When you start getting seriously into the PC world, you discover that It's not all about raw power and RGB lightsAfter hundreds (or thousands) of hours building systems, testing games like Satisfactory or Minecraft, or fine-tuning the perfect settings for that title you're hooked on, you learn one very clear thing: the more you love the hardware, the more you notice its flaws. And not because everything is suddenly bad, but because You become much more demanding and you can immediately tell which components are worth every euro they cost… and which ones are pure hype.
In this article we are going to review real opinions and practical criteria on hardware componentsWhat makes sense to buy in 2026, which products are overpriced, which PC configurations look good on paper but hide flaws, and what details you should pay attention to so you don't waste your money. It's not about demonizing brands or creating drama, but about calmly explain what is worthwhile, what is not, and why., relying on user experiences, technical analysis and common sense.
Opinions on building a PC from parts: real examples
One of the most common questions is from those who want build a powerful PC to play at 1440p or 4K And it comes with a nearly finalized parts list, just seeking a second opinion. For example, configurations like:
Top-of-the-range Ryzen-type CPU with 3D V-Cache (like the 9000 X3D series), next-generation graphics card (RTX 5080 or similar), 32 GB of DDR5 RAM at 6000 MHz CL36, X870E motherboard, Lian Li O11 case, 360 mm AIO liquid cooling, 850 W ATX 3.1 power supply, 2 TB PCIe 5.0 SSD and a good handful of ARGB fans.
This type of build perfectly reflects what many people are looking for today: maximum performance in current and future games (Cyberpunk, GTA 6, BG3, etc.) at 1440p with the goal of upgrading to 4K, while also considering aesthetics and airflow. The dilemma often lies in details such as choosing between two specific AIO coolers, whether the power supply is sufficient, or if the case will have adequate ventilation.
In general, such a configuration is very well thought out because It balances CPU, GPU, fast RAM, a modern motherboard, and a very fast SSD.The risk lies in spending too much on flashy features (RGB fans, expensive AIO coolers) and neglecting key aspects such as a good power supply, a case with a mesh front panel, or not oversizing the graphics card if you're only going to play at 1080p.
It's also common to see users returning to PCs after many years and wanting to a piece of equipment that will last them a long time without needing to be touchedBudget around €2000, not including storage because they already have an SSD and HDD, and with the idea of playing at ultra settings at 1440p and, later, upgrading to 4K. In these cases, the sensible thing to do is prioritize:
- Good current CPU + GPU combinationavoiding past generations at inflated prices.
- At least 32 GB of DDR5 RAM if you want to extend the useful life of the equipment.
- Quality source, even if you change your graphics card in the future.
- A well-ventilated case that doesn't require you to change it when you change your hardware.
With a smart selection of parts, a PC in that price range can hold up several years on high/ultra at 1440p and remain useful when moving to 4K with some graphical compromises, as long as you don't get fooled by products that don't justify their price.
Graphics card and driver comparison: beyond benchmarks
When we talk about opinions on hardware componentsFew things generate as much discussion as choosing a GPU. A typical example is hesitating between two cards from previous generations, such as a GTX 1070 Founders Edition versus an RX Vega 56, coming from a GTX 1060 with 6 GB of VRAM.
If you only look at synthetic benchmarks or old comparisons, it will seem that Everyone says something differentIn some games the 1070 wins, in others the Vega 56, and AMD drivers have also improved over time. Even in 2020 (and even more so now, with almost the entire catalog optimized), a Vega 56 with good drivers could compete with or even outperform the 1070 in certain titles.
However, the actual long-term experience depends on details such as driver support, power consumption, noise, temperatures, and stabilityNVIDIA is known for its highly polished ecosystem, tools like GeForce Experience, and a history of solid drivers for new games. AMD, on the other hand, has improved significantly, offering excellent performance for the price and advanced features integrated into its drivers.
The moral of the story here is that you can't just rely on the FPS number of an old graphics card: current driver support, the technologies it incorporates, and energy consumption They are equally important. With older hardware, it's sometimes more worthwhile to sell and upgrade to a newer generation, rather than paying for a "small jump" between two older models.
The importance of the power supply: the heart of the equipment
The power supply is the typical component that many people leave until last, thinking that any "high-wattage" one will doBig mistake. The PSU is the component that distributes power to the entire system: motherboard, CPU, GPU, storage, fans… and its quality makes the difference between a stable computer and one riddled with problems.
A good practical guideline is to allocate around 10% of the total PC price (excluding peripherals) to the power supply. You don't need to go for the most expensive thing in the store, but you do need to go for models with decent efficiency certification (80+ Bronze minimum in entry range, although ideally Silver, Gold, Platinum or Titanium depending on budget) and with protections against overvoltage, short circuits, spikes, etc.
Brands like Seasonic, Enermax, Corsair, Cooler Master or Be Quiet They are usually solid brands, with well-designed models and long warranties (5 to 12 years in many ranges). Seasonic and Enermax also manufacture many of their own platforms, which is generally a good sign.
An efficient PSU not only wastes less energy, but also It generates less heat and is usually quieter.Today, almost all power supplies of a certain quality are modular or semi-modular, allowing you to connect only the necessary cables and improving cable management inside the case.
On the opposite side are generic or poor quality sources, which they can literally "take over" other components If they fail, they will fail badly. Warning signs:
- Very high power at ridiculously low prices.
- Few connectors for the power they advertise.
- Lack of serious technical analysis of that range.
- Bad reputation among specialist communities, beyond superficial reviews in stores.
After years of testing and seeing faulty sources, it's crystal clear that A good mid-range PSU is preferable to a supposedly "powerful" but shoddy one.In the long run, it saves you from scares, noise, and strange problems like shutdowns or freezes.
Cases and airflow: aesthetics vs. temperature
The PC case is usually chosen for aesthetics, but its design greatly influences the equipment coolingWhat we see a lot of these days are towers with tempered glass, lots of RGB/ARGB LEDs and double-compartment structures that hide the power supply and cabling on one side, leaving only the "pretty" components visible.
Manufacturers like Cooler Master, Lian Li, Enermax, Corsair or In-Win They dominate the market for eye-catching cases, from compact Mini-ITX models (where you have to deal with SFX format power supplies to make everything fit) to huge towers that look more like a display case than a traditional chassis.
The problem comes with the boxes. closed or very restrictive frontEven if they are beautiful, if the front panel has hardly any vents or openings, the intake of fresh air will be limited and CPU and GPU temperatures will skyrocket, especially with modern hardware that consumes more power than ever.
As a general rule, it is preferable to opt for boxes with front meshwhich allow for a much more generous airflow. The difference between a mesh case and a completely sealed one can be significant in temperature, resulting in less noise (the fans don't have to run at full speed) and greater component durability.
It's also worth looking at details such as:
- Easy to remove the front panel and clean dust filters.
- Space for 240/280/360 mm radiators if you are going to use AIO.
- Space to properly manage cables behind the motherboard.
- Maximum height for air coolers and length for GPU.
A nice-looking but poorly ventilated case can turn your PC into a a noisy and unreliable ovenWhereas a well-designed, even inexpensive, mesh case offers a better balance between aesthetics, temperature, and maintenance.
Cooling: Air vs Liquid AIO and Custom RL
In any modern PC, cooling is key to Maintain reasonable temperatures and avoid thermal throttlingThe most common systems are tower-type air coolers and liquid cooling systems, whether AIO (All-in-One) or custom circuits.
Air coolers offer an excellent performance/price ratioWith very capable and quiet models from brands like Noctua, Enermax, Thermalright, and Cooler Master. Their weak point is aesthetics: a large aluminum tower with heatpipes in the middle of the motherboard isn't usually the most visually appealing if you have a glass side panel, but in terms of performance, many still compete with mid-range AIOs.
Liquid cooling, on the other hand, allows distribute heat to a radiator which you can place on the front, top, or side of the case, with fans that expel the heat from the chassis. AIO solutions (Kraken, EK models, Alphacool, etc.) are especially popular because they come pre-assembled, require no regular maintenance, and are relatively easy to install.
A custom RL loop gives you even more leeway: you can Cool CPU, GPU and other components with the same loopUsing custom-made blocks, tanks, pumps, and radiators, this is the most powerful and spectacular option, but also the most expensive, complex, and delicate to install.
When choosing, the key is to be realistic: if you're not going to overclock heavily and your case has good airflow, A good air cooler may be more than enoughIf you want silence under high loads, aesthetics, and better heat management in tight cases, a 240mm or 360mm AIO makes a lot of sense.
RAM: capacity, performance and aesthetics
RAM has gone from being a boring green module to one of the most customizable PC components. Today you have DDR4 and DDR5 modules with heatsinks in all colors, integrated RGB and XMP/EXPO profiles to easily get more out of them.
Brands like G.Skill, Corsair, Kingston and Crucial These are the most common on the market, although the memory chips they use come from major semiconductor manufacturers (Micron, Samsung, Hynix, etc.). These integrators are responsible for selecting chips, designing the PCB, and configuring the profiles to offer different ranges and frequencies.
The recommended option on almost any modern platform is to install modules in pairs (for example, 2 x 8 GB, 2 x 16 GB, or 2 x 32 GB), so that the motherboard can operate in Dual Channel mode. This mode significantly increases the effective memory bandwidth, resulting in improved loading times and higher FPS in some games, in addition to a more agile system for heavy tasks.
In 2026, for a gaming and general-purpose PC that you want to keep for years, the sensible thing to do is aim for 32GB RAM minimumFor heavy-duty PCs (video editing, virtual machines, professional 3D), 64 GB or more is no longer crazy.
Storage: QLC SSD, SATA SSD and HDD, which is worth it?
Storage is one of the areas where things have gotten most complicated with so many types of SSDs. Today we have NVMe M.2 SSDs with TLC or QLC memory, SATA SSDs, and classic mechanical hard drives (HDDs)Not all of them make the same sense on a new PC.
Los SSD QLC (Quad-Level Cell) They use cells that store 4 bits, which increases density and lowers the cost per GB, but in return they offer lower durability and worse sustained performance SSDs with TLC (Triple-Level Cell) memory are superior. In large capacities (4 TB or more) they can be a reasonable option, but in 1 TB or 2 TB the price difference with TLC is usually so small that it's not worth sacrificing performance and lifespan.
A typical example would be choosing a model like the Crucial P3 Plus (QLC) over a Crucial P5 Plus (TLC). For a little more, the TLC offers Better real-world speeds, improved write resistance, and more consistent performance when the unit is full or when heavy loads are prolonged.
Regarding the SSD SATAThey still make sense as an upgrade for older PCs or laptops that lack M.2 NVMe slots. But for new builds with modern motherboards, they're difficult to justify except for very specific limitations, because M.2 NVMe SSDs have dropped significantly in price and they are far superior in speed.
As for Mechanical HDDsThey are becoming less common in general-purpose personal PCs. They are noisy, slow, and generate vibrations; in modern games and applications, they can cause serious bottlenecks. They remain very useful in NAS, backup servers or cheap mass storage, but on a new PC geared towards gaming or light productivity They are rarely a good buy.
Given the same budget, it is often preferable to opt for:
A single high-capacity SSD or two NVMe SSDs (system + games/data) instead of combining a small SSD with a large but very slow HDD.
The user experience is greatly improved if the entire system, games, and programs run from fast and quiet drives.
Gaming monitors: VA vs. IPS
Another area where conflicting opinions abound is that of gaming monitors, especially VA vs IPSVA panels typically offer better native contrast and deeper blacks, which sounds great on paper for gaming, although it's worth checking the connectivity (for example) USB-C to HDMIThe problem is that many VA models present Slower response times and significant ghostingespecially in dark scenes and with fast movements.
With the arrival of the panels Fast IPS and Nano IPSIPS technology has narrowed the gap in contrast and color, while maintaining or improving response speed, approaching the famous 1 ms GtG without excessive overshoot. Therefore, for most gamers seeking smooth gameplay, sharp motion, and good color reproduction, A quality IPS monitor is usually the most balanced option.
That doesn't mean all VA panels are bad, far from it. There are well-tuned VA models that perform superbly, but if the price is similar and you don't have a very specific reason to prefer VA (like prioritizing contrast for movies), the general recommendation usually leans towards a IPS gaming monitor with a good refresh rate (144 Hz or more) and response times verified in independent analyses.
Pre-built gaming PCs vs. custom-built PCs
The eternal debate: should I buy a pre-built gaming PC or build it myself from scratch? The answer, in many cases, is that A well-chosen PC built from individual components offers better value for money. than a typical large-format pre-assembled product.
It's easy to find equipment from well-known brands with unusual combinations, such as Very powerful CPU with previous generation GPU at an exorbitant price. For example, PCs with an i7-12700K processor and an RTX 3070 Ti cost almost €3000, when by building from scratch you can get something with an RTX 4070 Ti (clearly faster) and a better processor for just over €2000.
If we look at pre-assembled vehicles from lesser-known brands or small assemblers, the problems can be even greater: Single-channel RAM, generic uncertified power supplies, poorly ventilated cases, heavily cut-down motherboards…all of it packaged with gaming marketing and an inflated price.
There are exceptions, such as some specialist shop ranges that compete directly with their own assembly service and offer more honest configurationsEven so, they often source their stock from somewhat older hardware that they want to get rid of, although without reaching the exorbitant prices of certain brand-name equipment.
If you feel capable, the ideal approach is to design your own configuration, using compatibility tools (like PCPartPicker) and ask for several opinions before buyingA piece-by-piece assembly allows you to adjust each component to what you really need and better control the budget.
Keyboards: membrane, mechanical and fake hybrids
In gaming keyboards, the consensus among most enthusiasts is clear: A mechanical keyboard is almost always the most logical choiceThere are very decent options between €30 and €40, and even for a little less, with all kinds of switches, TKL or compact formats and good durability.
Gaming-oriented membrane keyboards, on the other hand, They offer virtually no advantage. Compared to mechanical keyboards: they tend to last less time, the feel of the keystrokes is less precise, and to top it all off, many aren't even cheaper. Added to this is the marketing of terms like "mechanical-membrane" or "hybrid," which in practice lack a solid technical basis and serve more to justify inflated prices.
That doesn't mean they don't exist. high-quality membrane keyboardsBut their strength is usually in typing: low-profile "chiclet" keyboards or those designed for long hours of work, very quiet and comfortable. In fact, some users prefer to use a high-end membrane keyboard for typing all day and, when it's time to play games, switch to a compact mechanical keyboard.
The key is to be clear about the main use: if your absolute priority is playing, Go straight to a mechanicIf you prioritize writing and noise is a problem (shared office, nighttime use, etc.), you can stick with a good membrane, but don't be seduced by "gaming" models that only add RGB without improving the real experience.
Reviews of motherboard brands and after-sales service
In forums and specialized stores, the idea that, in motherboards, There are practically no "bad" brands these daysRather, they are ranges with varying features and better or worse value for money. Brands like ASUS, MSI, Gigabyte, ASRock, etc., offer solid options in almost every segment.
Some small distributors with many teams behind them say that, from experience, they have had Very few RMAs with ASUS motherboardsFor example, they greatly value the ease of finding drivers and BIOS, even for discontinued models. This perceived reliability and good after-sales support are factors that are often not listed in the technical specifications, but they matter.
It is also generally clarified that ASUS and ASRock are not “the same thing”Although they share a corporate origin, each has its own catalog, design approaches, and product ranges geared towards different audiences. Reducing the choice to "one is the cheaper version of the other" is an oversimplification.
In the end, more than marrying a brand, what's important is analyze each specific model: power phases, available M.2 ports, rear connectivity, support for future CPUs (if possible), integrated audio quality, etc. And, of course, look at warranties, RMA policy, and the manufacturer's reputation for responsiveness when problems arise.
"Not recommended" hardware products: bad purchase ≠ useless product
There is a whole category of components that, while not necessarily disastrous, are considered Not recommended for the priceWe're not talking about hardware that doesn't work, but about products that, for the same money (or a little more), are clearly outclassed by better alternatives.
This category includes, for example, the QLC SSDs versus TLC in certain capacitiesSome VA gaming monitors with poor response times, expensive "hybrid" keyboards with no real advantages, power supplies with inflated specifications, or cases with closed fronts that stifle airflow.
It is important to note that if you have already purchased one of these products, It doesn't mean your team is a disaster.Simply put, there might have been better options for a similar price. In many cases, these components can also become more attractive when they're heavily discounted, adjusting their price to reflect their actual value.
The aim of these kinds of lists and opinions is not to create fear or dogma, but to give you context so that your next purchase is better informedWith a little research and by comparing different sources, it's perfectly possible to avoid exaggerated marketing and focus on what offers the best performance and reliability per euro invested.
After reviewing real-world configurations, GPU comparisons, power supplies, cases, storage, monitors, keyboards, and motherboards, it's clear that building a balanced PC isn't just about choosing "the most expensive" or "what everyone else is using." Focusing on Quality power supply, good ventilation, NVMe TLC storage, fast IPS monitor, dual-channel RAM, and avoid dubious marketing pseudo-gaming.You get a cooler, quieter, and more durable system, with a better gaming and work experience, and without paying extra for components that don't deliver as much as they promise.
