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Top 10 budget video cards in 2025

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The video card market in 2025 has simplified access to modern technologies. Entry-level and mid-range solutions have started working with ray tracing, upscaling, and new APIs without overpaying. Budget video card models at the top provide reproducibility, stability, and adaptability for multitasking. The review is based on specific parameters, results, and scenarios.

RX 7600 — mid-range performance at a starting price

The model confidently handles tasks of the modern gaming segment, adapts to resource-intensive engines, and integrates well into builds with Ryzen 5 or Intel i5 12-14th gen processors. The device is suitable for users focused on stability and visual depth in games, including narrative AAA projects where lighting quality and object density are important. The RX 7600 is also used in streaming systems where simultaneous graphics load and encoding are required.

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Architecture and specifications: RDNA 3, Navi 33, 2655 MHz, 8 GB GDDR6, 128-bit, 288 GB/s, TDP 165 W, ray tracing, FSR 2.2.

RTX 3050 6GB — simplified access to DLSS and RT

The RTX 3050 continues the top budget video cards: aimed at gamers who require a clear balance between image quality and frame rate. DLSS support significantly expands the card’s capabilities in projects with dense geometry and lighting. The RTX 3050 is also suitable for novice developers using Unreal Engine with active shadow tracing. It is used in student and work configurations for rendering and basic 3D visualization.

Architecture and specifications: Ampere, GA107, 1770 MHz, 6 GB GDDR6, 96-bit, 168 GB/s, ray tracing, DLSS 2.x, TDP 115 W.

RX 6600 — a reliable foundation for uncompromising gaming

The model provides a high level of versatility. The RX 6600 is used in builds for streaming, editing, and gaming stations. Thanks to stable frequency and moderate heat generation, the video card demonstrates reliability during extended use. Scenarios include FPS games, strategies, and popular projects with FSR support. Due to the optimal combination of price and parameters, the card is often used in configurations for internet cafes.

Architecture and specifications: RDNA 2, Navi 23, 2044–2491 MHz, 8 GB GDDR6, 128-bit, 224 GB/s, FSR, DirectX 12 Ultimate, TDP 132 W.

Arc A580 — wide bandwidth and intelligent scaling

A representative of Intel’s new generation of graphics solutions. The model is ideal for working with AV1 encoding, multi-display environments, and simultaneous multitasking. High memory bandwidth allows using Arc A580 in editing systems and editors like DaVinci Resolve. The video card, also in the top list of budget solutions, demonstrates good compatibility with Linux environments and configurations for low-latency streaming.

Architecture and specifications: Xe-HPG, ACM-G10, 1700 MHz, 8 GB GDDR6, 256-bit, 512 GB/s, XeSS, ray tracing, TDP 185 W.

RX 6500 XT — compactness and speed for 1080p

A solution for users with limited space in the case and the need to run demanding games at medium-low settings without sacrificing frames. The RX 6500 XT proves to be a suitable solution for systems based on microATX. It is often used in schools, offices, and esports training stations. Suitable for games like Rocket League, Apex, and other online action games.

Architecture and specifications: RDNA 2, Navi 24 XT, 2610–2815 MHz, 4 GB GDDR6, 64-bit, 143 GB/s, FSR, PCIe 4.0, TDP 107 W.

Arc A380 — entry-level gaming with XeSS

The card performs well under budget constraints. It is used in entry-level configurations for gaming clubs and home multimedia stations. It also demonstrates high efficiency in games with XeSS support. With 6 GB of memory, it is used in projects with non-standard resolutions (e.g., 1440×900, 1600×1024) and in systems with ultrawide monitors.

Architecture and specifications: Xe-HPG, ACM-G11, 2000 MHz, 6 GB GDDR6, 96-bit, 186 GB/s, XeSS, RT, TDP 92 W.

RX 6400 — a workhorse for quiet configurations

The model is used in professional environments where low noise and compactness are critical. The RX 6400 integrates successfully into mini-ITX cases, remote access servers, and media players. It performs well in games up to 2022 on medium-low settings, as well as in environments like AutoCAD, SketchUp, and other 2D/3D systems with basic loads.

Architecture and specifications: RDNA 2, 2321 MHz, 4 GB GDDR6, 64-bit, 112 GB/s, FSR, HDMI 2.1, TDP 75 W.

GTX 1650 G6 — classic with new memory

A video card from the top list of budget solutions suitable for economical upgrades of office systems and laptops with eGPUs. It is also used in cyber cafes, systems for MOBAs, and competitive shooters. It has broad compatibility with software, including Adobe Suite and OBS Studio. Used in home use, YouTube streaming, and light video editing.

Architecture and specifications: Turing TU117, 1590 MHz, 4 GB GDDR6, 128-bit, 192 GB/s, NVENC, TDP 75 W.

Arc A310 — starting point with technologies

An optimal choice for a limited budget, especially in educational institutions, public libraries, and terminal systems. Supports AV1 encoding, works in multi-monitor configurations. Ideal for light streaming, playing 4K content, and retro gaming. Used in systems with limited power consumption.

Architecture and specifications: Xe-HPG, 1150 MHz, 4 GB GDDR6, 64-bit, 112 GB/s, XeSS, AV1, TDP 65 W.

GTX 1630 — rethinking the office level

The model is used to create quiet, reliable workstations. The video card shows good adaptability in office tasks, video conferences, and educational simulators. It is often used in digital signage, POS terminals, and budget all-in-one PCs. Minimum power requirements allow using the card with 250–300 W blocks.

Architecture and specifications: Turing, 1740 MHz, 4 GB GDDR6, 64-bit, 96 GB/s, CUDA, Vulkan, TDP 75 W.

Comparison, tasks, positioning: top budget video cards of 2025

The top budget video cards of 2025 cover the entire range of needs — from economical office builds to gaming in Full HD and multitasking streaming environments. Performance ranges from basic 40–50 FPS in online games to stable 90+ FPS in graphically rich titles with scaling technologies enabled.

For convenience, a summary table reflecting the main differences and usage scenarios is presented:

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ModelVideo MemoryGPU FrequencyTechnologiesSuitable for
RX 76008 GB GDDR62655 MHzFSR 2.2, RT, AV1AAA games, 1080p/1440p, rendering, streaming
RTX 3050 6GB6 GB GDDR61770 MHzDLSS 2.x, RT, ReflexDLSS gaming, tracing, Unity/UE5 projects
RX 66008 GB GDDR62491 MHzFSR, DX12UUniversal gaming, Full HD, streaming, editing
Arc A5808 GB GDDR61700 MHzXeSS, RT, AV1Editing, multi-monitor tasks, Linux, streams
RX 6500 XT4 GB GDDR62815 MHzFSR, PCIe 4.0Compact builds, MOBA/FPS, online games
Arc A3806 GB GDDR62000 MHzXeSS, RTEntry-level gaming, AV1 encoding
RX 64004 GB GDDR62321 MHzFSR, HDMI 2.1Quiet systems, office, compact cases
GTX 1650 G64 GB GDDR61590 MHzNVENC, CUDAEmulators, streaming video, MOBA, 2D graphics
Arc A3104 GB GDDR61150 MHzXeSS, AV1Education, AV center, multimedia, terminal PCs
GTX 16304 GB GDDR61740 MHzCUDA, VulkanOffice solutions, budget builds, multimedia

The modern market offers a wide range of possibilities even within a limited budget. Basic models like Arc A310 or GTX 1630 solve tasks of office graphics and multimedia playback. The mid-range class is represented by RX 6600 and RTX 3050 — versatile platforms for Full HD gaming with good thermal control and drivers.

RX 7600 and Arc A580 represent a step up to a higher league without a significant budget increase. They are used in production tasks, streaming, and rendering, expanding the horizons of budget PC builds. Each model incorporates modern technologies — ray tracing, FSR, DLSS, XeSS, hardware-accelerated codecs. The top budget video cards of 2025 reflect a smart balance between potential and necessity.

Related posts

First-person action games have become an integral part of the gaming industry, becoming one of the most popular genres. Why are they so attractive? It’s all about the immersion effect that the unique first-person perspective creates. Players feel like heroes of their favorite stories, seeing the world through the eyes of the character and participating in every action. Thanks to this genre, users get the opportunity to fully experience the adrenaline and emotional tension.

Features of first-person action games

When you see the world through the eyes of the hero, you feel every step, every shot, and there is a presence effect that is not available in other genres. First-person action games provide a unique opportunity to see every change in the environment, notice the smallest details and fully control your perception of what is happening.

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Interaction with the surrounding world

Modern first-person action games pay great attention to interaction with the environment. New games offer extensive interaction options: destruction of objects, use of surrounding objects in battle, NPC reactions to the player’s actions – all this makes the world alive and responsive. For example, in Far Cry 5 and Metro Exodus, users can influence the environment, and each action causes a dimensional response, which adds a sense of realism and depth to the gameplay.

The best first-person action games

We will tell you about the TOP-10 action games on PC. These projects have unique mechanics, a well-developed plot and exciting gameplay:

  1. Half-Life 2 set a new standard for the genre. Innovative physics, the use of a gravity gun and a deep sci-fi story made Half-Life 2 a real legend. Here, each level is filled with unexpected situations and complex tasks.
  2. DOOM Eternal is a first-person action game where speed and dynamism play a key role. Movement, precision and aggressive tactics are the keys to success in DOOM Eternal. This game immerses the player in a frantic battle with demons, where every second counts.
  3. Call of Duty: Modern Warfare is a story-driven action game that immerses you in realistic combat. Campaigns and multiplayer missions give you the feeling of participating in real combat operations, and the quality of graphics and detail make the experience exciting and believable.
  4. Far Cry 5 — complete freedom of action. A non-linear plot, a variety of missions, and the ability to choose make each playthrough unique.
  5. Metro Exodus — a post-apocalyptic world of Russia that is both terrifying and fascinating. A rich plot, atmospheric locations, and survival among mutants create an indescribable atmosphere.
  6. Battlefield 1 — a historical first-person action game that takes the player to the battlefields of World War I. Realistic battles, complex mechanics, and large-scale battles give you the feeling of participating in historical events.
  7. Bioshock Infinite — a unique art style and a philosophical plot that makes you think about freedom of choice. The city of Columbia, floating in the sky, and its secrets create a unique atmosphere, and the developed characters add depth.
  8. Rainbow Six Siege is a tactical shooter in which every decision can cost victory or defeat. Users must work as a team to overcome difficult situations, which makes the game exciting and tense.
  9. Wolfenstein II: The New Colossus is an alternative history in which the participant fights against the Nazi regime. Exciting gameplay, vivid characters and exciting action make this game a real gift for fans of the genre.
  10. Cyberpunk 2077 – the futuristic world of Night City offers huge opportunities for interaction with the environment, a rich selection of quests and non-linear decisions. Although the game received mixed reviews, the unique setting attracts many fans.

Open-world action

The right to independently choose where to go and what to do creates a feeling of real freedom. In games like Far Cry 5 or Cyberpunk 2077, exploration becomes an important part of the gameplay. The open world is a place where every path leads to new discoveries, and where you can spend hours just exploring locations and interacting with NPCs.

Helpful Tips for Choosing First-Person Action Games

Action games with a strong story, such as Metro Exodus or Bioshock Infinite, are important for those who are looking not only for fast-paced gameplay but also for a deep emotional experience. A story makes a game more exciting, adding meaning to the player’s actions and allowing them to fully immerse themselves in the story. Such scenarios provide unforgettable moments when the ending makes you think about many things.

Selection Plan:

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  1. Evaluate the storyline: Make sure that the plot contains deep and interesting twists that make the player care and think about what is happening.
  2. Character development: An important point is how deeply the characters are developed.
  3. Interactive dialogues: Having dialogues that affect the plot and the outcome adds a level of immersion.
  4. Emotional component: Look for games that can evoke an emotional response.
  5. Deep world and atmosphere: projects that offer a rich, detailed world with many hidden details significantly increase immersion.
  6. Non-linear storytelling: it is important that the player’s actions matter.
  7. Graphics and animations: detailed graphics and realistic animations enhance the impression of the plot. The more realistic the characters and the world are displayed, the stronger the emotional immersion.
  8. Replayability: a good story-driven action game should be interesting to play again.
  9. Mod and expansion support: the ability to expand the gameplay with add-ons or user mods increases the depth and variety of the plot.
  10. Reviews and ratings: studying the reviews of other participants will help you understand how interesting and catchy the plot is. Choosing popular games with high ratings can guarantee high-quality immersion in the plot.

New first-person action games 2024

The gaming industry does not stand still, and in 2024 it will see many new and interesting projects. Among them, it is worth highlighting those that promise even more realism, sophisticated graphics and improved mechanics of interaction with the world:

  1. Avowed from Obsidian Entertainment, Microsoft. A new role-playing action game from Obsidian, taking place in the Eora universe (the world of Pillars of Eternity). The game combines RPG and action elements, where the first-person view will allow players to fully experience magical battles, explore unique locations and interact with the world.
  2. S.T.A.L.K.E.R. 2: Heart of Chornobyl from GSC Game World. The expected sequel to the cult game S.T.A.L.K.E.R. promises a realistic and creepy immersion in the post-apocalyptic world of Chernobyl. From a first-person view, players will be able to explore dangerous areas, fight mutants and confront anomalies in a harsh atmosphere.
  3. Redfall from Bethesda, Arkane Studios. A cooperative shooter with horror elements, the action of which takes place in a city captured by vampires. The first-person game allows you to fight hordes of enemies using both traditional and magical weapons, explore the gloomy city and complete various missions.

Conclusion

First-person action games continue to evolve, offering an increasingly deeper and more realistic experience. Whether it’s a dramatic storyline or dynamic, high-adrenaline shootouts, the developers will always find something to please players.

Modern gamers are looking for a tailored approach to building a gaming computer that suits their needs, rather than a one-size-fits-all solution. Some prioritize maximum performance in 4K and lag-free streaming, while others are content with comfortable gaming in 1080p with good frame rates.

In 2025, the market offers a wide range of solutions, from affordable budget components to extreme high-end configurations. The key to success is to define priorities correctly, assess tasks, and put together a configuration within the realm of possibilities.

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How to Build a Gaming Computer Yourself in 2025: From Goals to Budget

Every build starts with defining priorities. For simple games or esports, a system based on integrated graphics or a budget video card is sufficient. However, to run resource-intensive new releases in 1440p and above, you’ll need to focus on discrete GPUs and powerful CPUs.

When deciding how to build a gaming computer, it’s important not to overpay for unnecessary options while ensuring critical elements like cooling or a quality power supply are not overlooked.

Cost of Building a Computer in 2025: Cost Range

The cost range for a build varies from $800 to $4000 and beyond. A minimal setup for Full HD will cost around $900-1100, mid-range solutions range from $1500-2000, and high-end setups can exceed $3500.

The answer to how much it costs to build a computer in 2025 depends on the screen resolution, FPS requirements, streaming and rendering tasks. It’s also important to consider that the cost includes not only components but also licensed software, cooling, peripherals, cables, and solid-state drives.

Building a PC Yourself: Preparation Requirements

Before starting the assembly process, it’s essential to prepare your workspace, set up anti-static protection, and familiarize yourself with the documentation for each component. Knowing how to build a gaming computer involves not just assembling parts but understanding their interconnections: connectors, ports, power supply, dimensions, chipset compatibility.

Mistakes like cable misconnections, mismatched power supplies, or overheating are all consequences of incorrect computer assembly.

Building a Gaming Computer in 2025: Budget, Mid-Range, and High-End Segments

To visually assess how to build a gaming computer for different needs, it’s worth considering three scenarios: an affordable configuration, optimal balance, and maximum performance. Below are typical builds focusing on current PC components in 2025:

  • Economy – Ryzen 5 7600 processor, Radeon RX 7600 graphics card, 16GB DDR5, 1TB SSD, 600W power supply, standard cooler;
  • Mid-range – Intel Core i5-14600K, RTX 4070 Super graphics card, 32GB DDR5, NVMe SSD Gen4, quiet case with thoughtful ventilation;
  • High-end – Ryzen 9 7950X3D, RTX 5090, 64GB memory, PCIe Gen5 SSD, custom liquid cooling, modular 1000W power supply, RGB controller, and glass case.

This approach allows for flexible adaptation to budget and tasks while maintaining functionality and upgradeability in the future.

Step-by-Step Computer Assembly Guide

For every build, it’s crucial to follow a sequence that prevents component damage. Below is a universal algorithm explaining how to build a gaming computer error-free:

  • Install the CPU into the chipset, aligning with the keys, apply thermal paste, and attach the cooling system;
  • Insert the RAM into the slots following the dual-channel configuration;
  • Mount the motherboard in the case, securing it on standoffs;
  • Install the power supply and route the main power cables (CPU, 24-pin, GPU);
  • Connect the hard drive and SSD to SATA and M.2 ports, securing them in bays;
  • Install the graphics card, connect its power, and check alignment;
  • Connect the front panel buttons and case interfaces (audio, USB, LED);
  • Optimize cable management using ties and channels;
  • Connect the monitor, keyboard, mouse, boot into BIOS, and start configuration.

This approach not only ensures assembly convenience but also creates conditions for normal temperature and ventilation for all system components.

Testing and Configuration After Assembly

The initial boot is a critical stage. The BIOS should detect all devices, and component temperatures should not exceed critical values. Next, install Windows, then update chipset, video, audio, network, and storage drivers. After configuration, perform stress tests: Cinebench, 3DMark, AIDA64, FurMark – all help assess system stability and response to load. It’s important to check:

  • Correct CPU and GPU frequency display;
  • Solid-state drive read/write speed;
  • Fan operation and noise levels;
  • System response to prolonged load and temperature spikes.

Only after all checks can you consider the task of how to build a gaming computer completed correctly.

Upgrading and Further Optimization

Even after a successful build, it’s important to keep the system up to date. Regular driver updates, BIOS firmware updates, proper dust cleaning, annual thermal paste replacement – all are essential for system maintenance. Using temperature, fan, and power monitoring software can help react promptly to deviations. Upgrade tips include:

  • Add more RAM modules of the same type and timings if there’s a shortage;
  • Add an additional SSD or HDD if the disk is full;
  • Upgrade to a more powerful and quieter cooling system if noise increases;
  • Switch to a more powerful GPU, considering power supply headroom in advance.

This approach helps maintain high performance without the need for a complete rebuild.

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Conclusion

Regardless of the budget, understanding how to build a gaming computer requires attention, preparation, and a strategic approach. Each level – economy, mid-range, or high-end – has its peculiarities and a logical assembly structure.

It’s crucial not just to connect components but to build a system capable of handling high loads, remaining stable, and being upgradeable in the future. A hand-built PC is not just technology but a project reflecting individual tasks, priorities, and gaming interaction style!