 processor.
The best LGA 1150 CPU can give your PC great performance with a better experience of gaming and content creation. You can do any heavy operation with the help of the best LGA 1150 CPU.
List table of all Intel processors on LGA 1150 (socket 1150) socket — (Core i7, Core i5, Core i3, Xeon E3 v3, Pentium G, Celeron G) — Features, specifications, prices
Fxeon Processors 159 comments
List with all LGA 1150 socket Intel processors. This page shows the main characteristics of the processors and the current price for them. The LGA1150 processor socket has replaced the outdated LGA1155.
The LGA 1150 line is represented by processors with up to 4 physical cores and 8 logical ones:
- Intel Xeon (2-4 cores, 4-8 threads)
- Intel Core I7 (4 cores, 8 threads)
- Intel Core I5 (4 cores, 4 threads)
- Intel Core I3 (2 cores, 4 threads) Stream)
- Intel pentium (2 nuclei, 2 streams)
- Intel Celeron (2 nuclei, 2 streams)
(Streams)
(turbo)
4790K
1.
1286 V3
1281 V3
22 NM
4790
1280 V3
8 MB
1271 V3
1276 V3
1285 V3
4771
1.2 GHC
84 VT
22 nm
4770K
1.25 GHC
1275 V3
22 NM 9005
1270 V3
22 Nm
1241 V3
8 MB
1246 V3
1285 v4
6 MB
1285L V4
MHz
1240 v3
1231 V3
22 Nm
1245 v3
4770
1.2 GHC
84 VT
22 nm
5775C
1.15GHz
1230 V3
8 MB
4790S
1286L V3
4770S
1.2 GHC
1285L V3
1270L v4
1275L V3
4790t
1.2 GHC
4770t
1.2 GHC
9009
22 nm
1265L V3
1268L V3
1 GGC
900) 22 H
4770TE
1 GGC
9005)
1265L V4
4785t
1.2 GHC
4765t
1.2 GHC
1240L V3
8 MB
1230L v3
4690
6 MB
1.2 GHC
4690K
1.2 GHz
22 Nm
4670
6 MB
1.2 GHC
4670K
1.2 GHz
22 Nm
4590
6 MB
1.15 GHC
1226 V3
Haswell
4690S
6 MB
DDR3-1600
4570
1.15GHz
4460
6 MB
1.1 GHC
1225 v3
4670s
6 MB
DDR3-1600
5675C
44440
1.1 GHC
1220 V3
4590S
6 MB
1.15 GHC
1600
4430
1.1 GHz
4570s
6 MB
DDR3-1600
4460S
6 MB
65 VT 900 Nm 900 Nm 900 Nm 900 Nm 900 Nm 900 NM
4440S
6 MB
1.1 GHC
4430S
6 MB
1.1 GHC
4690t
1.2 GHC
4670t
6 MB
DDR3-1600
4590t
4460T
6 MB
DDR3-1600
4370
1.15 GHC
4360
1.15 GHC
4170
1.15 GHC
4350
1.15 GHC
54 VT
— 1600
4340
1.15 GHz
900 WT
4160
1.15 GHC
— 1600
4330
1.15 GHC
4150
1.15 GHC
— 1600
4130
1.15 GHz
4370t
1.15 GHC
4360T
1.15GHz
4170t
3 MB
1.15 GHC
9 1600
4350T
1.15_GHz
4160t
1.15 GHC
9 1600
4330T
1.15GHz
4150t
1.15 GGC
9005
4570T
1.
4130t
1.15 GHC
4570TE
4330TE
4 MB
1 GGC
1220L V3
G3470
1,1
G3460
1.1 GHC
G3450
1,1
G3440
1.1 GHC
G3430
1,1
G3260
1.1 GHC
22 Nm 9005.10059
G3420
1,15
G3258
1,1
G3250
1.1 GHz
G3240
1,1
G3460T
1.1 GHz
HASWELL 9005
G3220
1,1
G3450T
1.1 GHz
22 Nm
G3260T
1,1
G1850
1.
G3440T
1,1
G3250T
1.1GHz
G1840
1,05
G1830
G3420T
1,1
G3240T
G1820
1,05
G3220T
1.1 GHC
G1840T
1,05
G1820T
1.05 GHC
G3320TE
1
G1820TE
1GHz
First it was sorted by the number of cores (threads) and then by clock frequency. Therefore, we can, to a greater extent, argue that
processors are sorted by performance.
Intel LGA 1150
List-table of processors Intel Core Socket LGA1150
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Category: List-tables of processors Intel
Tags: #1150, #Intel_LGA1150, #lga1150, #processors_1150, #processor_list_Broadwell, #processor_list_core_lga1150, #processor_list_Haswell, #processor_table_core_lga1150, processor_list_core_socket_1150
- Description
- Reviews (0)
The LGA 1150 platform (another name is Socket h4) replaced LGA 1155 in 2013, and was replaced by LGA 1151 in 2015. In total, two generations of processors were released for the LGA 1150 socket:
1) More modern, built on the 14nm Broadwell architecture;
2) Older, built on Haswell’s 22nm architecture.
CPUMark — processor performance rating in points. It can be used to roughly compare the capabilities of different models. The rating is the same for all generations of AMD and Intel processors.
Table of contents:
1) List-table of all LGA 1150 socket processors by performance rating.
2) Lists-tables of LGA 1150 socket processors by generation.
List-table of LGA 1150 socket processors by performance rating:
| Model | Process family | Cores/Threads | Frequency Turbo | Cache_L2/3 CPUMark | Memory | Video core | TDW Price |
| Core i7-4790K | Haswell (22nm) | 4/8 | 4.0/4.4Ghz | 1/8Mb 8057 | DDR3 1600 | HD4600 | 88W |
| Xeon_E3 1285Lv4 | Broadwell (14nm) | 4/8 | 3.4/3. |
1/6Mb 7983 | DDR3 1600 | Iris Pro 6300 | 65W |
| Core_i7 5775C | Broadwell (14nm) | 4/8 | 3.3/3.7Ghz | 1/6Mb 7791 | DDR3 1600 | Iris Pro 6200 | 65W |
| Xeon_E3 1270Lv4 | Broadwell (14nm) | 4/8 | 3.0/3.6Ghz | 1/6Mb 7662 | DDR3 1600 | — | 45W |
| Xeon_E3 1285v4 | Broadwell (14nm) | 4/8 | 3.5/3.8Ghz | 1/6Mb 7614 | DDR3 1600 | Iris Pro 6300 | 95W |
| Xeon_E3 1271v3 | Haswell (22nm) | 4/8 | 3.6/4.0Ghz | 1/8Mb 7420 | DDR3 1600 | — | 80W |
| Xeon_E3 1286v3 | Haswell (22nm) | 4/8 | 3.7/4.1Ghz | 1/8Mb 7418 | DDR3 1600 | P4700 | 84W |
| Xeon_E3 1276v3 | Haswell (22nm) | 4/8 | 3. |
1/8Mb 7381 | DDR3 1600 | P4600 | 82W |
| Xeon_E3 1281v3 | Haswell (22nm) | 4/8 | 3.7/4.1Ghz | 1/8Mb 7230 | DDR3 1600 | — | 82W |
| Core i7-4790 | Haswell (22nm) | 4/8 | 3.6/4.0Ghz | 1/8Mb 7213 | DDR3 1600 | HD4600 | 84W |
| Xeon_E3 1270v3 | Haswell (22nm) | 4/8 | 3.5/3.9Ghz | 1/8Mb 7209 | DDR3 1600 | — | 80W |
| Xeon_E3 1246v3 | Haswell (22nm) | 4/8 | 3.5/3.9Ghz | 1/8Mb 7184 | DDR3 1600 | P4600 | 84W |
| Xeon_E3 1241v3 | Haswell (22nm) | 4/8 | 3.5/3.9Ghz | 1/8Mb 7118 | DDR3 1600 | — | 80W |
| Core i7-4770K | Haswell (22nm) | 4/8 | 3. |
1/8Mb 7080 | DDR3 1600 | HD4600 | 84W |
| Xeon_E3 1245v3 | Haswell (22nm) | 4/8 | 3.4/3.8Ghz | 1/8Mb 7074 | DDR3 1600 | P4600 | 84W |
| Xeon_E3 1275v3 | Haswell (22nm) | 4/8 | 3.5/3.9Ghz | 1/8Mb 7067 | DDR3 1600 | P4600 | 82W |
| Core i7-4771 | Haswell (22nm) | 4/8 | 3.5/3.9Ghz | 1/8Mb 7040 | DDR3 1600 | HD4600 | 84W |
| Xeon_E3 1240v3 | Haswell (22nm) | 4/8 | 3.4/3.8Ghz | 1/8Mb 7038 | DDR3 1600 | — | 80W |
| Core i7-4770 | Haswell (22nm) | 4/8 | 3.4/3.9Ghz | 1/8Mb 7030 | DDR3 1600 | HD4600 | 84W |
| Xeon_E3 1280v3 | Haswell (22nm) | 4/8 | 3. |
1/8Mb 6965 | DDR3 1600 | — | 82W |
| Xeon_E3 1231v3 | Haswell (22nm) | 4/8 | 3.4/3.8Ghz | 1/8Mb 6958 | DDR3 1600 | — | 80W |
| Core i7-4790S | Haswell (22nm) | 4/8 | 3.2/4.0Ghz | 1/8Mb 6952 | DDR3 1600 | HD4600 | 65W |
| Xeon_E3 1285v3 | Haswell (22nm) | 4/8 | 3.6/4.0Ghz | 1/8Mb 6919 | DDR3 1600 | P4700 | 84W |
| Xeon_E3 1285Lv3 | Haswell (22nm) | 4/8 | 3.1/3.9Ghz | 1/8Mb 6848 | DDR3 1600 | P4700 | 65W |
| Xeon_E3 1230v3 | Haswell (22nm) | 4/8 | 3.3/3.7Ghz | 1/8Mb 6776 | DDR3 1600 | — | 80W |
| Core i7-4770S | Haswell (22nm) | 4/8 | 3. |
1/8Mb 6763 | DDR3 1600 | HD4600 | 65W |
| Xeon_E3 1265Lv4 | Broadwell (14nm) | 4/8 | 2.3/3.3Ghz | 1/6Mb 6493 | DDR3 1600 | Iris Pro 6300 | 35W |
| Xeon_E3 1286Lv3 | Haswell (22nm) | 4/8 | 3.2/4.0Ghz | 1/8Mb 6450 | DDR3 1600 | P4700 | 65W |
| Core i7-4790T | Haswell (22nm) | 4/8 | 2.7/3.9Ghz | 1/8Mb 6347 | DDR3 1600 | HD4600 | 45W |
| Core i7-4770T | Haswell (22nm) | 4/8 | 2.5/3.7Ghz | 1/8Mb 6038 | DDR3 1600 | HD4600 | 45W |
| Xeon_E3 1265Lv3 | Haswell (22nm) | 4/8 | 2.5/3.7Ghz | 1/8Mb 5987 | DDR3 1600 | GT1 | 45W |
| Xeon_E3 1275Lv3 | Haswell (22nm) | 4/8 | 2. |
1/8Mb 5949 | DDR3 1600 | GT1 | 45W |
| Core i5-4690K | Haswell (22nm) | 4/4 | 3.5/3.9Ghz | 1/6Mb 5592 | DDR3 1600 | HD4600 | 88W |
| Core i5-4690 | Haswell (22nm) | 4/4 | 3.5/3.9Ghz | 1/6Mb 5588 | DDR3 1600 | HD4600 | 84W |
| Core i5-4670K | Haswell (22nm) | 4/4 | 3.4/3.8Ghz | 1/6Mb 5513 | DDR3 1600 | HD4600 | 84W |
| Core_i5 5675C | Broadwell (14nm) | 4/4 | 3.1/3.6Ghz | 1/4Mb 5498 | DDR3 1600 | Iris Pro 6200 | 65W |
| Core i5-4690S | Haswell (22nm) | 4/4 | 3.2/3.9Ghz | 1/6Mb 5457 | DDR3 1600 | HD4600 | 65W |
| Xeon_E3 1226v3 | Haswell (22nm) | 4/4 | 3. |
1/8Mb 5434 | DDR3 1600 | P4600 | 84W |
| Core i5-4670 | Haswell (22nm) | 4/4 | 3.4/3.8Ghz | 1/6Mb 5407 | DDR3 1600 | HD4600 | 84W |
| Core i7-4785T | Haswell (22nm) | 4/8 | 2.2/3.2Ghz | 1/8Mb 5400 | DDR3 1600 | HD4600 | 35W |
| Xeon_E3 1268Lv3 | Haswell (22nm) | 4/8 | 2.3/3.3Ghz | 1/8Mb 5333 | DDR3 1600 | P4600 | 45W |
| Core i5-4590 | Haswell (22nm) | 4/4 | 3.3/3.7Ghz | 1/6Mb 5317 | DDR3 1600 | HD4600 | 84W |
| Xeon_E3 1240Lv3 | Haswell (22nm) | 4/8 | 2.0/3.0Ghz | 1/8Mb 5304 | DDR3 1600 | — | 25W |
| Xeon_E3 1225v3 | Haswell (22nm) | 4/4 | 3. |
1/8Mb 5276 | DDR3 1600 | P4600 | 84W |
| Core i5-4570 | Haswell (22nm) | 4/4 | 3.2/3.6Ghz | 1/6Mb 5158 | DDR3 1600 | HD4600 | 84W |
| Xeon_E3 1220v3 | Haswell (22nm) | 4/4 | 3.1/3.5Ghz | 1/8Mb 5119 | DDR3 1600 | — | 80W |
| Core i5-4590S | Haswell (22nm) | 4/4 | 3.0/3.7Ghz | 1/6Mb 5102 | DDR3 1600 | HD4600 | 65W |
| Core i5-4670S | Haswell (22nm) | 4/4 | 3.1/3.8Ghz | 1/6Mb 5066 | DDR3 1600 | HD4600 | 65W |
| Core i7-4765T | Haswell (22nm) | 4/8 | 2.0/3.0Ghz | 1/8Mb 4958 | DDR3 1600 | HD4600 | 35W |
| Core i5-4570S | Haswell (22nm) | 4/4 | 2. |
1/6Mb 4905 | DDR3 1600 | HD4600 | 65W |
| Core i5-4460 | Haswell (22nm) | 4/4 | 3.2/3.4Ghz | 1/6Mb 4801 | DDR3 1600 | HD4600 | 84W |
| Xeon_E3 1230Lv3 | Haswell (22nm) | 4/8 | 1.8/2.8Ghz | 1/8Mb 4764 | DDR3 1600 | — | 25W |
| Core i5-4470S | Haswell (22nm) | 4/4 | 2.9/3.6Ghz | 1/6Mb 4742 | DDR3 1600 | HD4600 | 65W |
| Core i5-4440 | Haswell (22nm) | 4/4 | 3.1/3.3Ghz | 1/6Mb 4683 | DDR3 1600 | HD4600 | 84W |
| Core i5-4430 | Haswell (22nm) | 4/4 | 3.0/3.2Ghz | 1/6Mb 4640 | DDR3 1600 | HD4600 | 84W |
| Core i5-4460S | Haswell (22nm) | 4/4 | 2. |
1/6Mb 4500 | DDR3 1600 | HD4600 | 65W |
| Core i5-4690T | Haswell (22nm) | 4/4 | 2.5/3.5Ghz | 1/6Mb 4492 | DDR3 1600 | HD4600 | 45W |
| Core i5-4670T | Haswell (22nm) | 4/4 | 2.3/3.3Ghz | 1/6Mb 4333 | DDR3 1600 | HD4600 | 45W |
| Core i7-4770TE | Haswell (22nm) | 4/8 | 2.3/3.3Ghz | 1/8Mb 4257 | DDR3 1600 | HD4600 | 45W |
| Core i5-4440S | Haswell (22nm) | 4/4 | 2.8/3.3Ghz | 1/6Mb 4198 | DDR3 1600 | HD4600 | 65W |
| Core i5-4590T | Haswell (22nm) | 4/4 | 2.0/3.0Ghz | 1/6Mb 4036 | DDR3 1600 | HD4600 | 35W |
| Core i5-4430S | Haswell (22nm) | 4/4 | 2. |
1/6Mb 4008 | DDR3 1600 | HD4600 | 65W |
| Core i3-4370 | Haswell (22nm) | 2/4 | 3.8Ghz/— | 0.5/4Mb 3704 | DDR3 1600 | HD4600 | 54W |
| Core i3-4360 | Haswell (22nm) | 2/4 | 3.7Ghz/— | 0.5/4Mb 3657 | DDR3 1600 | HD4600 | 54W |
| Core i3-4340 | Haswell (22nm) | 2/4 | 3.6Ghz/- | 0.5/4Mb 3606 | DDR3 1600 | HD4600 | 54W |
| Core i3-4170 | Haswell (22nm) | 2/4 | 3.7Ghz/— | 0.5/3Mb 3581 | DDR3 1600 | HD4400 | 54W |
| Core i3-4330 | Haswell (22nm) | 2/4 | 3.5Ghz/— | 0.5/4Mb 3563 | DDR3 1600 | HD4600 | 54W |
| Core i5-4460T | Haswell (22nm) | 4/4 | 1. |
1/6Mb 3574 | DDR3 1600 | HD4600 | 35W |
| Core i3-4160 | Haswell (22nm) | 2/4 | 3.6Ghz/— | 0.5/3Mb 3459 | DDR3 1600 | HD4400 | 54W |
| Core i3-4150 | Haswell (22nm) | 2/4 | 3.5Ghz/— | 0.5/3Mb 3347 | DDR3 1600 | HD4400 | 54W |
| Core i3-4350 | Haswell (22nm) | 2/4 | 3.6Ghz/— | 0.5/4Mb 3297 | DDR3 1600 | HD4600 | 54W |
| Core i3-4370T | Haswell (22nm) | 2/4 | 3.3Ghz/- | 0.5/4Mb 3280 | DDR3 1600 | HD4600 | 35W |
| Core i3-4130 | Haswell (22nm) | 2/4 | 3.4Ghz/— | 0.5/3Mb 3262 | DDR3 1600 | HD4400 | 54W |
| Core i5-4570T | Haswell (22nm) | 2/4 | 2. |
1/4Mb 3199 | DDR3 1600 | HD4600 | 35W |
| Core i3-4360T | Haswell (22nm) | 2/4 | 3.2Ghz/— | 0.5/4Mb 3164 | DDR3 1600 | HD4600 | 35W |
| Core i3-4170T | Haswell (22nm) | 2/4 | 3.2Ghz/— | 0.5/3Mb 3137 | DDR3 1600 | HD4400 | 35W |
| Core i3-4160T | Haswell (22nm) | 2/4 | 3.1Ghz/— | 0.5/3Mb 3121 | DDR3 1600 | HD4400 | 35W |
| Core i3-4330T | Haswell (22nm) | 2/4 | 3.0Ghz/— | 0.5/4Mb 3098 | DDR3 1600 | HD4600 | 35W |
| Core i5-4570TE | Haswell (22nm) | 2/4 | 2.7/3.3Ghz | 1/4Mb 3084 | DDR3 1600 | HD4600 | 35W |
| Core i3-4350T | Haswell (22nm) | 2/4 | 3. |
0.5/4Mb 2888 | DDR3 1600 | HD4600 | 35W |
| Core i3-4130T | Haswell (22nm) | 2/4 | 2.9Ghz/— | 0.5/3Mb 2872 | DDR3 1600 | HD4400 | 35W |
| Core i3-4150T | Haswell (22nm) | 2/4 | 3.0Ghz/— | 0.5/3Mb 2846 | DDR3 1600 | HD4400 | 35W |
| Core i3-4330TE | Haswell (22nm) | 2/4 | 2.4Ghz/— | 0.5/4Mb 2500 | DDR3 1600 | HD4600 | 35W |
| Pentium G3470 | Haswell (22nm) | 2/2 | 3.6Ghz/— | 0.5/3Mb 2428 | DDR3 1600 | Intel HD | 53W |
| Pentium G3460 | Haswell (22nm) | 2/2 | 3.5Ghz/— | 0.5/3Mb 2147 | DDR3 1600 | Intel HD | 53W |
| Pentium G3440 | Haswell (22nm) | 2/2 | 3. |
0.5/3Mb 2129 | DDR3 1600 | Intel HD | 53W |
| Pentium G3430 | Haswell (22nm) | 2/2 | 3.3Ghz/— | 0.5/3Mb 2119 | DDR3 1600 | Intel HD | 53W |
| Pentium G3440T | Haswell (22nm) | 2/2 | 2.8Ghz/— | 0.5/3Mb 2107 | DDR3 1600 | Intel HD | 35W |
| Pentium G3258 | Haswell (22nm) | 2/2 | 3.2Ghz/— | 0.5/3Mb 2057 | DDR3 1333 | Intel HD | 53W |
| Pentium G3260 | Haswell (22nm) | 2/2 | 3.3Ghz/— | 0.5/3Mb 2020 | DDR3 1333 | Intel HD | 53W |
| Pentium G3460T | Haswell (22nm) | 2/2 | 3.0Ghz/— | 0.5/3Mb 2018 | DDR3 1600 | Intel HD | 35W |
| Pentium G3450T | Haswell (22nm) | 2/2 | 2. |
0.5/3Mb 2016 | DDR3 1600 | Intel HD | 35W |
| Pentium G3420 | Haswell (22nm) | 2/2 | 3.3Ghz/— | 0.5/3Mb 1998 | DDR3 1600 | Intel HD | 53W |
| Pentium G3420T | Haswell (22nm) | 2/2 | 2.7Ghz/— | 0.5/3Mb 1912 | DDR3 1600 | Intel HD | 35W |
| Pentium G3250 | Haswell (22nm) | 2/2 | 3.2Ghz/— | 0.5/3Mb 1906 | DDR3 1333 | Intel HD | 53W |
| Pentium G3450 | Haswell (22nm) | 2/2 | 3.4Ghz/— | 0.5/3Mb 1903 | DDR3 1600 | Intel HD | 53W |
| Pentium G3240 | Haswell (22nm) | 2/2 | 3.1Ghz/— | 0.5/3Mb 1903 | DDR3 1333 | Intel HD | 53W |
| Celeron G1850 | Haswell (22nm) | 2/2 | 2. |
0.5/2Mb 1895 | DDR3 1333 | Intel HD | 53W |
| Pentium G3220 | Haswell (22nm) | 2/2 | 3.0Ghz/— | 0.5/3Mb 1838 | DDR3 1333 | Intel HD | 53W |
| Pentium G3260T | Haswell (22nm) | 2/2 | 2.9Ghz/— | 0.5/3Mb 1755 | DDR3 1333 | Intel HD | 35W |
| Pentium G3240T | Haswell (22nm) | 2/2 | 2.7Ghz/— | 0.5/3Mb 1755 | DDR3 1333 | Intel HD | 35W |
| Celeron G1840 | Haswell (22nm) | 2/2 | 2.8Ghz/— | 0.5/2Mb 1738 | DDR3 1333 | Intel HD | 53W |
| Pentium G3250T | Haswell (22nm) | 2/2 | 2.8Ghz/— | 0.5/3Mb 1699 | DDR3 1333 | Intel HD | 35W |
| Celeron G1820 | Haswell (22nm) | 2/2 | 2. |
0.5/2Mb 1649 | DDR3 1333 | Intel HD | 53W |
| Pentium G3320TE | Haswell (22nm) | 2/2 | 2.3Ghz/— | 0.5/3Mb 1623 | DDR3 1333 | Intel HD | 35W |
| Celeron G1820T | Haswell (22nm) | 2/2 | 2.4Ghz/— | 0.5/2Mb 1614 | DDR3 1333 | Intel HD | 35W |
| Celeron G1840T | Haswell (22nm) | 2/2 | 2.5Ghz/— | 0.5/2Mb 1576 | DDR3 1333 | Intel HD | 35W |
| Celeron G1830 | Haswell (22nm) | 2/2 | 2.8Ghz/— | 0.5/2Mb 1560 | DDR3 1333 | Intel HD | 53W |
| Pentium G3220T | Haswell (22nm) | 2/2 | 2.6Ghz/- | 0.5/3Mb 1539 | DDR3 1333 | Intel HD | 35W |
| Xeon_E3 1220Lv3 | Haswell (22nm) | 2/4 | 3. |
0.5/4Mb 1407 | DDR3 1600 | — | 80W |
| Celeron G1820TE | Haswell (22nm) | 2/2 | 2.4Ghz/— | 0.5/2Mb 1115 | DDR3 1333 | Intel HD | 35W |
Detailed lists — tables of all LGA 1150 socket processors by generation and notes.
Table of Contents:
1) List-table of 4th generation Intel Core processors (Haswell)
+ list-table of Xeon processors (Haswell).
2) List-table of 5th generation Intel Core processors (Broadwel)
+ list-table of Xeon processors (Broadwel).
Note:
For Socket LGA1150 (sometimes referred to as Socket h4), Intel released two generations of processors: the 4th generation Core was built on the 22nm Haswell architecture, and the next 5th generation Core (Broadwell architecture) already received a 14nm process technology and an advanced integrated graphics core — Iris Pro 6200. Later, a series of integrated HD Graphics 510-530 GPUs will be created on its basis.
It was the Haswell architecture that received the main distribution on the LGA1150, since Broadwell was originally conceived by Intel as an intermediate experimental link in the transition to the 14nm process technology. Because of this, the Broadwell line received only two custom Core models and 6 Xeon models for 1150 socket.
The Haswell line (4th generation) also received a number of Xeon CPUs for socket 1150 in addition to Core models.
——————————————————————————————————————————————— —
K versions — provide greater performance due to increased clock frequencies, have an unlocked multiplier, which allows you to «overclock» the processor.
T versions — provide increased energy efficiency and fit into a 35W heat pack.
TE versions — provide the best energy efficiency and are guaranteed to fit into a 35W TDP.
GPU «—» — in the case of a dash in the GPU column, this means that the processor does not have an integrated video core, therefore, when using it to display an image, a discrete video card is required.
CPUMark — processor performance rating in points. It can be used to roughly compare the capabilities of different models. The rating is the same for all generations of AMD and Intel processors.
List-table of 4th generation Intel Core processors. Socket LGA1150.
| Model | Process family | Cores/Threads | Frequency Turbo | Cache_L2/3 CPUMark | Memory | Video core | TDW Price |
| Core i7-4790K | Haswell (22nm) | 4/8 | 4.0/4.4Ghz | 1/8Mb 8057 | DDR3 1600 | HD4600 | 88W |
| Core i7-4790 | Haswell (22nm) | 4/8 | 3.6/4.0Ghz | 1/8Mb 7213 | DDR3 1600 | HD4600 | 84W |
| Core i7-4790S | Haswell (22nm) | 4/8 | 3. |
1/8Mb 6956 | DDR3 1600 | HD4600 | 65W |
| Core i7-4790T | Haswell (22nm) | 4/8 | 2.7/3.9Ghz | 1/8Mb 6347 | DDR3 1600 | HD4600 | 45W |
| Core i7-4785T | Haswell (22nm) | 4/8 | 2.2/3.2Ghz | 1/8Mb 5396 | DDR3 1600 | HD4600 | 35W |
| Core i7-4771 | Haswell (22nm) | 4/8 | 3.5/3.9Ghz | 1/8Mb 6998 | DDR3 1600 | HD4600 | 84W |
| Core i7-4770K | Haswell (22nm) | 4/8 | 3.5/3.9Ghz | 1/8Mb 7080 | DDR3 1600 | HD4600 | 84W |
| Core i7-4770 | Haswell (22nm) | 4/8 | 3.4/3.9Ghz | 1/8Mb 7039 | DDR3 1600 | HD4600 | 84W |
| Core i7-4770T | Haswell (22nm) | 4/8 | 2. |
1/8Mb 6038 | DDR3 1600 | HD4600 | 45W |
| Core i7-4770TE | Haswell (22nm) | 4/8 | 2.3/3.3Ghz | 1/8Mb 4257 | DDR3 1600 | HD4600 | 45W |
| Core i7-4765T | Haswell (22nm) | 4/8 | 2.0/3.0Ghz | 1/8Mb 4924 | DDR3 1600 | HD4600 | 35W |
| Core i5-4690K | Haswell (22nm) | 4/4 | 3.5/3.9Ghz | 1/6Mb 5604 | DDR3 1600 | HD4600 | 88W |
| Core i5-4690 | Haswell (22nm) | 4/4 | 3.5/3.9Ghz | 1/6Mb 5583 | DDR3 1600 | HD4600 | 84W |
| Core i5-4690S | Haswell (22nm) | 4/4 | 3.2/3.9Ghz | 1/6Mb 5455 | DDR3 1600 | HD4600 | 65W |
| Core i5-4690T | Haswell (22nm) | 4/4 | 2. |
1/6Mb 4492 | DDR3 1600 | HD4600 | 45W |
| Core i5-4670K | Haswell (22nm) | 4/4 | 3.4/3.8Ghz | 1/6Mb 5512 | DDR3 1600 | HD4600 | 84W |
| Core i5-4670 | Haswell (22nm) | 4/4 | 3.4/3.8Ghz | 1/6Mb 5401 | DDR3 1600 | HD4600 | 84W |
| Core i5-4670S | Haswell (22nm) | 4/4 | 3.1/3.8Ghz | 1/6Mb 5160 | DDR3 1600 | HD4600 | 65W |
| Core i5-4670T | Haswell (22nm) | 4/4 | 2.3/3.3Ghz | 1/6Mb 4333 | DDR3 1600 | HD4600 | 45W |
| Core i5-4590 | Haswell (22nm) | 4/4 | 3.3/3.7Ghz | 1/6Mb 5317 | DDR3 1600 | HD4600 | 84W |
| Core i5-4590S | Haswell (22nm) | 4/4 | 3. |
1/6Mb 5104 | DDR3 1600 | HD4600 | 65W |
| Core i5-4590T | Haswell (22nm) | 4/4 | 2.0/3.0Ghz | 1/6Mb 4017 | DDR3 1600 | HD4600 | 35W |
| Core i5-4570 | Haswell (22nm) | 4/4 | 3.2/3.6Ghz | 1/6Mb 5153 | DDR3 1600 | HD4600 | 84W |
| Core i5-4570S | Haswell (22nm) | 4/4 | 2.9/3.6Ghz | 1/6Mb 4894 | DDR3 1600 | HD4600 | 65W |
| Core i5-4570T | Haswell (22nm) | 2/4 | 2.9/3.6Ghz | 1/4Mb 3231 | DDR3 1600 | HD4600 | 35W |
| Core i5-4570TE | Haswell (22nm) | 2/4 | 2.7/3.3Ghz | 1/4Mb 3084 | DDR3 1600 | HD4600 | 35W |
| Core i5-4460 | Haswell (22nm) | 4/4 | 3. |
1/6Mb 4796 | DDR3 1600 | HD4600 | 84W |
| Core i5-4460S | Haswell (22nm) | 4/4 | 2.9/3.4Ghz | 1/6Mb 4488 | DDR3 1600 | HD4600 | 65W |
| Core i5-4460T | Haswell (22nm) | 4/4 | 1.9/2.7Ghz | 1/6Mb 3574 | DDR3 1600 | HD4600 | 35W |
| Core i5-4440 | Haswell (22nm) | 4/4 | 3.1/3.3Ghz | 1/6Mb 4690 | DDR3 1600 | HD4600 | 84W |
| Core i5-4440S | Haswell (22nm) | 4/4 | 2.8/3.3Ghz | 1/6Mb 4198 | DDR3 1600 | HD4600 | 65W |
| Core i5-4430 | Haswell (22nm) | 4/4 | 3.0/3.2Ghz | 1/6Mb 4636 | DDR3 1600 | HD4600 | 84W |
| Core i5-4430S | Haswell (22nm) | 4/4 | 2. |
1/6Mb 3976 | DDR3 1600 | HD4600 | 65W |
| Core i3-4370 | Haswell (22nm) | 2/4 | 3.8Ghz/— | 0.5/4Mb | DDR3 1600 | HD4600 | 54W |
| Core i3-4360 | Haswell (22nm) | 2/4 | 3.7Ghz/- | 0.5/4Mb | DDR3 1600 | HD4600 | 54W |
| Core i3-4360T | Haswell (22nm) | 2/4 | 3.2Ghz/— | 0.5/4Mb | DDR3 1600 | HD4600 | 35W |
| Core i3-4350 | Haswell (22nm) | 2/4 | 3.6Ghz/— | 0.5/4Mb | DDR3 1600 | HD4600 | 54W |
| Core i3-4350T | Haswell (22nm) | 2/4 | 3.1Ghz/— | 0.5/4Mb | DDR3 1600 | HD4600 | 35W |
| Core i3-4340 | Haswell (22nm) | 2/4 | 3. |
0.5/4Mb | DDR3 1600 | HD4600 | 54W |
| Core i3-4340TE | Haswell (22nm) | 2/4 | 2.6Ghz/— | 0.5/4Mb | DDR3 1600 | HD4600 | 35W |
| Core i3-4330 | Haswell (22nm) | 2/4 | 3.5Ghz/— | 0.5/4Mb | DDR3 1600 | HD4600 | 54W |
| Core i3-4330T | Haswell (22nm) | 2/4 | 3.0Ghz/— | 0.5/4Mb | DDR3 1600 | HD4600 | 35W |
| Core i3-4330TE | Haswell (22nm) | 2/4 | 2.4Ghz/— | 0.5/4Mb | DDR3 1600 | HD4600 | 35W |
| Core i3-4330TE | Haswell (22nm) | 2/4 | 2.4Ghz/— | 0.5/4Mb | DDR3 1600 | HD4600 | 35W |
| Core i3-4170 | Haswell (22nm) | 2/4 | 3. |
0.5/3Mb | DDR3 1600 | HD4400 | 54W |
| Core i3-4160 | Haswell (22nm) | 2/4 | 3.6Ghz/— | 0.5/3Mb | DDR3 1600 | HD4400 | 54W |
| Core i3-4160T | Haswell (22nm) | 2/4 | 3.1Ghz/— | 0.5/3Mb | DDR3 1600 | HD4400 | 35W |
| Core i3-4150 | Haswell (22nm) | 2/4 | 3.5Ghz/— | 0.5/3Mb | DDR3 1600 | HD4400 | 54W |
| Core i3-4150T | Haswell (22nm) | 2/4 | 3.0Ghz/— | 0.5/3Mb | DDR3 1600 | HD4400 | 35W |
| Core i3-4130 | Haswell (22nm) | 2/4 | 3.4Ghz/— | 0.5/3Mb | DDR3 1600 | HD4400 | 54W |
| Core i3-4130T | Haswell (22nm) | 2/4 | 2. |
0.5/3Mb | DDR3 1600 | HD4400 | 35W |
| Pentium G3460 | Haswell (22nm) | 2/2 | 3.5Ghz/— | 0.5/3Mb | DDR3 1600 | Intel HD | 53W |
| Pentium G3450 | Haswell (22nm) | 2/2 | 3.4Ghz/— | 0.5/3Mb | DDR3 1600 | Intel HD | 53W |
| Pentium G3450T | Haswell (22nm) | 2/2 | 2.9Ghz/— | 0.5/3Mb | DDR3 1600 | Intel HD | 35W |
| Pentium G3440 | Haswell (22nm) | 2/2 | 3.3Ghz/— | 0.5/3Mb | DDR3 1600 | Intel HD | 53W |
| Pentium G3440T | Haswell (22nm) | 2/2 | 2.8Ghz/— | 0.5/3Mb | DDR3 1600 | Intel HD | 35W |
| Pentium G3430 | Haswell (22nm) | 2/2 | 3. |
0.5/3Mb | DDR3 1600 | Intel HD | 53W |
| Pentium G3420 | Haswell (22nm) | 2/2 | 3.3Ghz/— | 0.5/3Mb | DDR3 1600 | Intel HD | 53W |
| Pentium G3420T | Haswell (22nm) | 2/2 | 2.7Ghz/— | 0.5/3Mb | DDR3 1600 | Intel HD | 35W |
| Pentium G3320TE | Haswell (22nm) | 2/2 | 2.3Ghz/— | 0.5/3Mb | DDR3 1333 | Intel HD | 35W |
| Pentium G3260 | Haswell (22nm) | 2/2 | 3.3Ghz/— | 0.5/3Mb | DDR3 1333 | Intel HD | 53W |
| Pentium G3258 | Haswell (22nm) | 2/2 | 3.2Ghz/— | 0.5/3Mb | DDR3 1333 | Intel HD | 53W |
| Pentium G3250 | Haswell (22nm) | 2/2 | 3. |
0.5/3Mb | DDR3 1333 | Intel HD | 53W |
| Pentium G3250T | Haswell (22nm) | 2/2 | 2.8Ghz/— | 0.5/3Mb | DDR3 1333 | Intel HD | 35W |
| Pentium G3240 | Haswell (22nm) | 2/2 | 3.1Ghz/— | 0.5/3Mb | DDR3 1333 | Intel HD | 53W |
| Pentium G3240T | Haswell (22nm) | 2/2 | 2.7Ghz/— | 0.5/3Mb | DDR3 1333 | Intel HD | 35W |
| Pentium G3220 | Haswell (22nm) | 2/2 | 3.0Ghz/— | 0.5/3Mb | DDR3 1333 | Intel HD | 53W |
| Pentium G3220T | Haswell (22nm) | 2/2 | 2.6Ghz/— | 0.5/3Mb | DDR3 1333 | Intel HD | 35W |
| Celeron G1850 | Haswell (22nm) | 2/2 | 2. |
0.5/2Mb | DDR3 1333 | Intel HD | 53W |
| Celeron G1840 | Haswell (22nm) | 2/2 | 2.8Ghz/— | 0.5/2Mb | DDR3 1333 | Intel HD | 53W |
| Celeron G1840T | Haswell (22nm) | 2/2 | 2.5Ghz/— | 0.5/2Mb | DDR3 1333 | Intel HD | 35W |
| Celeron G1830 | Haswell (22nm) | 2/2 | 2.8Ghz/— | 0.5/2Mb | DDR3 1333 | Intel HD | 53W |
| Celeron G1820 | Haswell (22nm) | 2/2 | 2.8Ghz/— | 0.5/2Mb | DDR3 1333 | Intel HD | 53W |
| Celeron G1820T | Haswell (22nm) | 2/2 | 2.4Ghz/— | 0.5/2Mb | DDR3 1333 | Intel HD | 35W |
| Celeron G1820TE | Haswell (22nm) | 2/2 | 2. |
0.5/2Mb | DDR3 1333 | Intel HD | 35W |
List-table of 4th generation Intel Xeon processors. Socket LGA1150.
| Model | Process family | Cores/Threads | Frequency Turbo | Cache_L2/3 CPUMark | Memory | Video core | TDW Price |
| Xeon_E3 1286v3 | Haswell (22nm) | 4/8 | 3.7/4.1Ghz | 1/8Mb | DDR3 1600 | P4700 | 84W |
| Xeon_E3 1286Lv3 | Haswell (22nm) | 4/8 | 3.2/4.0Ghz | 1/8Mb | DDR3 1600 | P4700 | 65W |
| Xeon_E3 1285v3 | Haswell (22nm) | 4/8 | 3.6/4.0Ghz | 1/8Mb | DDR3 1600 | P4700 | 84W |
| Xeon_E3 1285Lv3 | Haswell (22nm) | 4/8 | 3. |
1/8Mb | DDR3 1600 | P4700 | 65W |
| Xeon_E3 1281v3 | Haswell (22nm) | 4/8 | 3.7/4.1Ghz | 1/8Mb | DDR3 1600 | — | 82W |
| Xeon_E3 1280v3 | Haswell (22nm) | 4/8 | 3.6/4.0Ghz | 1/8Mb | DDR3 1600 | — | 82W |
| Xeon_E3 1276v3 | Haswell (22nm) | 4/8 | 3.6/4.0Ghz | 1/8Mb | DDR3 1600 | P4600 | 82W |
| Xeon_E3 1275v3 | Haswell (22nm) | 4/8 | 3.5/3.9Ghz | 1/8Mb | DDR3 1600 | P4600 | 82W |
| Xeon_E3 1275Lv3 | Haswell (22nm) | 4/8 | 2.7/3.9Ghz | 1/8Mb | DDR3 1600 | GT1 | 45W |
| Xeon_E3 1271v3 | Haswell (22nm) | 4/8 | 3. |
1/8Mb | DDR3 1600 | — | 80W |
| Xeon_E3 1270v3 | Haswell (22nm) | 4/8 | 3.5/3.9Ghz | 1/8Mb | DDR3 1600 | — | 80W |
| Xeon_E3 1268Lv3 | Haswell (22nm) | 4/8 | 2.3/3.3Ghz | 1/8Mb | DDR3 1600 | P4600 | 45W |
| Xeon_E3 1265Lv3 | Haswell (22nm) | 4/8 | 2.5/3.7Ghz | 1/8Mb | DDR3 1600 | GT1 | 45W |
| Xeon_E3 1246v3 | Haswell (22nm) | 4/8 | 3.5/3.9Ghz | 1/8Mb | DDR3 1600 | P4600 | 84W |
| Xeon_E3 1245v3 | Haswell (22nm) | 4/8 | 3.4/3.8Ghz | 1/8Mb | DDR3 1600 | P4600 | 84W |
| Xeon_E3 1241v3 | Haswell (22nm) | 4/8 | 3. |
1/8Mb | DDR3 1600 | — | 80W |
| Xeon_E3 1240v3 | Haswell (22nm) | 4/8 | 3.4/3.8Ghz | 1/8Mb | DDR3 1600 | — | 80W |
| Xeon_E3 1240Lv3 | Haswell (22nm) | 4/8 | 2.0/3.0Ghz | 1/8Mb | DDR3 1600 | — | 25W |
| Xeon_E3 1231v3 | Haswell (22nm) | 4/8 | 3.4/3.8Ghz | 1/8Mb | DDR3 1600 | — | 80W |
| Xeon_E3 1230v3 | Haswell (22nm) | 4/8 | 3.3/3.7Ghz | 1/8Mb | DDR3 1600 | — | 80W |
| Xeon_E3 1230Lv3 | Haswell (22nm) | 4/8 | 1.8/2.8Ghz | 1/8Mb | DDR3 1600 | — | 25W |
| Xeon_E3 1226v3 | Haswell (22nm) | 4/4 | 3. |
1/8Mb | DDR3 1600 | P4600 | 84W |
| Xeon_E3 1225v3 | Haswell (22nm) | 4/4 | 3.2/3.6Ghz | 1/8Mb | DDR3 1600 | P4600 | 84W |
| Xeon_E3 1220v3 | Haswell (22nm) | 4/4 | 3.1/3.5Ghz | 1/8Mb | DDR3 1600 | — | 80W |
| Xeon_E3 1220Lv3 | Haswell (22nm) | 2/4 | 3.1/3.5Ghz | 0.5/4Mb | DDR3 1600 | — | 80W |
List-table of 5th generation Intel Core processors. Socket LGA1150.
| Model | Process family | Cores/Threads | Frequency Turbo | Cache_L2/3 CPUMark | Memory | Video core | TDW Price |
| Core_i7 5775C | Broadwell (14nm) | 4/8 | 3. |
1/6Mb | DDR3 1600 | Iris Pro 6200 | 65W |
| Core_i5 5675C | Broadwell (14nm) | 4/4 | 3.1/3.6Ghz | 1/4Mb | DDR3 1600 | Iris Pro 6200 | 65W |
List-table of 5th generation Intel Xeon processors. Socket LGA1150.
| Model | Process family | Cores/Threads | Frequency Turbo | Cache_L2/3 CPUMark | Memory | Video core | TDW Price |
| Xeon_E3 1285v4 | Broadwell (14nm) | 4/8 | 3.5/3.8Ghz | 1/6Mb | DDR3 1600 | Iris Pro 6300 | 95W |
| Xeon_E3 1285Lv4 | Broadwell (14nm) | 4/8 | 3.4/3.8Ghz | 1/6Mb | DDR3 1600 | Iris Pro 6300 | 65W |
| Xeon_E3 1284Lv4 | Broadwell (14nm) | 4/8 | 2. |
1/6Mb | DDR3 1600 | Iris Pro 6300 | 47W |
| Xeon_E3 1283Lv4 | Broadwell (14nm) | 4/8 | 2.9/3.8Ghz | 1/6Mb | DDR3 1600 | — | 47W |
| Xeon_E3 1270Lv4 | Broadwell (14nm) | 4/8 | 3.0/3.6Ghz | 1/6Mb | DDR3 1600 | — | 45W |
| Xeon_E3 1265Lv4 | Broadwell (14nm) | 4/8 | 2.3/3.3Ghz | 1/6Mb | DDR3 1600 | Iris Pro 6300 | 35W |
In some cases, Xeons, unlike custom models, have an increased cache. Also, Intel Xeon processors have a built-in error corrector, which allows them to work with ECC server RAM.
Most motherboards cannot handle Xeons out of the box. To understand server processors, the motherboard needs to update the BIOS to the version recommended by its manufacturer.
overview of characteristics, performance, overclocking, tests in games and benchmarks, purchase and prices
Contents0012
- 5.1 Acceleration with a multiplier
- 5.2 Acceleration via BCLK Strap
- 5.2.1 Acceleration cache L4
- 5.3 Acceleration turbo-boost
- 6.1 Syncies
- 6.2 Top Models and Applications
- 8 Frequently Asked Questions
- 9 Where to Buy
- 10 Related links
In 2018, quite interesting lots began to appear on Chinese marketplaces — processors based on the Crystal Well architecture, originally intended for installation in laptops (BGA-1364), but converted by the Chinese for desktop socket 1150.
In 2020, a new generation of «mutants» appeared, but already for 1151 sockets — QL2X, QL3X processors and others.
What are the features of
The most important advantage of these stones is the presence of as much as 128mb (!) L4 cache. Its presence allows you to significantly increase performance in certain tasks, and also makes the system unpretentious in relation to the frequency of RAM.
A small crystal is the L4 cache
The second difference is the rather powerful integrated Intel Iris graphics core, but it is of little interest to us, since such systems are usually assembled to work with discrete video cards.
Although the Intel Iris Pro 5200 can handle not very demanding games (performance is close to the Intel UHD Graphics 630), you should not even consider it as a very budget replacement for a full-fledged gaming graphics card. But it’s quite possible to “sit out” on it until there is money for a cool card.
But most importantly, in terms of price / performance ratio, almost all currently available models show very good results, sometimes even outperforming popular builds on the 2011 socket. Given the many low-cost socket 1150 motherboards on the market, we have one of the most profitable quad-core processors working with ddr3.
Specifications of Crystal Well processors
All processors have 4 cores and 8 threads, equipped with 6 MB L3 cache and 128 MB L4 cache. The integrated video core for the entire series is Intel Iris Pro 5200. TDP is also the same for all models — 47 W.
| Model | Basic frequency | Frequency in Turbo Boost | Multiple | Max for all nuclei* (for overclocking) | , 00 GHZ | 3200 mHz (1 core) 3100 mHz (2 nuclei) 3000 mHz (all nuclei) |
20 | 200–1200 MHZ |
|---|---|---|---|---|---|
| Core 4760 HQ | 2.10 GHZ | 3300 mHz (1 core) 3200 MHZ (2 nuclei) 3100 mHz (all nuclei) |
37 | 200–1200 MHZ | |
| Core I7 477 | 2.20 GHZ | 3400 mHz (1 core) 3300 mHz (2 nuclei) 3200 mHz (all nuclei) |
22 | 38 | 200–1200 MHz |
| Core i7 4850 HQ | 2. |
3500 MHz (1 core) 3400 mHz (2 nuclei) 3300 mhz (all nuclei) |
23 | 39 | 200–1200 MHZ |
| Core I7 4860 HQ | 3600 MHZ (1 3500 mHz (2 nuclei) 3400 mHz (all nuclei) |
24 | 40 | 200–1200 MHz | |
| Core I7 4870 HQ | 3700 MHZ (1 nucleus) 3600 MHz (2 cores) 3500 MHz (all cores) |
25 | 41 | 200–1200 MHz | |
| Core i7 4950 HQ | 2.40 GHZ | 3600 MHZ (1 core) 3500 MHZ (2 nuclei) 3400 MHZ (all) |
24 | 40 | 200–1300 MHz |
| Core i7 4960 HQ | 2.60 GHZ | 3800 MHZ (1 kernel) 3700 MHZ (2 kernels) 3600 MHZ (all nuclei) |
26 | 42 | 200–1300 MHZ |
| Core i7 4980 HQ | 2.80 GHZ | 4000 MHZ (1 kernel) 3900 mHz (2 kernels) 3800 mHz (all kernels) |
200-1300 MHz |
*Maximum multiplier shown is indicative as not all models have been tested yet.
What are the main differences between the stones:
- Different stock frequencies
- Different values of the maximum multiplier
- in 49xx slightly higher the maximum frequency of video trees
- 48xx and 49xx additionally support Intel VPRO and Intel TSX-Ni
as the supported socket
3
craftsmanship was used to be a mobile. adapter board. The crystal itself was removed under the cover so that you can install the usual cooling system without fear of damaging the silicon.
Appearance in comparison with the usual lga1150 processor
Under the cover — liquid metal, smd varnished, or, as in this case, covered with an insulating gasket Usually found on younger models.
The resulting «sandwich» turned out to be a little thicker than native stones, so for installation it is advisable to slightly loosen the lower bolt of the socket (it is enough to turn it by ~ 1 mm).
A regular Phillips screwdriver will not work
Otherwise, there should be no problems.
Compatibility with motherboards
The bad news is that according to the assurances of the Chinese, this modification will not work on Gigabyte motherboards.
In fact, the Chinese are reinsuring themselves and cases of successful launches on Gigabyte boards are known, but you should not rely on luck. Those who wish to take a chance can only be advised to check all available bios versions.
Successful launch on Z87X-UD4H-CF
The good news is that with a high degree of probability everything will start up on all other motherboards from popular manufacturers: Asus, Asrock, MSI and others. Processors work on motherboards with any chipset. You do not need to flash the BIOS or perform any other manipulations.
Most boards correctly detect the installed Crystall Well
What about overclocking?
The first thing worth noting is that after overcoming the frequency of 4.2 GHz, a strong increase in performance is no longer noticeable, so the feasibility of higher frequencies is questionable.
The second is that heat generation strongly depends on the quality of the cover installed by the Chinese and the liquid metal under it. Unsuccessful instances begin to overheat strongly already when approaching 4 GHz.
The maximum operating temperature for the entire series is 100 degrees, but it is desirable to keep it at no more than 75-80 degrees in the load.
There are several ways to overclock Crystal Well, but first it would be good to decide what frequency you need to achieve. So, to work with mid-range video cards, a level of 3.5 — 3.9 is enoughGHz. Frequencies of 4 GHz and above will allow the processor to load video cards of the nvidia 1080 level.
Multiplier overclocking
The simplest and most familiar method that works on motherboards with any chipset. Slowly raise the multiplier, while turning off the turbo boost. You will need to manually raise the voltage, but a slight overclocking can be done without it.
There is an opinion that straps work best on the older model — 4980HQ.
Example (and not recommendation!) The use of Straps in 125 MHz for 4980HQ on the MSI Z87-G45 Gaming board:
Accearative does not make sense, the performance of this practically does not change.
Turbo Boost Overclocking
If the board for some reason does not support multiplier overclocking, you can resort to overclocking through turbo boost blocking.
The turbo boost multiplier in this case is set to one core +1 to the maximum, to 2, 3 and 4 cores — the maximum. So for 4980hq, overclocking with turbo boost has the following form — a multiplier of 45 is set on the first core, a multiplier of 44 is set on 2, 3 and 4 cores. The voltage, most likely, will have to be selected manually.
Performance
Synthetic tests
In synthetic tests, the performance is almost the same as Haswell processors at a similar frequency.
Cinebench r15 results for I7 4980 HQ and I7 4790K at 4.4 GHz
Benchmark results compared to Core i7 4790k. In some tasks, Crystall Well performs better even at a lower frequency.
| 4790k @ 4.6 | 4980hq @ 4.4 | |
| Premier pro export | 02:50 | 02:51 |
| FFMPEG vp9 | 08:43 | 07:51 |
| Winrar | 12100 | 14277 |
| Cinebench R15 | 908 |
CRISTALL WELL WELL WELL WELL WELL WELL WELL WELL WELL WELL WELL WELL WELL WELL WELL WE For example, a 4870hq at 3.9GHz can be compared to a Core i7 4790k at 4.8GHz.
It is curious that this line was able to reveal its potential only in the form of a Chinese “rework” for desktop boards.
When working in laptops, overclocking and frequencies above stock were unimaginable.
Who would be interested in the transition to the «crystal well»?
- Firstly, for those who already have a system on socket 1150. The transition from Core i3, i5 and even younger Core i7 is justified.
- Secondly, for those who plan to assemble a sufficiently productive gaming machine, but have a small budget and are ready to take some risk (after all, the modification appeared quite recently and no one knows all the pitfalls yet).
Which model should I choose? It is worth starting from the budget, availability in stores (it will not be convenient for everyone to order from taobao, and not the entire range may be presented on Ali) and the desired overclocking.
So, to achieve a frequency of ~4 GHz, it is better to choose 4870hq and older models.
4980 HQ — the most expensive model, can be used both to achieve high frequencies on top boards, or to work in stock, in case of unwillingness or impossibility of overclocking.
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Well, if the system is assembled for mid-range video cards, such as nvidia 1060, then you can get by with lower models, with an eye to overclocking up to ~ 3.5 GHz.
Frequently asked questions
Will the Chinese adapter fall apart? Is it possible over time to “fall off” like with a chip on video cards?
In theory, nothing should fall off, but no one can give guarantees.
Does it make sense to assemble from scratch, what is the potential of the platform, how long will modern games last?
It makes sense to gather if 4 cores and 8 threads are enough for your tasks. Crystall Well is currently one of the most productive ddr3 quad-cores, now it handles games quite well. Most likely nothing will change in the next few years.
How can these stones be compared?
Only if very roughly. When overclocked to 4 — 4.2 GHz, Crystall Well will be approximately equal to or even bypass popular builds on Xeon e5 1650, Ryzen 1600 and similar.
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I can’t / don’t want to overclock. Will it be bad at stock frequencies?
No, thanks to the turbo boost, older models can confidently handle games even without overclocking. Can be safely used with not very powerful video cards.
All modern systems work with ddr4, is ddr3 seriously behind it, especially in two-channel?
Crystall Well significantly reduces memory requirements thanks to L4 cache. Boards with the ability to overclock memory can easily provide a frequency of 2000+ MHz, for most tasks this will be enough.
Read, write and copy speed for dual-channel ddr3 at 2500 MHz
Where to buy
Mobile processors of the Haswell family are also on sale, also converted to socket 1150. They do not have L4 cache and they are not of great interest.
Taobao : Search by model name search. Delivery will require an intermediary.
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Ebay : Same. Usually available from this seller.
Aliexpress : Familiar delivery and shopping convenience, but more expensive. It is not always available. It makes sense to look in this store.
Related links
- Large FAQ on overclockers.ru, on the basis of which this article was prepared
- Discussion of Haswell and Crystall Well processors on the overclockers forum
- Overclocking features on Lga1150
Socket 1150: which processors are suitable
03/04/2020
Computer620 Views
Four years have passed since the release of the 1150 platform, and many users who built or bought a computer based on it began to think about upgrading the processor.
In such a situation, the user is faced with the question, what processors are suitable for Socket LGA 1150? If you are also interested in this issue, then we suggest that you read this article.
Socket LGA 1150, also known as Socket h4, is a processor socket designed to accept Haswell and Broadwell architecture Intel processors.
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Haswell is an architecture that was introduced in 2013 and is the next step after the Ivy Bridge architecture. According to the tick-tock strategy, the Haswell architecture was built on the basis of the 22 nanometer process technology. This architecture brought changes to the processor cache memory device, support for AVX2 instructions, as well as improved power efficiency. Haswell is the fourth generation in the Core processor line, so the Core processor index with this architecture starts with the number 4. For example, Core i3-4130.
Broadwell is the next architecture after Haswell. According to the tick-tock strategy, the Broadwell architecture was built on a new 14 nanometer process technology. Broadwell is the fifth generation in the Core processor line, so the index of Core processors with this architecture starts with the number 5. For example, Core i7-5775C.
Below is a table that lists all processors that fit Socket 1150. You can use this information to select a processor, however, you should be aware that matching the socket on the motherboard and processor does not guarantee compatibility.
If you are planning to buy a processor, then you need to additionally check on the website of the motherboard manufacturer whether this particular processor is supported by your motherboard. Otherwise, there is a risk of buying a processor, and then discovering that it refuses to work on an existing board.
Celeron processors for Socket LGA 1150:
Model Quantity cores
Number of threads Clock frequency (MHz)
Turbo Boost (MHz)
Celeron G1820TE 2 2 2200 No Celeron G1820T 2 2 2400 No Celeron G1840T 2 2 2500 No Celeron G1820 2 2 2700 No Celeron G1830 2 2 2800 No Celeron G1840 2 2 2800 No Celeron G1850 2 2 2900 No Pentium processors for Socket LGA 1150:
Model Quantity cores
Number of threads Clock frequency (MHz)
Turbo Boost (MHz)
Pentium G3320TE 2 2 2300 No Pentium G3220T 2 2 2600 No Pentium G3240T 2 2 2700 No Pentium G3420T 2 2 2700 No Pentium G3250T 2 2 2800 No Pentium G3440T 2 2 2800 No Pentium G3450T 2 2 2900 No Pentium G3260T 2 2 2900 No Pentium G3460T 2 2 3000 No Pentium G3220 2 2 3000 No Pentium G3240 2 2 3100 No Pentium G3420 2 2 3200 No Pentium G3250 2 2 3200 No Pentium G3258 2 2 3200 No Pentium G3260 2 2 3300 No Pentium G3430 2 2 3300 No Pentium G3440 2 2 3300 No Pentium G3450 2 2 3400 No Pentium G3460 2 2 3500 No Pentium G3470 2 2 3600 No Core i3 processors for Socket LGA 1150:
Model Quantity cores
Number of threads Clock frequency (MHz)
Turbo Boost (MHz)
Core i3-4330TE 2 4 2400 No Core i3-4340TE 2 4 2600 No Core i3-4130T 2 4 2900 No Core i3-4150T 2 4 3000 No Core i3-4330T 2 4 3000 No Core i3-4350T 2 4 3100 No Core i3-4160T 2 4 3100 No Core i3-4170T 2 4 3200 No Core i3-4360T 2 4 3200 No Core i3-4370T 2 4 3300 No Core i3-4130 2 4 3400 No Core i3-4150 2 4 3500 No Core i3-4330 2 4 3500 No Core i3-4340 2 4 3600 No Core i3-4350 2 4 3600 No Core i3-4160 2 4 3600 No Core i3-4170 2 4 3700 No Core i3-4360 2 4 3700 No Core i3-4370 2 4 3800 No Core i5 processors for Socket LGA 1150:
Model Quantity cores
Number of threads Clock frequency (MHz)
Turbo Boost (MHz)
Core i5-4460T 4 4 1900 2700 Core i5-4590T 4 4 2000 3000 Core i5-4670T 4 4 2300 3300 Core i5-4690T 4 4 2500 3500 Core i5-4570TE 2 4 2700 3300 Core i5-4430S 4 4 2700 3200 Core i5-4440S 4 4 2800 3300 Core i5-4570T 2 4 2900 3600 Core i5-4570S 4 4 2900 3600 Core i5-4460S 4 4 2900 3400 Core i5-4430 4 4 3000 3200 Core i5-4590S 4 4 3000 3700 Core i5-4670S 4 4 3100 3800 Core i5-4440 4 4 3100 3300 Core i5-5675C 4 4 3100 3600 Core i5-4570 4 4 3200 3600 Core i5-4460 4 4 3200 3400 Core i5-4690S 4 4 3200 3900 Core i5-4590 4 4 3300 3700 Core i5-4670 4 4 3400 3800 Core i5-4670K 4 4 3400 3800 Core i5-4690 4 4 3500 3900 Core i5-4690K 4 4 3500 3900 Core i7 processors for Socket LGA 1150:
Model Quantity cores
Number of threads Clock frequency (MHz)
Turbo Boost (MHz)
Core i7-4765T 4 8 2000 3000 Core i7-4785T 4 8 2200 3200 Core i7-4770TE 4 8 2300 3300 Core i7-4770T 4 8 2500 3700 Core i7-4790T 4 8 2700 3900 Core i7-4770S 4 8 3100 3900 Core i7-4790S 4 8 3200 4000 Core i7-5775C 4 8 3300 3700 Core i7-4770 4 8 3400 3900 Core i7-4770K 4 8 3500 3900 Core i7-4771 4 8 3500 3900 Core i7-4790 4 8 3600 4000 Core i7-4790K 4 8 4000 4400 Xeon processors for Socket LGA 1150:
Model Quantity cores
Number of threads Clock frequency (MHz)
Turbo Boost (MHz)
Xeon E3-1220L v3 2 4 1100 1300 Xeon E3-1230L v3 4 8 1800 2800 Xeon E3-1240L v3 4 8 2000 3000 Xeon E3-1265L v4 4 8 2300 3300 Xeon E3-1268L v3 4 8 2300 3300 Xeon E3-1265L v3 4 8 2500 3700 Xeon E3-1275L v3 4 8 2700 3900 Xeon E3-1284L v4 4 8 2900 3800 Xeon E3-1285L v3 4 8 3100 3900 Xeon E3-1220v3 4 4 3100 3500 Xeon E3-1286L v3 4 8 3200 4000 Xeon E3-1225v3 4 4 3200 3600 Xeon E3-1230v3 4 8 3300 3700 Xeon E3-1226v3 4 4 3300 3700 Xeon E3-1240v3 4 8 3400 3800 Xeon E3-1285L v4 4 8 3400 3800 Xeon E3-1245v3 4 8 3400 3800 Xeon E3-1231v3 4 8 3400 3800 Xeon E3-1241v3 4 8 3500 3900 Xeon E3-1246v3 4 8 3500 3900 Xeon E3-1285v4 4 8 3500 3800 Xeon E3-1275v3 4 8 3500 3900 Xeon E3-1270 v3 4 8 3500 3900 Xeon E3-1276v3 4 8 3600 4000 Xeon E3-1271 v3 4 8 3600 4000 Xeon E3-1280v3 4 8 3600 4000 Xeon E3-1285v3 4 8 3600 4000 Xeon E3-1286v3 4 8 3700 4100 Xeon E3-1281v3 4 8 3700 4100 How to clarify the processor support of the motherboard
As already mentioned, the same socket on the motherboard and on the processor does not guarantee that they will work together.
Therefore, be sure to check the list of supported processors on the motherboard website. If the processor is on such a list, then you can buy it, if not, you need to pick up another one.
In order to find a list of supported processors, you need to know the exact name of the motherboard. This information can be obtained from the CPU-Z program. To do this, launch CPU-Z and go to the «Mainboard» tab. The manufacturer of the motherboard (Manufacturer) and the name of the model (Model) will be indicated here.
Next, you just need to enter the name of the motherboard in any search engine and go to the official website of the manufacturer.
This will take you to the motherboard page on the manufacturer’s website. Here you need to find a list of supported processors. As a rule, this list is located in the «Support» or «Support» section.
The processors that are listed on the motherboard website are guaranteed to be supported and you can safely buy them.
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Which socket is better 1150 or 1151? and how much faster is it?
Which 1150 processor should I choose?
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TOP 10 best processors for 1150 socket
Content
- Features of processors for the 1150th socket
- TOP-10 Best processors for 1150 Socket
- The best processors for 1150 SOCKET with the Haswell
- 6. Intel Celeron G1840 Haswell
- 5.
Intel Pentel Pentel Pentel Pentel Pentel 4. Intel Core i3-4170 Haswell
- 3. Intel Core i5-4690 Haswell
- 2. Intel Core i7-4790 Haswell
- Intel Celeron G1840 Haswell
Features of processors for the 1150th socket
A socket is a socket, a seat for a processor on a motherboard. Considering that 1150 (aka h4) was announced back in 2013, far from the standards of the computer industry, the situation of choosing a processor for this socket is most likely the need to purchase a new computing core in an existing computer with a good motherboard to replace the old or simply released out of service. In this case, it is physically impossible to put a processor designed for a different socket into the computer.
Best processor for 1150 socket
Sockets change with the improvement of processor lines. LGA 1150 is designed for processor cores with microarchitecture Haswell and Broadwell, which belong to the fourth generation in the Intel classification. Despite the difference in connectors and contact pads, the mounting holes on processors of adjacent series, such as 1151 or 1155, are identical, which allows you to use the same cooling systems if they are of high quality and you don’t want to part with them.
In 2015, devices designed for the new socket 1151 and made on a more advanced microarchitecture were released. Old processors continue to be used in previously purchased desktops. If at one time the computer was assembled with a “reserve” of computing power, then today h4 processors can be used quite productively, especially if the computer is used for standard user multimedia tasks, and only secondarily for processing graphic information like games or video editing .
TOP 10 best processors for 1150 socket
| Photo | Title | Rank | Price | |||
|---|---|---|---|---|---|---|
| Best Socket 1150 Processors on Broadwell | ||||||
| #1 | Intel Core i7-5775C Broadwell |
⭐ 5 / 5
58 votes |
Ask for a price | |||
| #2 | Intel Core i5-5675C Broadwell |
⭐ 4. 4 — votes |
Ask for a price | |||
| Best Devil’s Canyon 9 Series Socket 1150 Processors0059 | ||||||
| #1 | Intel Core i7-4790K Devil’s Canyon |
⭐ 5 / 5
37 — votes |
Ask for a price | |||
| #2 | Intel Core i5-4690K Devil’s Canyon |
⭐ 4. 10 — votes |
Ask for a price | |||
| Top 1150 socket processors with Haswell | ||||||
| #1 | Intel Xeon E3-1285V3 Haswell |
⭐ 5 / 5
32 — votes |
Ask for a price | |||
| #2 | Intel Core i7-4790 Haswell |
⭐ 4. 29 — votes |
Ask for a price | |||
| #3 | Intel Core i5-4690 Haswell |
⭐ 4.9 / 5
16 — votes |
Ask for a price | |||
| #4 | Intel Core i3-4170 Haswell |
⭐ 4.85 / 5
4 — votes |
Ask for a price | |||
| #5 | Intel Pentium G3260 Haswell |
⭐ 4. 7 — votes |
Ask for a price | |||
| #6 | Intel Celeron G1840 Haswell |
⭐ 4.75 / 5
3 — votes |
Ask for a price | |||
Which 1150 socket processor would you choose or recommend?
Take part in the survey
Top 1150 socket processors with Haswell microarchitecture
The Haswell kernel was released in 2013. Given the considerable age of this technological solution, processors of this generation can be taken quite cheaply — both new in the box, and there are still some, including in the BOX version. If you find an OEM, it will be even better, since the stock cooler is very mediocre. Well, the purchase of a used “stone” that has worked for 3-5 years is more than justified: perhaps the younger rulers can be picked up for pickup.
6. Intel Celeron G1840 Haswell
One of the two variants of the line, which can still be found in the package or bag, has a higher clock frequency by 0.1 GHz. Two cores of 2.8 GHz each do an excellent job with a basic set of user tasks. The strength of the processor is its low power consumption and complete temperature stability — due to the weak configuration, it is almost impossible to «burn» it. In older systems, it is the place to be, having a penny price.
Intel Celeron G1840 Haswell
Options:
- number of physical computing cores: 2;
- frequency, GHz: 2.8;
- 2nd/3rd level cache, Mb: 0.5/2;
- thermal package: 53 W.
Pros
- almost always cold;
- low power consumption;
- good stability;
- low price.
Cons
- poor performance.
Processor Intel Celeron G1840 Haswell
5. Intel Pentium G3260 Haswell
A very simple processor without bells and whistles, but consistently cold. It differs from its fellow Celeron by a higher clock speed, an unlocked multiplier, and also a third-level cache memory that has grown by a third. At the same time, neither the power consumption nor the heat dissipation of the Pentium are the same, which is clearly worth the little money for which it is being sold today. The built-in video core will allow you to save some time on the video card. Videos in 4K quality are played without lags.
Intel Pentium G3260 Haswell
Options :
- number of physical computing cores: 2;
- frequency, GHz: 3.3;
- 2nd/3rd level cache, Mb: 0.5/3;
- thermal package: 53 W.
Pros
- stable operation;
- low heat;
- is a good graphics core.
Minuses
- Today we already feel the lag in terms of processing time.
Intel Pentium G3260 Haswell
4. Intel Core i3-4170 Haswell
Even the younger line of the Core i family was eagerly taken by users for games. True, games have changed since then, and today the processor will pull the same thing that it pulled in 2014. Modern games will go only at low settings and in a company with a sane discrete graphics card. At the start of sales, users complained about the high price of this solution, but today this claim has been successfully resolved due to the statute of limitations.
Intel Core i3-4170 Haswell
Options:
- number of physical computing cores: 2;
- frequency, GHz: 3.7;
- 2nd/3rd level cache, Mb: 0.5/3;
- thermal package: 54 W.
Pros
- cold running at higher frequency;
- stable operation even under high load;
- low price over time.
Cons
- Weak integrated graphics core.
Processor Intel Core i3-4170 Haswell
3. Intel Core i5-4690 Haswell
Core i5 consistently have the highest sales, which is due to their superiority over the average and reasonable price. Many users put such processors in entry-level gaming PCs, and it still copes. The top model i5 will cost no more than the younger i7, and in games the advantage is not in the number of physical cores, but in clock speed. A plus may also be a good graphics core, which up to a certain point will not require a discrete video card at all.
Intel Core i5-4690 Haswell
Options:
- number of physical computing cores: 4;
- frequency, GHz: 3.5;
- 2nd/3rd level cache, Mb: 1/6;
- thermal package: 84 W.
Pros
- good graphics core;
- normal multitasking;
- good performance in games.
Cons
- heats up noticeably.
Processor Intel Core i5-4690 Haswell
2. Intel Core i7-4790 Haswell
User Experience Leader from Intel. Moderately cold, powerful. Pleased with the presence of a large amount of cache — it has grown at the first and third levels. The stability of the work is confirmed by users — even at peak loads, the processor does not throttle and does not miss artifacts on high-quality video. The weak point of the i7 remains the price — after all, the processor is so good that even years later the price of a new device with a better clock speed has fallen slightly. And the owners are in no hurry to sell the old i7, as there is still enough power.
Intel Core i7-4790 Haswell
Options:
- number of physical computing cores: 4;
- frequency, GHz: 3.6/4;
- 2nd/3rd level cache, Mb: 1/8;
- thermal package: 84 W.
Pros
- high computing power;
- continues to successfully run games with a normal video card;
- has the possibility of regular overclocking.
Cons
- high price.
Processor Intel Core i7-4790 Haswell
1. Intel Xeon E3-1285V3 Haswell
It is indicative that the advertised i7 took the first place, and the server Xeon. The most active buyers of this CPU were not system engineers, but gamers. Having characteristics at the level of i7, Xeon turned out to be significantly cheaper due to the lack of a graphics core, and now the price on the secondary market has completely fallen, since server options are not sold very briskly. For lovers of impressive gaming, the presence of integrated graphics was a burden, because a powerful discrete device with its own memory was intended for these purposes. Therefore, its absence, as well as the impressive performance of the turbo boost at a fixed multiplier, played a decisive role.
Intel Xeon E3-1285V3 Haswell
Options:
- number of physical computing cores: 4;
- frequency, GHz: 3.
6;
- 2nd/3rd level cache, Mb: 1/8;
- thermal package: 84 W.
Pluses
- almost complete copy of i7;
- no graphics core — the price is cheaper;
- good acceleration with turbo boost.
Cons
- is difficult to sell on the secondary market.
Intel Xeon Processor E3-1285V3 Haswell
Best Devil’s Canyon Socket 1150 Processors
The development team of the leading processor manufacturer was preparing the release of a new generation of Broadwell only in 2015. Marketers decided that the cessation of the release of the updated series could negatively affect the company’s reputation. This is how Devil`s Canyon processors appeared — globally the same Haswell, but with an increased clock frequency, an unlocked multiplier and a slightly different distribution of heat packs.
2. Intel Core i5-4690K Devil’s Canyon
Despite a small number of changes compared to the classic Broadwell line, the Core i5 series «devil’s canyon» sold out quite willingly. Moreover, the desire for overclocking was far from in the first place: some users were in no hurry to use the potential to the fullest, since even the standard power was enough to solve most tasks, because the built-in graphics core is practically not used in games. Practice has shown that with the allegedly reduced heat production, not everything is so smooth, but this had almost no effect on sales.
Intel Core i5-4690K Devil’s Canyon
Options:
- number of physical computing cores: 4;
- frequency, GHz: 3.5 / 3.9;
- 2nd/3rd level cache, Mb: 1/6;
- thermal package: 88 W.
Pluses
- stable operation without overclocking;
- unlocked multiplier;
- is a good supply of computing power.
Cons
- opening showed the presence of thermal paste under the cover.
Intel Core i5-4690K Devil’s Canyon
1. Intel Core i7-4790K Devil’s Canyon
The older model in a slightly updated line at some point revived interest in Intel processors until the release of the next generation on a thinner process technology. The potential of the processor is very good, users overclocked it to almost 5 GHz. But there is one thing here: in order to carry out such an operation, you need to stock up on top-end cooling (preferably water), as well as being forced to “scalp” the processor (as users call the removal of the top cover and the thermally conductive polymer paste under it). The company’s motives are quite understandable: it needs only the processors intended for this to “chase”, and only up to a certain limit, otherwise it will not be possible to loudly announce the new product.
Intel Core i7-4790K Devil’s Canyon
Options:
- number of physical computing cores: 4;
- frequency, GHz: 4/4.4;
- 2nd/3rd level cache, Mb: 1/8;
- thermal package: 88 W.
Pros
- good overclocking potential;
- impressive performance;
- high clock speed.
Cons
- It is difficult to realize effective cooling.
Intel Core i7-4790K Devil’s Canyon
Best Socket 1150 Processors on Broadwell
The long-awaited release of Broadwell has become quite controversial in the history of Intel processors. The changes were not so significant, and marketers considered it inappropriate to release junior lines like Celeron on the new 14-nanometer process technology, because the main advantage of the new series — lower power consumption and heat dissipation — is not sharp with the budget CPU category. The release on the Broadwell core touched on those devices that consistently bring Intel the most significant income: i5 and i7.
2. Intel Core i5-5675C Broadwell
Many users switched to this processor not from Haswell, but from earlier Ivy or Sandy Bridge, and could not help but note the very low heating in operation compared to previous series. A normal fan generally contributes to the operation of the «stone» at a temperature close to room temperature. At the same time, computing power, although it did not become a breakthrough, moved forward a little. Speed also affected thanks to the unique cache of the 4th level.
Intel Core i5-5675C Broadwell
Options:
- number of physical computing cores: 4;
- frequency, GHz: 3.1;
- 2nd/3rd level cache, Mb: 1/4;
- heat pack: 65 W.
Pros
- moderate temperature while maintaining power;
- good graphics core;
- Level 4 cache.
Cons
- multiplier is locked.
Intel Core i5-5675C Broadwell processor
1. Intel Core i7-5775C Broadwell
In the new i7, manufacturers did not set records, looking with an eye on the next generations already in development. As a result, low sales and an almost complete lack of interest among buyers, although the processor itself is quite interesting. With a slightly reduced clock frequency compared to the previous Haswell, it began to heat up much less, regardless of which heat conductor is located under the cover. The processor has a fairly stable potential as a working system and as an assistant to a graphic designer, not to mention gamers, although it will not work today to seriously use the integrated graphics of this “stone” for games.
Intel Core i7-5775C Broadwell
Options:
- number of physical computing cores: 4;
- frequency, GHz: 3.3;
- 2nd/3rd level cache, Mb: 1/6;
- heat pack: 65 W.
Pluses
- heats up a little for a full-fledged quad-core;
- good graphics;
- thin process technology.
Cons
- high price.
Processor Intel Core i7-5775C Broadwell
LGA 1150 socket processor selection
The fact that the socket is already there greatly simplifies the choice, because it narrows it down. The user does not have to choose between the titans of the industry Intel and AMD, and the variety of processors is limited by the seat standard. But even in this case, the range is very large, so the user must be well aware of the tasks for which he will use the computer in order to select the optimal parameters for solving his problems.
Video0 — Which processor 1150 to choose
Processor line
Intel has been releasing several lines of processors for quite a long time. They may differ in their characteristics, but are combined into conditional classes according to their purpose:
- Celeron. Budget computing cores designed for installation in systems of the lowest price level, for example, office or simple home. Celeron processors are usually obtained by purposefully weakening older models, which makes them as cheap as possible for the end user. Suitable for surfing the Internet and working with documents.
Celeron processor
- Pentium. Once upon a time, the processors of this family made Intel a big name and brought it to the world leaders in the production of CPUs.
Today, Pentiums are no longer the most powerful solution — there are better options. In terms of their power, they occupy an intermediate position between frankly budget and weak Celerons and older lines. Among the Pentiums, you can find very worthy solutions that will even run games three or four years ago, especially if you have a good video card.
Pentium
processor
- Core i3. This is the youngest line of computing devices that have two computing cores and work on hyper-trading technology, that is, the creation of virtual threads. Thus, with two physical cores, the user has four threads at his disposal. A good average indicator of a universal nature for most household tasks.
Core i3 processor
- Core i5. This line was originally designed by Intel as mid-priced solutions that will satisfy users who want more power, but do not have enough money to buy top versions. These processors have either 2 hyperthreaded cores or 4 physical cores with the same number of threads.
Without exception, all models are equipped with TurboBoost technology, which actually automatically overclocks the processor, increasing the nominal clock frequency multiplier, if there are no contraindications to this.
Core i5 processor
- Core i7. The most powerful CPU, positioned as a user for individual work. They almost always have at least 8 computational threads, but there can be half as many physical cores. The most powerful systems have 8 real cores. Turbo boost is available in all i7 models. This processor is often used by professionals for work, it is also a favorite line of gamers. But it will also have to be spent on the acquisition, respectively.
Core i7 processor
- Xeon. These processors were initially positioned as server processors. Great processing power is combined with additional improvements that increase stability and minimize the number of possible errors. These models can work in multiprocessor systems, however, with a little technical literacy, they can also be used as solutions for personal computers.
However, the profit from this solution is pretty exaggerated if the computer is supposed to be used for games.
Xeon processor
Best 1150 socket processor vote
Which 1150 socket processor would you choose or recommend?
Intel Core i7-5775C Broadwell
29.00
%
(
58
)
Intel Core i5-5675C Broadwell
2.00
%
(
4
)
Intel Core i7-4790K Devil’s Canyon
18.50
%
(
37
)
Intel Core i5-4690K Devil’s Canyon
5.00
%
(
10
)
Intel Xeon E3-1285V3 Haswell
16.00
%
(
32
)
Intel Core i7-4790 Haswell
14.50
%
(
29
)
Intel Core i5-4690 Haswell
8.00
%
(
16
)
Intel Core i3-4170 Haswell
2.00
%
(
4
)
Intel Pentium G3260 Haswell
3.50
%
(
7
)
Intel Celeron G1840 Haswell
1.50
%
(
3
)
Save the voting results so you don’t forget!
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LGA 1150 (Socket h4)
LGA 1150 (or Socket h4) — a socket for installing Haswell microarchitecture Intel processors (including Haswell Refresh) and Broadwell on the motherboard. Designed for desktop systems, workstations and servers of medium and entry levels.
The socket was released in 2013 as a replacement for the LGA 1155 socket (Socket h3). Later, in 2015, it was replaced by the LGA 1151 socket.
LGA 1150 is made in the Land Grid Array form factor, that is, inside it there are spring-loaded contacts, to which the installed processor is pressed. The number of contacts is 1150. The physical dimensions of the installed processors are 37.5 x 37.5 mm.
The holes for installing the processor cooling system on the LGA 1150 socket are located exactly the same as on the LGA 1151/1155/1156 sockets. That is, you can use the same coolers for them. In other respects, these sockets are different (not compatible), despite the similar sizes of supported processors and almost the same number of pins.
Processors installed in the LGA 1150 socket have an integrated memory controller (two DDR3 channels up to 1866 MHz), an integrated PCI Express controller (16 PCI Express 3. 0 lanes), up to 4 processing cores, and an integrated video core. Some Xeon processors do not have a video core. Core i7, Core i3, and most Xeon processors support Hyper-Threading.
LGA 1150 communicates with the motherboard chipset via the DMI2 bus (up to 2 GB/s in each direction).
The Intel FDI (Flexible Display Interface) bus is used to output an image from the processor’s graphics core to the monitor, through which the core is connected to the display output unit of the chipset. The FDI bus uses two lanes with a bandwidth of 2.7 Gbps each. Supports connection of up to 3 monitors via VGA interface.
LGA 1150 desktop motherboards use Intel H81, B85, Q85, Q87, H87, Z87, H9 chipsets7, Z97.
Motherboards based on the Intel C222, C224, and C226 chipsets are designed for server systems and workstations with this socket.
LGA 1150 desktop chipsets
| Z97 | H97 | Z87 | H87 | Q87 | Q85 | B85 | H81 | |
| Release year | 2014 | 2013 | ||||||
| Manufacturing process | 22nm | 32 nm | ||||||
| TDP | 4. |
|||||||
| Support for Haswell processors | + | |||||||
| Support for Haswell Refresh processors | + | + (may require BIOS update) |
||||||
| Support for Broadwell processors | + | — | ||||||
| Overclockable | + | |||||||
| Memory type | DDR3 | |||||||
| Overclockable memory | + | — | + | — | — | — | — | — |
| ECC support | — | |||||||
| Max. number of RAM slots (DIMM) | 4 | |||||||
| Max. number of USB 2.0 | 8 | 8 | 8 | 8 | 8 | 10 | 8 | 8 |
| Max. number of USB 3.0 | 6 | 4 | 2 | |||||
| Max. |
0 | 2 | ||||||
| Max. number of SATA 3.0 | 6 | 4 | 2 | |||||
| PCI Express M.2 slots | + | — | ||||||
| RAID 0/1/5/10 | + | — | ||||||
| Number of pins for integrated graphics | 3 | 2 | ||||||
| Processor port PCI Express version | 3.0 | 2.0 | ||||||
| 1×16 2×8 1×8+2×4 |
1×16 | 1×16 2×8 1×8+2×4 |
1×16 | 1×16 | 1×16 | 1×16 | 1×16 | |
| Chipset PCI Express 2.0 lanes | 8 | 6 | ||||||
| Chipset PCI Express Configuration | x1, x2, x4 | |||||||
| Firmware revision Intel ME | 9. |
9.0 | ||||||
| Technology Support | ||||||||
| Intel Rapid Storage | + | + | + | + | + | — | — | — |
| Intel Smart Connect | + | + | + | + | + | + | + | + |
| Intel Smart Response | + | + | + | + | + | — | — | — |
| Intel Rapid Start | + | + | + | + | + | + | + | — |
| Intel VT-d | — | — | — | — | + | — | — | — |
| Intel V-Pro | — | — | — | — | + | — | — | — |
LGA 1150 chipsets for servers and workstations
| C222 | C224 | C226 | |
| Publication year | 2013 | ||
| Manufacturing process | 32nm | ||
| TDP | 4. |
||
| Support for Haswell processors | + (Haswell Refresh may require a BIOS update) |
||
| Support for Broadwell processors | — | + (after BIOS update) |
|
| Max. number of processors | 1 | ||
| Overclockable | no | ||
| Installable memory | DDR3/DDR3L | ||
| Support for ECC memory | + | ||
| Max. number of memory slots (DIMM) | 4 | ||
| Overclockable memory | no | ||
| Max. number of USB ports | 10 | 12 | 14 |
| USB 3.0 | to 2 | to 4 | to 6 |
| USB 2.0 | to 8 | to 8 | to 10 |
| Max. number of SATA ports | 6 | ||
| SATA 3 (6 Gb/s) | to 2 | to 4 | to 6 |
| SATA 2 (3 Gb/s) | to 4 | to 2 | — |
| Processor graphics output | — | + | |
| Number of displays | — | 3 | |
| Processor port PCI Express version | 3. |
||
| 1×16 | 1×16 2×8 1×8+2×4 |
||
| Number of PCI Express 2.0 lanes of | 8 | ||
| Chipset PCI Express Configuration | x1 | x1, x2, x4 | |
| RAID 0/1/5/10 | + | ||
| Firmware revision Intel ME | no | 9.0 | |
| Technology support | |||
| Intel Clear Video | — | — | — |
| Intel Wireless Display | — | — | + |
| Intel Rapid Storage | + | + | + |
| Intel Smart Response | — | — | + |
| Intel Active Management | — | — | + |
| Intel Identity Protection | — | — | + |
| Intel VT-d | + | + | + |
| Intel V-Pro | — | — | + |
Processors installed in the LGA1150
(placed in the order of reduction of the performance index)
| 1. |
Intel Xeon E3-1285L V4. / 3400 MHz | 14587 (100%) |
| 2. | Intel Core i7-4790K 4 cor. / 4000 MHz |
14583 (100%) |
| 3. | Intel Core i7-5775C 4 cor. / 3300 MHz |
14123 (97%) |
| 4. | Intel Xeon E3-1285 v4 4 cor. / 3500 MHz |
13959 (96%) |
| 5. | Intel Xeon E3-1270L v4 4 cor. / 3000 MHz |
13868 (96%) |
| 6. | Intel Xeon E3-1271 v3 4 cor. / 3600 MHz |
13533 (93%) |
| 7. | Intel Xeon E3-1281 v3 4 cor. / 3700 MHz |
13499 (93%) |
| 8. | Intel Xeon E3-1286 v3 4 cor. / 3700 MHz |
13427 (93%) |
| 9. | Intel Xeon E3-1280 v3 4 cor. / 3600 MHz |
13307 (92%) |
| 10. |
Intel Xeon E3-1276 v3 4 cor. / 3600 MHz |
13274 (91%) |
| 11. | Intel Xeon E3-1270 v3 4 cor. / 3500 MHz |
13179 (91%) |
| 12. | Intel Xeon E3-1246 v3 4 cor. / 3500 MHz |
13115 (90%) |
| 13. | Intel Core i7-4790 4 cor. / 3600 MHz |
13093 (90%) |
| 14. | Intel Xeon E3-1275 v3 4 cor. / 3500 MHz |
13032 (90%) |
| 15. | Intel Core i7-4770K 4 cor. / 3500 MHz |
12903 (89%) |
| 16. | Intel Xeon E3-1241 v3 4 cor. / 3500 MHz |
12871 (89%) |
| 17. | Intel Xeon E3-1240 v3 4 cor. / 3400 MHz |
12800 (88%) |
| 18. | Intel Core i7-4770 4 cor. / 3400 MHz |
12722 (88%) |
| 19. |
Intel Core i7-4771 4 cor. / 3500 MHz |
12710 (88%) |
| 20. | Intel Xeon E3-1245 v3 4 cor. / 3400 MHz |
12672 (87%) |
| 21. | Intel Xeon E3-1285 v3 4 cor. / 3600 MHz |
12646 (87%) |
| 22. | Intel Xeon E3-1231 v3 4 cor. / 3400 MHz |
12641 (87%) |
| 23. | Intel Core i7-4790S 4 cor. / 3200 MHz |
12598 (87%) |
| 24. | Intel Xeon E3-1265L v4 4 cor. / 2300 MHz |
12587 (87%) |
| 25. | Intel Xeon E3-1285L v3 4 cor. / 3100 MHz |
12395 (85%) |
| 26. | Intel Core i7-4770S 4 cor. / 3100 MHz |
12342 (85%) |
| 27. | Intel Xeon E3-1230 v3 4 cor. / 3300 MHz |
12295 (85%) |
| 28. |
Intel Xeon E3-1286L v3 4 cor. / 3200 MHz |
11674 (81%) |
| 29. | Intel Core i7-4790T 4 cor. / 2700 MHz |
11539 (80%) |
| 30. | Intel Xeon E3-1265L v3 4 cor. / 2500 MHz |
11110 (77%) |
| 31. | Intel Xeon E3-1275L v3 4 cor. / 2700 MHz |
11075 (76%) |
| 32. | Intel Core i7-4770T 4 cor. / 2500 MHz |
10717 (74%) |
| 33. | Intel Core i5-4690K 4 cor. / 3500 MHz |
10205 (70%) |
| 34. | Intel Core i5-4690 4 cor. / 3500 MHz |
10136 (70%) |
| 35. | Intel Core i5-5675C 4 cor. / 3100 MHz |
10118 (70%) |
| 36. | Intel Core i5-4670K 4 cor. / 3400 MHz |
10049 (69%) |
| 37. |
Intel Xeon E3-1226 v3 4 cor. / 3300 MHz |
9980 (69%) |
| 38. | Intel Xeon E3-1268L v3 4 cor. / 2300 MHz |
9910 (68%) |
| 39. | Intel Core i5-4670 4 cor. / 3400 MHz |
9906 (68%) |
| 40. | Intel Core i7-4785T 4 cor. / 2200 MHz |
9861 (68%) |
| 41. | Intel Core i5-4690S 4 cor. / 3200 MHz |
9754 (67%) |
| 42. | Intel Core i5-4590 4 cor. / 3300 MHz |
9684 (67%) |
| 43. | Intel Xeon E3-1240L v3 4 cor. / 2000 MHz |
9600 (66%) |
| 44. | Intel Xeon E3-1225 v3 4 cor. / 3200 MHz |
9497 (66%) |
| 45. | Intel Core i5-4570 4 cor. / 3200 MHz |
9428 (65%) |
| 46. |
Intel Xeon E3-1220 v3 4 cor. / 3100 MHz |
9405 (65%) |
| 47. | Intel Xeon E3-1230L v3 4 cor. / 1800 MHz |
9365 (65%) |
| 48. | Intel Core i5-4590S 4 cor. / 3000 MHz |
9264 (64%) |
| 49. | Intel Core i7-4765T 4 cor. / 2000 MHz |
9157 (63%) |
| 50. | Intel Core i5-4670S 4 cor. / 3100 MHz |
9048 (63%) |
| 51. | Intel Core i5-4570S 4 cor. / 2900 MHz |
8902 (62%) |
| 52. | Intel Core i5-4460 4 cor. / 3200 MHz |
8762 (61%) |
| 53. | Intel Core i5-4470S 4 cor. / 2900 MHz |
8583 (59%) |
| 54. | Intel Core i5-4440 4 cor. / 3100 MHz |
8569 (59%) |
| 55. |
Intel Core i5-4430 4 cor. / 3000 MHz |
8442 (58%) |
| 56. | Intel Core i5-4690T 4 cor. / 2500 MHz |
8435 (58%) |
| 57. | Intel Core i5-4460S 4 cor. / 2900 MHz |
8190 (57%) |
| 58. | Intel Core i5-4670T 4 cor. / 2300 MHz |
7865 (54%) |
| 59. | Intel Core i5-4440S 4 cor. / 2800 MHz |
7841 (54%) |
| 60. | Intel Core i7-4770TE 4 cor. / 2300 MHz |
7705 (53%) |
| 61. | Intel Core i5-4430S 4 cor. / 2700 MHz |
7631 (53%) |
| 62. | Intel Core i5-4590T 4 cor. / 2000 MHz |
7256 (50%) |
| 63. | Intel Core i3-4370 2 cor. / 3800 MHz |
6887 (48%) |
| 64. | Intel Core i3-4360 2 cor. |
6578 (46%) |
| 65. | Intel Core i5-4460T 4 cor. / 1900 MHz |
6505 (45%) |
| 66. | Intel Core i3-4170 2 cor. / 3700 MHz |
6460 (45%) |
| 67. | Intel Core i3-4330 2 cor. / 3500 MHz |
6404 (44%) |
| 68. | Intel Core i3-4340 2 cor. / 3600 MHz |
6357 (44%) |
| 69. | Intel Core i3-4160 2 cor. / 3600 MHz |
6337 (44%) |
| 70. | Intel Core i3-4350 2 cor. / 3600 MHz |
6261 (43%) |
| 71. | Intel Core i3-4360T 2 cor. / 3200 MHz |
6142 (43%) |
| 72. | Intel Core i3-4150 2 cor. / 3500 MHz |
6085 (42%) |
| 73. | Intel Core i3-4370T 2 cor. / 3300 MHz |
6084 (42%) |
| 74. |
Intel Core i3-4130 2 cor. / 3400 MHz |
5979 (41%) |
| 75. | Intel Core i3-4170T 2 cor. / 3200 MHz |
5758 (40%) |
| 76. | Intel Core i5-4570T 2 cor. / 2900 MHz |
5704 (40%) |
| 77. | Intel Core i3-4160T 2 cor. / 3100 MHz |
5669 (39%) |
| 78. | Intel Core i5-4570TE 2 cor. / 2700 MHz |
5622 (39%) |
| 79. | Intel Core i3-4330T 2 cor. / 3000 MHz |
5608 (39%) |
| 80. | Intel Core i3-4350T 2 cor. / 3100 MHz |
5228 (36%) |
| 81. | Intel Core i3-4130T 2 cor. / 2900 MHz |
5211 (36%) |
| 82. | Intel Core i3-4150T 2 cor. / 3000 MHz |
5190 (36%) |
| 83. | Intel Pentium G3470 2 cor. |
4395 (31%) |
| 84. | Intel Core i3-4330TE 2 cor. / 2400 MHz |
4082 (28%) |
| 85. | Intel Pentium G3460 2 cor. / 3500 MHz |
3919 (27%) |
| 86. | Intel Pentium G3450 2 cor. / 3400 MHz |
3877 (27%) |
| 87. | Intel Pentium G3440 2 cor. / 3300 MHz |
3854 (27%) |
| 88. | Intel Pentium G3430 2 cor. / 3300 MHz |
3850 (27%) |
| 89. | Intel Pentium G3440T 2 cor. / 2800 MHz |
3814 (27%) |
| 90. | Intel Pentium G3258 2 cor. / 3200 MHz |
3780 (26%) |
| 91. | Intel Pentium G3260 2 cor. / 3300 MHz |
3711 (26%) |
| 92. | Intel Pentium G3460T 2 cor. |
3653 (26%) |
| 93. | Intel Pentium G3450T 2 cor. / 2900 MHz |
3649 (26%) |
| 94. | Intel Pentium G3420 2 cor. / 3200 MHz |
3552 (25%) |
| 95. | Intel Pentium G3250 2 cor. / 3200 MHz |
3514 (25%) |
| 96. | Intel Celeron G1850 2 cor. / 2900 MHz |
3486 (24%) |
| 97. | Intel Pentium G3240 2 cor. / 3100 MHz |
3463 (24%) |
| 98. | Intel Pentium G3420T 2 cor. / 2700 MHz |
3461 (24%) |
| 99. | Intel Pentium G3220 2 cor. / 3000 MHz |
3372 (24%) |
| 100. | Intel Pentium G3240T 2 cor. / 2700 MHz |
3177 (22%) |
| 101. | Intel Pentium G3260T 2 cor. | |