All-in-One PC vs Armed PC: Which is the Best Option for You?
Introduction
In a world where technology is advancing by leaps and bounds, choosing the right type of PC has become more important than ever. A computer is a significant investment, whether for work or personal use, and it is crucial to choose a device that fits our needs and lifestyle. Among the most popular options are All-in-One PCs and Armed PCs (also known as clones or traditional desktop PCs). Each format has unique advantages, so it's worth knowing their differences to make an informed decision.
In this blog, we'll explain in simple terms what each type of PC offers, compare key aspects such as design, performance, space, maintenance, and budget, and give you recommendations based on your usage profile. So you can choose your next ideal computer wisely!
What is an All-in-One PC?
Example of a modern All-in-One computer: all components (CPU, memory, storage) are integrated behind the screen, offering a clean and compact design.
An All-in-One PC (or "All-in-One PC") is a desktop computer in which all internal components are integrated into the same monitor. Instead of having a separate tower, the monitor houses the processor, memory, hard drive, and other hardware. You only need to connect a keyboard, a mouse and the power cable to start using it. Many All-in-Ones include built-in peripherals such as webcam, microphone, and speakers on the screen itself, further reducing the number of external cables and accessories.
Features and benefits of an All-in-One:
• Compact design: By integrating everything into the screen, they take up much less space on the desk. They are ideal if you have a small work area or simply want a minimalist setup without a tower in the way. You'll only see the screen, keyboard, and mouse, giving your workspace a neat and modern look.
• Ease of installation: Setting up an All-in-One is a breeze. Usually, you can just take it out of the box, plug it into power, and press the power button. You don't have to worry about plugging in multiple wires or putting pieces together; in minutes it is ready to use. It's a great advantage for non-technical users or those looking for convenience.
• Fewer cables and accessories: With an All-in-One, you only need one power cord for all your equipment. The monitor, CPU, and speakers come together, eliminating the typical tangle of cables of a traditional PC. Not only is this aesthetically pleasing, but it also makes it easy to move the PC around if needed (just by moving the screen) – while they're not as portable as a laptop, they're easier to relocate than a full tower.
• Aesthetics and order: This format usually looks great in modern offices, receptions or home desks, as it offers an elegant appearance. If you value clean looks and want to impress with a desk without visible wires, an All-in-One perfectly meets that goal.
It's important to mention that All-in-Ones are meant to provide a simple, space-saving experience, but that convenience sometimes comes with sacrifices in power and flexibility (e.g., they're less upgradeable). We will delve into these differences later in the comparison section.
What is an Armed PC (clone or certified)?
Example of a traditional desktop PC assembled: The computer consists of a tower or cabinet (bottom right) connected to a separate monitor, along with peripherals such as keyboard and mouse.
An Assembled PC (also called a desktop PC, clone PC when assembled to size, or branded PC if from a well-known manufacturer) refers to the classic desktop computer with separate components. Instead of everything being on the screen, here we have a cabinet or tower that contains the internal components (motherboard, processor, graphics card, RAM, hard drive, power supply, etc.), and separately one or more monitors, keyboard, mouse, and other peripherals.
We call "clone PC" the one assembled with selected parts (usually assembled by oneself or by technicians, using components of different brands according to the user's preference and budget). On the other hand, a "certified PC" could refer to a desktop computer pre-assembled and sold by a reputable brand or retailer, with warranty and tested components. In both cases, the structure is similar: a tower connected to external peripherals.
Features and benefits of an armed PC:
• Modularity and customization: Desktop PCs offer great flexibility to choose each component according to your needs. You can choose the processor, graphics card, amount of RAM, disk size, etc. to your liking. This customization allows you to get exactly the level of performance you're looking for and even save by not paying for features you don't need. In piece-based teams (clones), you have full control over which makes and models to use on each component.
• Higher performance available: Due to their size and design, towers allow for more powerful and cooled hardware than All-in-One. For example, it is possible to use high-performance processors or high-end dedicated graphics cards, along with robust cooling systems. This means that, all things being equal, a desktop PC usually performs better than an equivalent All-in-One. Armed PCs are the preferred choice for gamers, graphic designers, video editors, and power users who need raw power.
• Ease of repair and upgrade: As they are modular equipment, it is easy to access the interior of the tower to clean dust, change a broken part or add new cards. Unlike All-in-Ones, virtually any component in a desktop PC can be replaced or upgraded: from the RAM to the graphics card or even the processor, if the motherboard allows it. This extends the life of your PC, as you can keep your PC up to date by replacing parts over time instead of buying a new one entirely.
• Cost/benefit ratio: A built-in computer typically offers a better price-performance ratio. You can build a PC in parts adjusted to a specific budget and get more computing power for your money . Even branded PCs (HP, Dell, Lenovo, etc.) tend to be cheaper than an All-in-One when you compare similar hardware, since you don't pay the extra for the integrated design. Also, if your budget is limited, you have the option to start with a basic setup and gradually improve it (for example, add more memory or a second disk later).
Naturally, desktop PCs take up more physical space and require connecting more cables and peripherals, but in return they offer maximum flexibility. Below, we'll compare point by point how All-in-One and armed PCs differ in the key aspects mentioned.
Comparison: Design, Performance, Space, Maintenance, and Budget
Here's a comparison between an All-in-One PC and a built-in desktop PC, focusing on the aspects that usually matter most when choosing:
• Design: The All-in-One stands out for its sleek, minimalist design. By integrating everything into the screen, you barely have a single device in view. This translates to less visual clutter and attractive aesthetics on your desktop. Instead, an armed PC consists of a tower plus a separate monitor, along with keyboard, mouse, and other accessories. Visually it is a larger and more traditional set. There will be more cables in sight (video cable, tower and monitor power cables, etc.), and the cabinet takes up space either above or under the desk. However, some people enjoy the customizable look of towers – for example, it's possible to choose a window cabinet with LED lights for a gamer style, something that doesn't apply to an All-in-One. In short, if you're looking for aesthetics and simplicity, the All-in-One wins; If that doesn't bother you and you prefer flexibility in components and style, the traditional tower is fine.
• Physical space: In terms of physical footprint, the All-in-One requires much less space. You just need room for the screen on your table, without an extra box getting in the way. It is ideal for small offices, desks in bedrooms or places where every inch counts. Conversely, the assembled desktop PC needs dedicated space for the tower/cabinet (many place it under the desk or in a corner) in addition to the monitor above the desk. If your workspace is large this will not be a problem, but in small places it can be an important factor to consider. Here the All-in-One has the clear advantage for environments with little space available.
• Performance: Desktop PCs have the edge in power. By being able to equip them with higher-performance components (desktop CPUs, dedicated GPUs, more RAM, etc.), they tend to offer superior performance for demanding tasks. They also handle heat dissipation better with large fans or liquid cooling, allowing sustained high performance to be maintained. All-in-Ones, on the other hand, generally use mobile technology components (similar to laptops) due to space limitations inside the monitor. This means that, with equivalent hardware, an All-in-One can perform a little less than a tower because its components are more compressed and tend to heat up faster . What does this mean in practice? That for web browsing, office work, video calls, and multimedia consumption, a modern All-in-One will work wonders. But if you plan on playing demanding video games, editing 4K videos, or using heavy engineering software, a well-specced desktop PC will probably be more responsive. In addition, almost none of the All-in-One allows you to install a graphics card of the most powerful (many do not even have a dedicated graphics card but integrated graphics), so they are not designed for extreme gaming. In short: light or moderate work, any format works well; high performance, better an armed PC.
• Maintenance and updates: In this section, the assembled PC has an advantage due to its modular design. You can easily open the case to clean dust from the fans, which is important for extending the life of the components. If a component fails, you can replace just that part (for example, the video card or power supply) without having to replace the entire computer. It's also simple to make improvements: add more RAM, switch to a faster SSD, or upgrade your graphics card to a newer one in a few years. All-in-Ones, on the other hand, have serious limitations for maintenance/upgrades. As everything is integrated, access to the internal hardware is complicated and sometimes impossible for the common user. Usually you could only expand the RAM or storage if the model allows it, and even that is not as simple as in a tower. If you want to upgrade the processor or graphics card of an All-in-One, in most cases it won't be viable. Also, if an essential component (e.g., motherboard) breaks down, it may require specialized technical service; and if the screen is damaged, you are left without an entire PC while you repair it, since everything is a single unit. On a desktop PC, by comparison, if the monitor is damaged you can temporarily replace it and continue using the PC, or if something inside fails, a technician can fix or replace it relatively easily. In short, for those who value ease of maintenance and upgradeability, the traditional desktop PC is the clear winner.
• Budget: The economic aspect can tip the balance depending on your situation. All-in-One PCs typically have a higher starting price compared to a PC armed with equivalent specs . Part of this extra cost is due to the compact design (it's more expensive to integrate everything into a single unit) and the fact that they include a large screen as part of the product. You're paying for convenience and design. On the other hand, a built-in PC allows you to better adjust your spending: you can build a basic computer for a very affordable price or invest in high-performance components if you have a large budget. The cost/benefit ratio tends to be better on a desktop, as every dollar/peso invested goes directly to power and capacity rather than aesthetics. Plus, with a built-up PC you have the option to upgrade gradually as your budget allows . For example, start with a modest processor and integrated, and add a better graphics card or more memory when you can afford it. Of course, also consider that with a desktop PC you may have to buy the monitor and peripherals separately (in an All-in-One they are already included). Even counting that, many times it pays off in total price, but it is convenient to make the sum according to the case. In conclusion, if your priority is to save or get the most out of every penny, a built-in PC will probably suit you; if you're willing to pay extra for a sleek, off-the-shelf all-in-one format, then an All-in-One might be justified.
Recommendations for use according to the customer's
Now that you know the differences, which type of PC suits you best? Here are some recommendations according to your profile and common needs:
When is an All-in-One PC convenient?
• Space and order are a priority: If you have a very small space or simply hate cable clutter, an All-in-One is perfect for keeping your desk clean and saving space. For example, for use in a reception, small meeting room, or in your bedroom, an All-in-One looks discreet and takes up minimal space.
• Basic or office use: For everyday tasks such as browsing the internet, working with Office documents, video conferencing, virtual classes or watching multimedia content, a mid-range All-in-One will do the trick. It's ideal for students, professionals working from home, or families who want a shared computer for general use.
• Ease and simplicity: If you don't have technical knowledge or don't want to complicate with the choice of each component, the All-in-One offers a "plug and play" solution. Everything comes ready from the factory, with the operating system installed; just turn on and use. You won't have to worry about mounting anything or compatibilities between parts.
• Aesthetics and internal mobility: In modern offices or stores, All-in-One provides an elegant technological image in front of customers. Also, while they're not portable like a laptop, they're easier to move from room to room than a tower PC (you just unplug a cable). If you plan to rearrange your space frequently or move your PC from one place to another occasionally within the home/office, you'll find it more comfortable with an All-in-One.
When is an Armed PC (traditional desktop) convenient?
• High performance demands: If you're a gamer, architect, graphic designer, video editor, programmer, or just need to run heavy applications, a desktop PC is the best choice. You will be able to incorporate high-level graphics cards, more powerful processors and in general obtain higher FPS in games or less waiting time when rendering videos compared to All-in-One.
• Do you plan to upgrade in the future: Do you like the idea of improving your PC over time? Then the assembled desktop is for you. You can start with a modest team and add upgrades as your needs (or budget) grow, without having to replace the entire system. For tech enthusiasts who enjoy tinkering with hardware, the possibilities are enormous.
• Cost-benefit ratio: If you're on a tight budget but don't want to sacrifice so much performance, building a clone PC can give you great results for less money. You also have the freedom to choose offers or components from different brands to optimize the cost. On the other hand, with an All-in-One you are subject to what the manufacturer included, to its fixed price. For an internet café, office or users who want to maximize their investment, armed PCs are usually the logical choice.
• Need for multiple connectivity and peripherals: Will you be using multiple monitors? Lots of USB devices, specialized cards, or external accessories? Towers generally offer more ports and better expandability to connect everything (printers, additional displays, professional audio equipment, etc.). While USB hubs can be used in All-in-Ones, a desktop is more factory-ready for multi-peripheral environments. If your job requires you to connect a lot of devices, a desktop PC will give you fewer headaches in that regard.
In short, there is no single answer: the choice depends on what you value most. If you prioritize comfort, space, and simplicity, an All-in-One will give you a lot of satisfaction. If you value performance, longevity, and customization instead, a built-in PC will be your best friend.
Conclusion and Call to Action
Both All-in-One PCs and assembled PCs have their place on the market and respond to different needs. The most important thing is to evaluate what aspects are essential to you: performance vs. comfort, aesthetics vs. budget, space vs. upgradeability. We hope this comparison has clarified the picture for you and helps you make a better informed decision.
If you still have doubts about which option best suits your specific case, don't worry! At RJD Systems we have experts ready to advise you. We invite you to contact us to receive personalized advice and answer any questions you may have. Whether you need a sleek All-in-One for your office or a powerful custom-built PC, at RJD Systems we'll help you find the ideal computer for your work or home.
Contact us and we will gladly guide you in choosing your next dream PC!