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Introduction to the Difference Between Core i5 vs Core i7

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Head to Head Comparison Between Core i5 vs Core i7 (Infographics)

Below are the top 13 differences between the Core i5 vs Core i7.

Key Differences Between Core i5 vs Core i7

The differences between Intel’s key processors, core i5 and core i7, are more refined, and their budget level also falls on the same line. The processor can be reliable if the user places the right one in the right place.

1. The budget of the processor 2. Number of Cores

The software can narrow down as many cores as required for the CPU to perform its efficacy. Every core’s ability to manage more than one threat simultaneously is a bonus. The core i5 and core i7 CPU in laptops and desktops of the 9th and 8th generation have a minimum of four cores which mainstream users ponder. The late-model laptops with core i5 and core i7 have six-core chips that support ultra-high-end gaming when compared to eight-core chips of core i7. While the ultra-low-power laptops with core i5 and core i7 have only two chips, as in Acer Swift 5 model.

3. The model number for processors 4. Rapid word on cache 5. Turbo Boost and Hyper-threading

So deliberating the requirements and selecting the appropriate processor makes a smarter decision. So the user should be aware of the number of cores, cost, cache process, understanding of the incorporated graphics, turbo boost, and hyper-threading.

Comparison Table

Now let’s draft the comparison between Core i5 and Core i7 in the table below.

Key Attributes Core i5 Core i7

Range of processor It is a mid-range processor. It is a high-end processor.

Number of cores Core i5 has around two to four cores. Core i7 has four cores.

Hyperthreading Core i5 supports hyperthreading and makes efficient use of it from the resources. Core i7 supports hyperthreading for multitasking and high-end video games.

Working of Cache Core i5 has allotted around 3 to 8MB of the cache. Core i7 has allocated around 4 to 8MB of cache memory.

Turbo boosting Core i5 has the feature of turbo-boosting. Core i7 has the feature of turbo-boosting.

Clock frequencies It supports 2.8 to 2.93 GHz. It supports 2.66 GHz.

Maximum memory frequency Core i5 has DDR3-1600. Core i7 has DDR3-1333.

Codenames The available code names are Lynnfield and Clarkdale. Core i7 is available in code names such as Lynnfield.

Gaming The Core i5 is a brilliant processor for mainstream users considering graphics, speed, and performance. It is good in tough gaming, also. The Core i7 is a great processor designed mainly for higher-end users and enthusiasts.

Price The price of a Core i5 is $196. The price of core i7 varies from $284 to $562.

Process The process of core i5 is available in 32nm. The process of core i7 is available from 14nm to 45nm in various generations implemented by different codenames.

Graphics Core i5 supports High definition quality. Core i7 supports HD 650 to HD 3000 quality offered by different companies at varied generations.

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Intel Core I7 10700K Vs. Intel Core I7 9700K: How Do They Compare?

By now, you’ve no doubt heard that Intel has announced a new line of 10th Generation processors with the launch of Comet Lake-S. Of these processors, we saw a brand new eight-core Intel Core i7 10700K CPU. 

As a reportedly powerful CPU, we know it’s going to be one of the top choices for PC and gaming enthusiasts looking to upgrade their systems. Today, we wanted to give you a brief rundown of how this new CPU will compare to the 9th generation Intel Core i7 9700K from 2023. Being the CPU which should replace the 9700K, the new Core i7 will need to show a good increase in performance to make it worth the upgrade. 

How Do The Specifications Compare?

While they may be priced similarly, what is it about the new 10th generation Core i7 which will make it worth the upgrade?

The new Core i7 10700K has an expected base clock of 3.8 GHz whereas the previous generation’s clock speed is 3.6 GHz. Both processors also make use of Intel’s Turbo Boost technology. However, the new processor can reach a boost clock of 5.0 GHz whereas the i7 9700K reached just 4.9 GHz. 

It looks like the new i7 10700K will follow in its predecessor’s footsteps when it comes to overclocking. Both processors are unlocked and feature a soldered integrated heat spreader rather than a typical Thermal Interface Material found in some older processors. 

This makes the new processor a great prospect to overclock, but on that note, so was the i7 9700K. 

Other ways the two processors differ is that the Core i7 10700K has a TDP of 125 W compared to the 9700K’s 95 W as well as 20 MB of L3 cache vs the latter’s 12 MB.

Pricing Comparison

The next thing to think about is the price. The 9th generation Core i7 9700K was released not long ago, in mid-November. This was available for about $374 or £290 in the UK. 

This proved to be a great processor with fantastic performance and good single-thread performance. 

The new Core i7 10700K looks like it will come at around the same price of $374 which is good news for those who were a bit worried about the price.

Should You Upgrade Your CPU To The Core i7 10700K?

This is the key question. The Core i7 10700K is undoubtedly a step up from the previous generation but whether it’s worth the upgrade will depend on your needs and budget. If you have the cash to splash and simply want the best, then it could be worth it for the extra performance. 

However, the Core i7 9700K is still a solid processor with fantastic performance. It’s far from being outdated, given that it only launched a few months ago. If you don’t absolutely need to upgrade, it could be worth a wait until you’ve got more use out of your current processor.

If you have a totally different processor to either of these and are weighing up which CPU to purchase, then the simple answer is to go for the upgrade. They will be available at the same price so it’s definitely worth waiting for the newest version to arrive due to the impressive performance increases. 

Is Ryzen 5 7600 Better Than Core I7

Is Ryzen 5 7600 better than Core i7-13700K?

Is Ryzen 5 7600 better than Core i7-13700K? Let’s find out

AMD’s latest addition to the Ryzen 5 lineup, the standard edition 7600 was released in January 2023 and proved to be a powerful, price-efficient gaming processor for the masses. Intel’s Core i7-13700K, on the other hand, is a high-end CPU capable of trading blows with the current flagships. Today, we’re comparing the two to find out: Is Ryzen 5 7600 better than Core i7-13700K?

Now Read: Best CPU for gaming

AMD Ryzen 5 7600 vs. Core i7-13700K – CPU specs

First, let’s go over the official specs for both processors to understand what we’re working with here.

AMD Ryzen 5 7600 (Non-X)




Base speed


Boost speed



L3 32MB



Ryzen 5 7600

Architecture: Zen 4

Core count: 6

Thread count: 12

Base speed: 3.8GHz

Boost speed: 5.1GHz

Cache: 32MB


Intel Core i7-13700K




Base speed

P-cores 3.4 GHz / E-cores 2.5 GHz

Boost speed

P-cores 5.4 GHz / E-cores 4.2 GHz




125 W / 253 W boost.

Core i7-13700K

Cores: P-cores 8 / E-cores 8

Base clock frequency: P-cores 3.4 GHz / E-cores 2.5 GHz

Boost clock frequency: P-cores 5.4 GHz / E-cores 4.2 GHz

L3 cache: 24MB

Default TDP: 125 W / 253 W boost.

iGPU: Intel UHD graphics 770

How does the Ryzen 5 7600 compare to the Core i7-13700K?

If you know your CPUs well, the specs above should indicate to you that the playing field isn’t exactly level in this case. The Intel Core i7-13700K has much better specs (and it’s much more expensive too). 


As always, we’ll talk about single-core performance first and multicore performance second. 

In single-core performance, the 13700K takes the lead by a margin of 10 to 15%. Not a huge difference, but one you may experience in more demanding titles. 

Your processor’s single-core performance is largely what determines how many FPS you’re able to achieve, assuming your system has an equally powerful GPU. 

Power usage and thermals

The 7600 uses up a very modest 65 watts of power. The heat it generates is easily dissipated by the Wraith Stealth stock cooler included in the box. 

The 13700K, on the other hand, can consume upwards of 250 watts of power, which is almost four times as much. Energy costs are worth paying some mind to these days. 

You’ll also need a high-end AIO or, better yet, a custom loop for the 13700K to keep it cool, which adds considerably to one-time setup costs. 

Price and value

The 7600 costs ~$230, whereas the 13700K costs ~$400. Market prices vary slightly, of course. 

But we can see that the 13700K is much more expensive than the 7600. 

Is Ryzen 5 7600 better than Core i7-13700K? Final Verdict

Well, if all you’re interested in is gaming, probably not. The 13700K is only a slightly better gaming processor than the 7600. Not enough of a performance increase to warrant paying $170 more for if you’re looking to get the best bang for your buck. 

However, if you’re looking for something for your workstation and value productivity, the 13700K is definitely the better option. It offers you about twice the performance of the 7600 under maximum utilization.

Msi Wind Top Ae2420 Packs 3D, Multitouch, 1080P And Core I7

MSI Wind Top AE2420 packs 3D, multitouch, 1080p and Core i7

CeBIT 2010 is coming, and MSI are tipping their hand for what pleasures they’ll have at the show.  Most interesting are the latest Wind Top all-in-ones, the 24-inch AE2420 and the 22-inch AE2280; rather than the nettop-based models we’ve seen before, these new Wind Tops will use Intel’s Core i3, i5 and i7 processors, ramping up to 3D capabilities on the top-spec machine.

The 24-inch Wind Top AE2420 has a 120Hz refresh rate and, with the appropriate dorky glasses, can show 3D visuals in 1080p resolution.  There are integrated 10W speakers, along with multitouch-capable displays.

The two new models will be on show alongside MSI’s other range of smaller all-in-ones and its Wind Box line of nettops.  No word on pricing for the AE2420 or AE2280 as yet; we’re hoping to hear more at CeBIT 2010 in a few days time.

Press Release:

MSI Computer to Showcase a Dazzling Array of New and Industry-First All-in-One PCs at CeBIT 2010

Industry-First 24-inch 3D All-in-Ones and High-End Audio-Equipped Models Featuring Stylish, Eco-Friendly Designs Demonstrate MSI’s Commitment to Innovation and Technology Leadership

World’s First Large Screen, Full HD 3D All-in-One PC

High-Performance Intel ® CoreTM Series Processors: the Wind Top AE2280/AE2420

Featuring a 22- or 24-inch multi-touch display, the new Wind Top AE2420 and Wind Top AE2280 All-in-One PCs are equipped with the latest Intel® Core (Core i3/i5/i7) processors and Intel’s Turbo Boost technology, which automatically increases CPU frequency on demand, delivering maximum performance for HD movies, sophisticated 3D games and other resource-hungry applications. Combining an intuitive multi-touch display with high-performance processing power, these Wind Top All-in-One PCs combine sleek, stylish looks with the raw power to make traditional desktop PCs a thing of the past.

Eco-Friendly AIOs for Business Users: the Wind Top AP1920/AE1920 and Wind Box Mini-PCs

The Wind Top AP1920 and AE1920 19- and 20-inch All-in-One PCs, as well as the Hetis/DC520/DE220 10L, 4.7L and 2L Wind Box Mini-PCs, combine energy-efficiency, a small desktop footprint and enough processing power for today’s productive and environmentally-minded business users. Providing 90 percent lower average hourly energy consumption than a traditional 300W desktop PC, each of these MSI models have achieved U.S. Energy Star certification, and will adhere to the European Union’s new EuP (Energy using Product) environmental directive that will take effect in 2010. In addition, these innovative PCs utilize coating materials that are free from harmful substances and packaging material that is 80 percent recyclable.

Premium Sound Technology: Wind Top AE2280/AE2260/AE2220/AE2400/AE2420

MSI is the first PC company to incorporate high-quality speakers into 22-inch and 24-inch All-in-One PCs. The MSI Wind Top AE2280, AE2260 and AE2220 are equipped with two 5-watt Hi-Fi speakers, while the 24-inch AE2400 and AE2420 feature 10-watt speakers for added bass response. In addition, MSI’s unique Premium Sound Technology adjusts audio output when viewing a 1080p Full-HD video, and all Wind Top All-in-One models provide excellent sound reproduction across the low, medium and high frequency ranges.

A Full Range of All-in-One Sizes, Configuration and Colors

MSI Computer offers the industry’s largest range of AIO sizes and configurations to meet the unique needs of any home or business user. MSI’s CeBIT exhibit will showcase All-in-One PC models with the widest variety of screen sizes, including 18.5-inch, 19.5-inch, 21.5-inch, and 23.5-inch models. In addition, MSI will also display its new Wind Top PCs that are available in a variety of rich, beautiful colors designed to suit the personality of individual users.

Thermaltake Core V1 Case Review

Last Updated: April 21st, 2023

Here at WePC, we’ve had the pleasure of putting several of Thermaltake’s PC cases through their paces over the last couple of weeks – most noticeably the Thermaltake View 71. Thermaltake is really starting to increase the quality of their case lineup, giving consumers a ton of new additions that are seriously worth consideration. With that in mind, today we’ve decided to put one of their smaller cases to the test to see how it stacks up in build quality, thermals, noise levels, and assembly.

The case we’ll be looking at today is the polar opposite of the Thermaltake View 71, literally. Its a 10th of the size, and almost equally as cheap in pricing when compared to the Thermaltake Core V1. This is one of the older Mini-ITX cases still being sold today, however, don’t let that fool you. This case still holds a firm place in today’s market thanks to some interesting design features which we’ll touch upon later.

Before we go into any further detail regarding the Core V1, let’s start off by taking a closer look at the specs and some of the cooling variations that are available.




Large enough to fit full-length GPUs

Decent amount of design features

Every panel is interchangeable

Nice aesthetics

Large 200mm intake fan on the front




Limited internal space

Only two expansion slots

Build quality could be better




Case TypeMini Case

Dimensions (mm)276 x 260 x 316 (L x W x H)



Weight3.2Kg (including box)

Front I/O panelUSB 3.0 x 2, audio x 1, microphone jack x 1

Expansion Slots2

2 x 2.5″

Motherboard supportMini-ITX

285mm (outer chassis)

What’s In The Box

The Thermaltake Core V1 came in a small brown cardboard box accompanied by two styrofoam protectors. The box had very little to offer, having said that, the case arrived undamaged and that is all that matters. Inside we found the following:

Thermaltake Core V1

Accessory Box

User Manual


The Outside

So, looking at the design, this case doesn’t really offer much in the ways of aesthetic appeal. I mean, it’s a small cube. Exciting, right? Well, that depends on your personal taste in small form factor cases, I suppose. This one comes to shelves with an all-black theme, with the only distinction being the Thermaltake logo (found on the bottom of the front panel) and the acrylic roof panel. The front does offer a mesh-like finish to allow that huge 200mm fan to draw sufficient airflow, whilst the sides are mainly solid steel with a small area for air-intake at the bottom.

Overall, the design of this case is fairly basic. But, I suppose that’s what you get from a case of this price point. I’d much rather the manufacturer spent their efforts increasing features internally – for an easier build assembly. So, ultimately, it’s not the best-looking case in the world, granted, but it’s certainly not the worst either.


As mentioned above, the front of the Thermaltake Core V1 is classic of the Core series from Thermaltake. The steel mesh that we’ve come to know from this range is made of small holes which helps provide ample airflow to the 200mm fan. The logo can be seen on the front panel at the bottom, and the I/O ports are located on the left-hand side. The top and bottom edges of the front panel have been rounded off in true Core style, giving it a bit of a design feature if nothing else.


The back of the chassis definitely offers the most functionality as far as the panels are concerned. All the thumbscrews can be found for each of the side panels at the back of the case. They all feel relatively cheap, but that’s to be expected from a case of this price point. At the top of the back panel, you can clearly see two mounting areas for a couple of 80mm fans. Now, that sounds like a great idea initially, extra airflow. However, in hindsight, unless you get extremely quiet fans, this is only going to add a ton of noise to this case. So, just keep that in mind.

Underneath the fan mounts, you’ll see the cut-out for the I/O shield next to the two expansion slots this case comes equipped with. Moving down, you’ll see the PSU cut-out which does play host to a standard size PSU. A great feature when you consider many of the SFF cases won’t provide this compatibility. Finally, underneath it all is a small tab that can be pulled to remove the PSU dust filter.

Side On

Looking at this case from the left-hand side, you’ll be able to see the I/O ports towards the front. This case offers 2 x USB 3.0 ports, a headphone and microphone jack, and standard power/rest buttons as well. One nice design feature of the side panels is that they both come with a large honeycomb mesh section included. This means when you install your GPU, it’ll have sufficient access to air when needed. The opposite side panel is identical to this, except for the I/O ports, and is fully interchangeable if you want to experiment.

The Top

The top of this case offers the most stylish look of any of the panels on this case. It comes equipped with a rather large acrylic viewing window – when you consider the entire size of the case that is. This is implemented purely for design reasons and gives you the option of showing off your hardware if you wish to do so. Apart from that, the top really doesn’t have anything to offer. No fans can be mounted here, and there are no stand-out features to note.

The Inside

So, to the inside. Now, even though this case hasn’t got a great deal of space to work with when compared against a mid-tower case, it’s actually considered fairly roomy when comparing to other small form factor cases.

Starting at the front, to gain access to the 200mm fan and the I/O port connection, you can simply remove the front panel. Do this by sliding the top panel backward slightly, and using the lip to edge the front panel away. Once inside, you’ll have easy access to remove the 200mm fan if you wish to do so. Users have the option of reinstalling a single 120mm fan or 140mm fan in its place. During installation, we found that removing the 200mm fan from the front, gave us a tonne more room to access cabling and such. This is a definite recommendation if you plan on purchasing this case.

Looking at the Core V1 from the left-hand side, with the front panel facing to the right, you can see the internal design of the case pretty well. Thermaltake has created a layered system where the motherboard sits on its side above the PSU. This is a great way of positioning the components as it makes cable management a hell of a lot easier. It also means you won’t be stretching too far for any particular component. You’ll probably notice that the PSU section is extremely tight. Sliding the PSU in is not an option. Having said that, you can simply remove the bottom panel, flip the case upside down and install the PSU that way. Easy.

The back of the case offers little features and no pre-installed exhaust fans. Having said that, it does have room to mount 2 x 80mm fans above the I/O port cut-out. The expansion slots can be accessed by removing the plastic protector that clips into the back of the case. Apart from that, there is very little to report. But that’s to be expected from a mini-ITX case.

The final side of the case is the right side panel. Once the panel has been removed you expose the two hard drive trays which can be removed if you wish. They support both 3.5″ and 2.5″ drives and are attached by a single thumbscrew found on the motherboard tray.


Now that we’ve taken a look at the exterior and interior from a design point of view, let’s take a closer look at some of the more subtle features that may not jump out initially.

Design – Now, even though I may have played down the design earlier, from an aesthetic point-of-view anyway, the Core V1 definitely sits highly when it comes to features from a build assembly aspect. Because this is a small case, and room is fairly limited, it was handy to be able to remove all the panels in order to get at the components and the cabling. As mentioned above, removing the front fan is pretty handy when linking everything up to the PSU.

Furthermore, there is a definite cooling aspect that can be explored when interchanging the side panels. Some people have found moving one of the side panels to the roof makes the airflow more efficient. A great feature in what is considered a very budget case.

Fans – Next up we have the fans. Now, you’re probably thinking to yourself, there’s only room for 3 fans, big deal? Well, it’s more than just that. Even though the front fan is huge and creates a decent amount of airflow, it kind of blocks the way for a larger GPU. So, if you wish to remove it and install a 120mm/140mm in its place, you give yourself a bunch more room for full-length GPUs. This is something you are less likely to see on cases of this price point. You also have the additional rear fans that will certainly provide a better overall cooling solution. So big thumbs up for the fan setup.

Our Verdict

So, we finally come to the conclusion of the Core V1 from Thermaltake. This is where we answer some of the big questions surrounding this case, such as; does this case display good value for money? Is this case easy to build in or should I just get a mid-tower? And is this case worth my money?

Well, let’s start at the top. As for value, this case currently retails at around $45 and has been that way since its arrival. Now, when you consider that against some of the other mini-ITX cases out there, I feel this one showcases excellent value for money. It comes with a 200mm pre-installed intake fan, a decent amount of room for building and customization, and design features that allow interchangeable side panels in any orientation. That not only makes this great value for money, but it also makes building in this PC case a very user-friendly thing to do – when comparing to mini-ITX cases of this size anyway.

On the flip side, the Core V1 does have a couple of downsides. It isn’t the smallest case in the world and that might put people off as size is the number one factor in a mini-ITX case. Furthermore, it comes with limited cooling options. If you do plan on building a fairly powerful PC in this case, you might struggle to keep those internal temps low.

Ultimately, if you’re looking for a mini-ITX case on a budget, but still want an enjoyable build process and some decent features, I’d highly recommend checking this out for your next project. It might be exactly what you’re looking for.

Mueller Discusses Site Traffic And Core Web Vitals

Google’s John Mueller answered whether site traffic influences the Core Web Vitals (CWV) score. Web page CWV scores must meet a traffic minimum in order to show ranking scores in Google Search console.

Core Web Vitals Score Depends on Traffic

Google calculates a websites Core Web Vitals score from actual site visitors who have opted-in for Chrome to measuring the various page experience metrics.

Google Search Console does not show CWV scores for pages that have not met with minimum traffic thresholds.

How Important is Traffic to Core Web Vitals?

The question is based the fact that CWV scores are only computed for sites that have opted-in Chrome users visiting web pages.

This is the question:

“Let’s say the Core Web Vitals values of my website are quite good compared to my competitors.

However my traffic is much lower than my competitors.

How important is site traffic together with Core Web Vitals in the search results? …Can a website with good Core Web Vitals beat the competitor website with millions of visitors in the search results?”

John Mueller answered:

“So, for Core Web Vitals, the traffic to your site is not important as long as you… reach that threshold that we have data for your website.

Like, if we don’t know anything about your website then obviously we don’t know that maybe it’s a really fast website.

…The data that we use in search is from the Chrome User Experience Report which is aggregated from users that are… opted in to this kind of metric system. That’s essentially what we require.

And then, that’s kind of the baseline. …We have data for your website, we know that users are seeing a fast website.

It doesn’t matter if millions of users are seeing that or just… I don’t know… thousands of users are seeing it.”

John Mueller follows up the above answer by stating unequivocally that the number of visitors is not a factor for Core Web Vitals.

He explained:

“So, just… kind of the pure number of visitors to your site is not a factor when it comes to core web vitals and generally not a factor for ranking either.

The other thing that I do need to mention here is that Core Web Vitals, the Page Experience, is at the moment not an active ranking signal.

So we announced that for May, that kind of one aspect.”

Next, Mueller emphasizes that content relevance is more important than Core Web Vitals scores:

“And the other thing is that relevance is still by far much more important.”

John Mueller Downplays Ranking Effect of Core Web Vitals

In the next part of his answer, John Mueller downplays the ranking effect of Core Web Vitals.

John Mueller:

“So just because your website is faster with regards to Core Web Vitals than some competitors doesn’t necessarily mean that come May you will jump to position number one in the search results.

We still require that relevance is something that should be kind of available on the site. It should make sense for us to show the site in the search results because, as you can imagine, a really fast website might be one that’s completely empty. But that’s not very useful for users.

It’s useful to keep that in mind when it comes to Core Web Vitals. It is something that users notice. It is something that we will start using for ranking. But it’s not going to change everything completely.

So it’s not going to… destroy your site and remove it from the index if you have it wrong. It’s not going to catapult you from page ten to number one position if you get it right.”

Core Web Vitals are Important

Even though Core Web Vitals ranking effect might not be so great, it’s one of the few known ranking factors that Google is okay with publishers having an influence over.

Thinking beyond search ranking effect, a quality web page that presents no friction to users may experience more page views and user satisfaction. That’s important, regardless of whether there’s a (small) ranking boost associated with Core Web Vitals.


Watch John Mueller discuss Core Web Vitals at about the 23:30 minute mark.

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