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When people think of a graphics card, they often think of a large unit with multiple fans that sit alone in the PC and connect to the motherboard.

Ultimately, the main difference is whether the GPU is a standalone component or whether it’s part of another component. 

What Are Dedicated Graphics Cards?

Dedicated graphics cards are what most people picture when they picture a graphics card. It’s a piece of hardware designed to display images on your screen.

Not all dedicated graphics cards are large and expensive. Many are smaller and more affordable but might not provide the same quality experience. Any graphics cards that are standalone units are dedicated cards.

What Are Integrated Graphics Cards?

Integrated graphics cards are built into a motherboard as part of the total unit. You do not purchase them separately, and they are simply a feature of that motherboard.

Integrated graphics cards vary in power, depending on your unit. As with dedicated graphics cards, you need to keep an eye on the specifications before you purchase it, especially if you plan to use it as your only card.

What’s the Difference Between Integrated and Dedicated Cards?

The only actual difference between integrated and dedicated GPUs is that the integrated ones are built into the motherboard, and the dedicated ones are separate components. 

While dedicated graphics cards will always be more powerful at the far end of the price spectrum, that doesn’t mean integrated graphics cards aren’t helpful and won’t keep up with current programs and games. Choosing a card is all about your budget, needs, and priorities.


Integrated graphics cards are usually less expensive because they’re part of another unit and often have fewer components. It’s difficult to determine their exact price since you can’t know how much the integrated GPU contributed to the cost of the motherboard. However, since an integrated graphics card is part of the motherboard and is widely available on motherboards at different prices, you can find them for almost any budget.

Dedicated graphics cards are often more expensive. However, you can get less powerful ones for much less money if needed. Swapping one powerful dedicated GPU that plays ARK: Survival on high settings in crisp dinosaur clarity for a very inexpensive placeholder led to the game looking like I was taming blobs instead of dinosaurs. The price of one GPU was $150. The other was $2000.


It’s difficult to say whether an integrated card will always do better than a dedicated card. Many integrated GPUs would outperform the $150 dedicated GPU mentioned above. However, it would be difficult, if not impossible, to find an integrated GPU that could outperform a GTX 3090.

Ultimately, dedicated and integrated cards with the same specs will perform the same. Whether it’s attached to the motherboard shouldn’t change its abilities.


Heat management is one area where a dedicated graphics card often outperforms an integrated one, at least until you start using custom cooling solutions. The motherboard’s heat could make the integrated GPU heat up more quickly. It typically will also have less powerful onboard cooling to keep temperatures at an ideal level.

Dedicated graphics cards, especially high-end ones, come with fans built into the unit. They often include optional management software to help you adjust the unit’s temperature too, which you might not have access to with an integrated card.

There are also AIO water-cooling solutions available for both if desired.


Dedicated cards are usually easier to manage, adjust, overclock, undervolt, and otherwise customize. The software that lets you control the temperature also offers other options to manage and adjust your card. If you’re playing a game that pushes it too high, you can turn down its performance a bit to control its power levels and temps.

Integrated graphics cards are less likely to come with these options.


One place where dedicated graphics cards shine is how they use memory. Since they aren’t sharing resources with a motherboard, every component included in the dedicated GPU is used to make your graphics experience better.

Integrated cards share their resources with the motherboard. They often won’t have as much available memory, limiting their effectiveness.

Complete Overview

Integrated CardsDedicated CardsPriceLess expensive because it’s bundled into the price of the motherboardMore expensive than integrated graphics cards by farUpgradibilityCannot be upgraded alone because it’s part of the motherboardVery replaceable because you can remove it and put another one in place without disturbing other componentsEnergy UsageLower energy usage means your laptop battery will last longer and your power bill will be lowerRequires high energy usage to work its hardestPerformanceLess powerful and will not work with some graphically intense programsMore powerful and suitable for the most costly programs, depending on which you chooseCoolingGenerates less heat and generally doesn’t require an additional coolerRequires lots of extra cooling and generates more heatCustomizationCannot be customized to the extent that a standalone card canOften adjustable with software so you can change the fan speed, power usage, and performance

Can I Use Integrated and Dedicated Graphics Cards Together?

Many people run systems that include a motherboard with integrated graphics alongside a dedicated GPU. Generally, your computer will only use one at a time, depending on what you’re doing. More intense applications will use the dedicated card, while less demanding ones will use integrated graphics.

Systems like this also generally include a software option to choose your graphics card. You can switch back and forth as needed or just use one rather than the other.

What Are the Benefits of Systems With Integrated and Dedicated Graphics Cards?

One significant benefit is troubleshooting. When your dedicated GPU isn’t working, you can still view images on your monitor. If you don’t have an integrated graphics card, you can’t see any content from your computer until a graphics card is hooked up.

Having two cards can also split the load between the cards. You may put more minor wear and tear on the more expensive dedicated card by offloading some applications to the integrated card.

What Are the Drawbacks of a System With an Integrated and Dedicated Card?

It pays to know how to switch between the integrated and dedicated graphics card in situations like this.

Frequently Asked Questions Is Integrated or Dedicated Graphics Better for Gaming?

Dedicated graphics cards are better for gaming because high-end ones can deliver a better experience. They will give you higher frames and let you use higher graphics settings.

What Are the Benefits of an Integrated Graphics Card?

Integrated graphics cards run cooler in and of themselves. This is often useful in laptops because you don’t want to generate much heat. They also use less power, which means they extend your laptop’s battery life. 

Is Integrated Graphics Good Enough?

Integrated graphics are definitely good enough for some users. Dedicated graphics should work for you if you’re playing lower impact games like Stardew Valley, watching streaming video, using word processing programs, and web browsing. Higher-end gaming rigs will include dedicated graphics cards and be able to run more visually demanding games.

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Auto Gpt Vs Chatgpt: What’s The Difference?

ChatGPT is an AI-powered language model based on the GPT architecture that is designed to generate human-like responses in a conversational context. It is trained on a large corpus of text data that includes conversations between humans. ChatGPT can be fine-tuned for various applications such as chatbot development, customer service, and personal assistants. It is widely used in the field of natural language processing for its ability to generate human-like responses that are contextually relevant and engaging.

Also read: How to Set Up Auto-GPT: An Overview

Auto-GPT is an open-source AI project built on ChatGPT’s Generative Pre-trained Transformer (GPT). Its core feature gives GPT the ability to act autonomously without requiring a human agent to prompt its every action. Although not a novel technology, Auto-GPT is not a new large language model or an AI chatbot.

Auto-GPT works similarly to ChatGPT but with the added ability that AI agents offer. You can think of AI agents as personal assistants that can be programmed to perform specific tasks or make decisions based on a set of rules and a predefined goal. AI agents, like personal assistants, can operate on behalf of an individual, performing tasks such as scheduling appointments and sending emails. Auto-GPT, with its AI agents, has the added ability to perform autonomous actions and make decisions without human prompting.

Auto-GPT and ChatGPT differ significantly in that Auto-GPT has some decision-making powers, which are not present in ChatGPT. ChatGPT requires a human agent to prompt its actions, whereas Auto-GPT replaces “human agents” with “AI agents.” This feature gives it some semblance of decision-making power.

For instance, if you want to plan a birthday party for your 8-year-old daughter, you can head to ChatGPT and type in “Help me plan a birthday party for my 8-year-old daughter.” In a few seconds, ChatGPT will provide you with a list of things you should account for, such as the birthday theme, venue, gifts, food and drinks, decorations, guest lists, and more. However, planning a birthday is complex and requires addressing a subset of problems. For example, you would have to prompt ChatGPT again, asking how to plan your guest lists and send out invitations and gift ideas and the best places to get them.

With Auto-GPT, on the other hand, the AI agents could self-prompt and tackle every subset of the birthday planning problem. So, depending on the limits of the powers you give it, Auto-GPT could, for example, develop a birthday theme, hire an event planning company to execute that theme, provide a list of gift items to buy based on the guest list, and even place an order for them using your credit card and home address. This AI tool is already being deployed in the wild in similar ways, where it has been used to create a podcast and build an automated investment analyst.

The main difference between Auto-GPT and ChatGPT is that Auto-GPT can function autonomously without the need for human agents, whereas ChatGPT requires numerous detailed prompts to complete tasks. Auto-GPT generates its own prompts to complete the given goals and can access websites and search engines to gather data to complete tasks. In contrast, ChatGPT requires specific prompts to determine what it will do and how well it will do it. Auto-GPT is built on ChatGPT’s framework but has the ability to make decisions on its own, a feature that is not present in ChatGPT. Auto-GPT is an experimental open-source interface to GPT-4 and GPT-3.5 that enables self-guided (autonomous) task completion.

Auto-GPT and ChatGPT are both built on the GPT API, but there are several technical differences between the two. The primary difference is that Auto-GPT can function autonomously without the need for human agents, whereas ChatGPT requires numerous detailed prompts to complete tasks. Auto-GPT is built on ChatGPT’s framework but has the ability to make decisions on its own, a feature that is not present in ChatGPT. Auto-GPT is an open-source Python application powered by GPT-4 and is capable of performing tasks with little human intervention. Auto-GPT can self-prompt and produce every necessary. Auto-GPT requires programming knowledge to use, while ChatGPT is accessible to anyone with an internet connection.

If you want personalized, conversational responses to user input, then ChatGPT is a great option for you. It is trained on huge amounts of human language data, making it great at generating contextual and coherent replies that sound like they came from a real person.

However, if you want an AI tool that can independently analyze and interpret information from various resources to autonomously build and run various tasks, then Auto-GPT is the better option for you.

Auto-GPT is a fascinating AI tool that has significant potential in the field of artificial intelligence. With its AI agents, it can perform autonomous actions and make decisions without requiring a human agent to prompt it. Although it is not a new technology, it is an innovation that could significantly impact the field of AI. It is already being deployed in the wild in various ways, from creating a podcast to building an automated investment analyst. The possibilities of what it can achieve are endless, and we look forward to seeing how it develops in the future.

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Edge Computing Vs. Cloud Computing: What’s The Difference?

The term cloud computing is now as firmly lodged in our technical lexicon as email and Internet, and the concept has taken firm hold in business as well. By 2023, Gartner estimates that a “no cloud” policy will be as prevalent in business as a “no Internet” policy. Which is to say no one who wants to stay in business will be without one.

You are likely hearing a new term now, edge computing. One of the problems with technology is terms tend to come before the definition. Technologists (and the press, let’s be honest) tend to throw a word around before it is well-defined, and in that vacuum come a variety of guessed definitions, of varying accuracy.

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Edge computing is a term you are going to hear more of in the coming years because it precedes another term you will be hearing a lot, the Internet of Things (IoT). You see, the formally adopted definition of edge computing is a form of technology that is necessary to make the IoT work.

Tech research firm IDC defines edge computing is a “mesh network of micro data centers that process or store critical data locally and push all received data to a central data center or cloud storage repository, in a footprint of less than 100 square feet.”

It is typically used in IoT use cases, where edge devices collect data from IoT devices and do the processing there, or send it back to a data center or the cloud for processing. Edge computing takes some of the load off the central data center, reducing or even eliminating the processing work at the central location.

IoT Explosion in the Cloud Era

To understand the need for edge computing you must understand the explosive growth in IoT in the coming years, and it is coming on big. There have been a number of estimates of the growth in devices, and while they all vary, they are all in the billions of devices.

* Gartner estimates there were 6.4 billion connected devices in 2023 will it reach 20.8 billion by 2023. It estimates that in 2023, 5.5 million new “things” were connected every day.

* IDC predicts global IoT revenue will grow from $2.71 billion in 2023 to $7.065 billion by 2023, with the total installed base of devices reaching 28.1 billion in 2023.

* IHS Markit forecasts that the IoT market will grow from an installed base of 15.4 billion devices in 2023 to 30.7 billion devices by 2023 and 75.4 billion in 2025.

* McKinsey estimates the total IoT market size was about $900  million in 2023 and will grow to $3.7 billion by 2023.

This is taking place in a number of areas, most notably cars and industrial equipment. Cars are becoming increasingly more computerized and more intelligent. Gone are the days when the “Check engine” warning light came on and you had to guess what was wrong. Now it tells you which component is failing.

The industrial sector is a broad one and includes sensors, RFID, industrial robotics, 3D printing, condition monitoring, smart meters, guidance, and more. This sector is sometimes called the Industrial Internet of Things (IIoT) and the overall market is expected to grow from $93.9 billion in 2014 to $151.01 billion by 2023.

All of these sensors are taking in data but they are not processing it. Your car does some of the processing of sensor data but much of it has to be sent in to a data center for computation, monitoring and logging.

The problem is that this would overload networks and data centers. Imaging the millions of cars on the road sending in data to data centers around the country. The 4G network would be overwhelmed, as would the data centers. And if you are in California and the car maker’s data center is in Texas, that’s a long round trip.

Cloud Computing, Meet Edge Computing

Processing data at the edge of the network — where it is taken in – has a number of benefits, starting with reducing the latency and makes connected applications more responsive and robust. Some applications might need immediate response, such as a sensor for failing equipment or for detecting a break-in.

It also takes the computation load off the data center if data can be processed and reacted upon at the point of origin rather than making the round trip to and from the data center. So it reduces the burden on both the data center and the network.

One company specializing in this is Vapor IO, a startup that puts mini data centers called Vapor Edge Computing containers at cell towers. The containers are smaller than a car but contain redundant racks of computing systems that use special software for load balancing. The load is balanced both at each container and between containers scattered at cell towers around a city.

A special software stack for managing a group of locations makes the containers in an area function and appear as a single data center. It has all of the standard data center features, such as load balancing and automated site-to-site failover.

Vapor IO is a part of what are known as micro data centers, self-contained systems in ruggedized containers to withstand the elements that provide all the essential components of a traditional data center but in a small footprint. Vapor is not alone, although it is a startup dedicated specifically to the micro data center.

Some very big names in data center technology are also experimenting with micro data centers. Schneider Electric, the European power and cooling giant, has a line of micro data center modules, and Vertiv (formerly Emerson Network Power) has its own line of outdoor enclosures.

It looks to be a growing market as well. The research firm Markets and Markets believes that the micro data center sector could be worth a staggering $32 billion over the next two years.

You may hear edge computing referred to by other names than micro data centers. They include fog computing and cloudlets. Fog computing, or “fogging,” is a term used to described a decentralized computing infrastructure that extends the cloud to the edge of the network.

Cloudlets are mobility-enhanced micro data centers located at the edge of a network and serve the mobile or smart device portion of the network. They are designed to handle resource-intensive mobile apps and take the load off both the network and the central data center and keep computing close to the point of origin.

The cloud is a great place for centralized computing, but not every computing task needs to run on a centralized system. If your car is getting real-time traffic and GPS updates from the surrounding area, there’s no reason to send data back and forth to a data center five states and a thousand miles away. So as the IoT grows, expect edge computing to grow right along with it. They will never be an either/or choice for data center providers, the two will always work in tandem.

1Password Vs Lastpass: What’s The Best Password Manager?

1. Quick comparison

1Password’s main dashboard lets you organize credentials using vaults and tags

Both LastPass and 1Password work across platforms, and you can use them on an unlimited number of PCs, smartphones, tablets, and even smartwatches. However, a new LastPass policy makes it so that you can only access the free service on your PC or mobile, but not both. More about the supported platforms in the dedicated section below.

See also: The best free LastPass alternatives and how to transfer

On top of the basic ability to store and retrieve passwords, 1Password and LastPass also let you store other sensitive information, including credit card numbers, addresses, identities, bank accounts, official documents, notes, and even arbitrary files. Storing this highly private data in a secure vault makes sense, and the convenience is hard to beat.

LastPass for the web has an easy-to-use interface

One of the best 1Password features is Watchtower. This function analyzes your passwords and tells you how strong they are, if you used them on more than one site, and if any of them has been found in a database of known hacked passwords and security breaches. From there, you can quickly open websites with weak, repeated, or compromised passwords and change them. Unfortunately, Watchtower can’t automatically update passwords for you.

The password generator in LastPass lets you pick truly secure passwords

LastPass enables you to share credentials with another user, which can be helpful for sharing those Netflix accounts or even for business purposes. This is on the free plan; upgrading to LastPass Premium gives you the ability to share passwords with multiple users at a time. 1Password also offers password sharing via its “guest” functionality.

1Password’s vaults can be used to separate work and personal accounts and manage them accordingly. If you’re worried about your privacy during travel, you can use 1Password’s Travel Mode. This would remove vaults from your phones or PCs unless you marked them as Safe for Travel. This is to avoid giving prying eyes access to your sensitive information during border searches.

Finally, for the most seamless login experience, you’ll want to pick up LastPass, which offers an auto-login function. Just go to the website you want, and LastPass will fill in your credentials and log you in automatically. Nifty.

4. Compatibility

Robert Triggs / Android Authority

1Password can be run as browser extensions on Windows (Chrome, Firefox, Edge, and Brave), Mac (Chrome, Firefox, Brave, and Safari), and Linux (Chrome and Firefox). Standalone apps are available on Windows, Mac, iOS, Android, and Chrome OS. You can even run it in command line mode if that’s what you’re into.

1Password’s Chrome extension

LastPass is available as browser extensions on Windows (Chrome, Firefox, Edge/Edge Legacy, and Opera), Mac (Chrome, Firefox, Safari, Edge, Opera), and Linux (Chrome, Firefox, and Opera). Standalone apps are available for Mac, Windows, Linux, Android, and iOS. Just remember that you have to choose either the browser extension or an app if you want free service, not both.

See also: LastPass free vs premium — Is it worth the upgrade?

LastPass Premium gives you extra features like emergency access, multi-factor authentication methods, and 1GB of encrypted file storage. LastPass Premium costs $3/month, billed annually. Families of up to 6 members can get the LastPass Families plan, which costs $4/month and provides shared folders and a family management dashboard.

1Password vs LastPass: Which one is the better deal?

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6. 1Password vs LastPass: Which one is better?

Joe Hindy / Android Authority

Both of these password managers are great options if you want to improve the security and convenience of your digital life. And who doesn’t?

Whether you choose 1Password or LastPass, you’ll get strong security and all the essential features you’ll want in a password manager. The developers of the two services have been around for more than a decade and have a good track record in terms of trust and security.

LastPass offers a generous free plan that will meet most users’ needs. In fact, I’ve been using the free version of LastPass for many years. Paying for the premium plan gives you some nice-to-have features, such as the 1GB of encrypted storage space and the one-to-many sharing option. But relatively few consumers will need these features, making the free plan an attractive proposition.

1Password (1 mo.)

See price at 1Password

LastPass Premium (1 mo.)

See price at Lastpass

Even without a free plan, 1Password remains a strong option thanks to its unique features like Watchtower, Travel Mode, and vaults. It also offers another layer of protection thanks to its Secret Key. We found its interface is slightly easier to use than LastPass’, though not by a huge margin.

Also check out: Dashlane vs LastPass — The ultimate password manager showdown

Google Chrome Vs Chromium: What’S The Difference?

Aamir Siddiqui / Android Authority

When it comes to browsers, everyone has heard of Google Chrome. It’s one of the most popular browsers around on mobile and desktop. But did you know that Chrome shares part of its codebase with a lot of other popular browsers in the market? In fact, Chrome, Microsoft Edge, Opera, Vivaldi, Brave, Kiwi, Yandex, and many others start off from the same codebase. That codebase is Chromium, and we wouldn’t even blame you if you thought Chrome and Chromium are the same. In this article, we’ll tell you everything about Chromium and how it is different from Google Chrome.

Chromium’s main talking point is the fact that it is open source.

This opens up the Chromium codebase to be widely used by other popular web browsers. Browsers based on Chromium include Chrome, Microsoft Edge, Opera, Vivaldi, Brave, Kiwi, Yandex, and so many more. Perhaps the only other popular browsers that do not make use of Chromium’s codebase are Mozilla Firefox, Apple’s Safari, DuckDuckGo, and the good ole Internet Explorer.

Who owns Chrome and Chromium?

Google owns and maintains Chrome and is also a primary investor in Chromium.

Chromium is an open-source browser that is maintained by Google under the Chromium project. Google has contributed a very large chunk to Chromium, but it has done so with the intention of keeping the foundational browser open-source. The project also receives significant code contributions from other entities like Microsoft, Intel, Samsung, and more. It’s open-source, so anyone can contribute to it and help develop Chromium.

Chrome starts off from the Chromium codebase, but Google maintains it as a proprietary, closed-source browser. The company has added some extra features to Chrome, like automatic updates and licensed audio and video codecs. Chrome also features Google’s branding prominently, like in its icon colors.

Since Chrome is based on Chromium’s source code, their user interface is pretty much the same. The only places where it differs is the more prominent use of Google’s branding colors in Chrome’s icon vs the blue-themed color palette for Chromium’s icon.

Everything that Chromium can do, Chrome can do as well.

However, there are a few extra features that Google ships on Chrome that Chromium misses out on:

Automatic browser updates: Chromium cannot automatically update itself.

API keys for some Google services: Chromium does not ship with Google API keys, but users can add in their own keys to enable features like browser sync.

Widevine DRM module.

Licensed codecs for H.264/MP4, and AAC.

Built-in Flash player.

Crash and error reporting.

Beyond these changes, Chrome and Chromium are practically the same product. They have the same user interface and settings. They have similar support for extensions and themes. They even have the same user agent.

Download, platforms, and branches

One of the stark differences between the two browsers is how you can download and install the two.

How to download Google Chrome

Downloading and installing Chrome is absolutely simple. Just go to Chrome’s download page, and you will be presented with easy ways to download and install the browser on the platform of your choice.

Chrome is available for Windows, Mac, Linux, Android, and iOS. Note that Chrome on iOS uses Apple’s WebKit browser engine to comply with the rules of Apple’s platform.

How to download Google Chromium

Downloading and installing Chromium is complicated. If you go to the Chromium Project’s homepage, it will point you to download Chrome instead. There’s no direct download link available for Chromium.

You have to dig deeper into the Chromium Project to chance upon instructions to download. What you are presented with is a “raw” build of Chromium (often referred to as “nightlies”), meaning it has the absolute latest codebase of the project with no guarantees of critical functions.

Chromium’s homepage points you to download Chrome instead!

Chromium is available for Windows, Mac, Linux, and Android. Chromium is not available for iOS due to web browser limitations by Apple.

Chromium does not auto-update itself on any platform. Chromium also has never seen a “stable” release since its inception in 2008. So you have to download the raw build and keep it updated yourself.

Chrome vs Chromium: Which browser should you use?

If you have to make a choice between the two browsers, the answer is pretty clear. When it comes to Chrome vs Chromium, you should always choose Chrome as it will serve your needs very well.

Chromium serves an extremely important role in the entire browser ecosystem, but it’s not the browser we would recommend to end users. It’s strictly for the uber-enthusiast who wants to be on the bleeding edge of features, wants to changes to the browser, and undertakes to update it manually.

Besides the features that it lacks, it is difficult to assess just how secure a particular nightly build of Chromium would be. And the lack of auto-updates means that most users who do download and install Chromium will have to manually update very frequently just to stay on the latest update. If you forget, you’d be stuck with potential vulnerabilities in your browser.

If you liked this browser comparison, you’d also be interested in our Chrome vs Edge, Chrome vs Firefox, and Chrome vs Safari comparisons.


Yes, you can run Chrome and Chromium on the same computer without needing to uninstall either.

No, Firefox is not based on Chromium. Firefox runs on the Quantum browser engine that Mozilla built specifically for Firefox.

No, Safari is not based on Chromium. Safari uses Apple’s WebKit browser engine.

Yes, Opera is based on Chromium.

Yes, Brave is based on Chromium.

Yes, Edge is based on Chromium.

Iphone 7 Vs Iphone 8: What’S The Difference?

Our Verdict

Now the iPhone 7 and 8 are the older models but still on sale, they are the most affordable smartphones still available straight from Apple. There’s a vast choice when it comes to price, storage and specs but we recommend the iPhone 8 in 64GB to get a sweet spot of those things – as well as better longevity compared to the older 7.

Apple’s line-up of phones for 2023 is entirely X-series, but you can still buy older models to save a fair chunk of money. But should you pop for the iPhone 8 or the even older and cheaper iPhone 7? We compare the two.

How much is the iPhone 7 and 8?

Now the iPhone XR and iPhone XS (and Max) have arrived, the older models have been given the usual price cut treatment.

You might think that the iPhone 8 would be the only one still on sale creating a line-up of four smartphones. However, the iPhone 7 is still available from Apple as the cheapest option.

Here’s a breakdown of the prices:

 iPhone 7iPhone 7 PlusiPhone 8iPhone 8 Plus32GB£449/$449£569/$569––64GB––






As you can see, there’s £400/$400 between the cheapest iPhone 7 with just 32GB of storage and the iPhone 8 Plus with fittingly eight times the amount of storage.

You’ll need to choose wisely factoring in the size of the phone, it’s longevity and how much storage you need. The sweet spot for us is the iPhone 8 in 64GB.

View the iPhones at Apple.

Is the design any different?

Apple says that the iPhone 8 features an ‘all-new glass design’, but in truth there are plenty of similarities to the previous model.

Size-wise the iPhone 8 and iPhone 7 are almost identical, with only a few tenths of a millimetre more found on the new version. The iPhone 8 is 10g heavier though, which breaks the classic Apple mantra of ‘slimmest, lightest iPhone ever’ that we’ve heard so many times over the years.

Most likely this increase in weight is attributable to the glass surface that now adorns the back of the device. While this looks pretty, glass isn’t exactly the most durable of substances, and will only add to the general slipperiness that plagues modern smartphones. 

Seriously, when will designers and engineers take into account that people actually have to hold these very expensive bars of soap?

In this case the return to glass, as last seen on the iPhone 4S, does bring a tangible benefit for users, enabling Apple to include wireless charging on the new device. This is a welcome addition, as is the jaw-dropping fact that it uses Qi charging, the standard favoured by most of the industry.

Other than this aesthetic choice, you’d be hard pressed to tell the difference between the iPhone 7 and the iPhone 8. The display is the same size, as are the now rather dated-looking bezels, all the buttons are in the same place, the curved edges are as elegant and precise as ever, and you still can’t plug in your headphones.

In terms of colours, both are available in Space Grey, Silver and Gold – although the latter looks slightly different. If you want Rose Gold then the iPhone 7 is the only option.

All models in the iPhone 7 and 8 range also feature IP67 water resistance, and as such should survive any spills or quick trips into the sink that would prove the end of a lesser device.


 iPhone 8iPhone 7OSiOS 11 (upgradeable)iOS 11 (upgradeable)Screen4.7in, 1334×750 IPS panel, True Tone & Wide Colour display, 326ppi4.7in, 1334×750 IPS display, 326ppiCPUA11 BionicA10 Fusion ProcessorMemoryUnconfirmed2GB RAMStorage64/256GB32/128GBCamera (Main)12Mp, f/1.8 with OIS12Mp, f/1.8 with OISCamera (Front)7Mp, f/2.27Mp, f/2.2ExtrasTouch ID, 3D TouchTouch ID, 3D TouchWi-Fi802.11ac dual-band WiFi802.11ac dual-band Wi-FiBluetoothBluetooth 5.0Bluetooth 4.2Cellular4G LTE4G LTESIM TypeNano-SIMNano-SIMGPSYesYesNFCYes, for Apple PayYes, for Apple PayConnectorsLightningLightning3.5mm Headphone JackNoNoBatteryNot stated1960mAh non-removable Wireless ChargingYes (works with Qi chargers) NoDimensions67.3 x 138.4 x 7.3mm67.1 x 138.3 x 7.1mmWeight148g138gWaterproofingIP67IP67

Is the iPhone 8 faster than the iPhone 7?

While the iPhone 8 might be slightly heavier and bigger than its predecessor, there was never any doubt that it was going to be faster.

Apple uses a six-core processor for the iPhone 8, which it calls the A11 Bionic. This replaces the A10 in the iPhone 7, and gives the new model various speed improvements.

Apple claims the two performance cores will yield increases of 25 percent, while the four high-efficiency cores will be a rather remarkable 75 percent faster.

The GPU in the iPhone 8 is the first one designed by Apple and is promised to deliver the same performance as the previous A10 but using half the power. Pushed harder the new GPU can eclipse the older model by 30 percent, which should be beneficial for anyone playing games on the iPhone 8.

In short, yes. The iPhone 8 is a fair bit nippier than the iPhone 7, which itself was never a slouch. In 2023, getting the newer one will give you performance longevity.

Is the display the same as on the iPhone 7?

At first glance the 4.7in screens on both devices appear to be identical, but Apple has made some subtle enhancements to the new version.

The iPhone 8 now sports a True-Tone display, as first seen on the iPad Pro 9.7. This is a clever feature that adjusts the colour temperature and intensity of the screen to match that of the ambient light in the surrounding area. This results in an optimised display that looks good in a variety of settings.  

It’s not quite the leap forward that fitting an OLED panel would have brought – Apple saved that for the iPhone X – but it is a minor enhancement that gives the iPhone 8 an edge.

How do the cameras compare?

One of the most important features on any iPhone is the camera. With this in mind Apple has upped the specs on the new model with a new 12Mp sensor that it claims provides 83 percent more light, better colour saturation, a wider dynamic range, and lower noise.    

These elements should definitely make images appear sharper, richer, and more balanced than on the iPhone 7. Of course, we’ll need to compare the actual results when we finish our in-depth iPhone 8 review, so keep checking back to see how Apple’s promises stand up to scrutiny.

Video has also been improved, with the iPhone 8 now able to record 4K at 60fps, and 1080p slow motion capture at 240 fps, which is double the frame rate of the iPhone 7.

Perhaps the most interesting use for the new cameras will be Augmented Reality. Apple has included new gyroscopes and accelerometers in the iPhone 8, to enable accurate motion tracking for AR games and software. 

The company made a big deal of this feature at the release event, with a live demonstration of an AR game being given centre stage for several minutes. It’s early days, but if this takes off then it could be a significant step forward for how we use our iPhones in the near future.


There’s not too much difference between the iPhone 7 and 8 but now with the XS and XR models available, we don’t recommend getting the older model unless you really want the cheapest iPhone you can buy.

It’s only got 32GB of storage and the older A10 Fusion processor for starters.

With the iPhone 8 you get a newer A11 processor so the phone will last longer in terms of performance, it’s got double the storage at its cheaper price and you get the benefit of wireless charging. 

Related stories for further reading Specs Apple iPhone 8: Specs

iOS 11

4.7in, 1334×750, 326ppi, IPS True Tone display

A11 Bionic six-core CPU

64/256GB storage

Main camera: 12Mp, f/1.8 with OIS

Selfie camera: 7Mp, f/2.2

Touch ID

3D Touch

802.11ac dual-band Wi-Fi

Bluetooth 5.0




NFC (for Apple Pay)

Lightning port

Wireless charging (works with Qi chargers)



IP67 water resistance

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