4-core office CPU
For browsing, documents, media playback, and very light games. Pair with budget RAM and an efficient PSU.
Build Your PC
Pick the main components, see the build summary update, then finish with a power-supply recommendation based on what you selected.
Choose a processor by cores, platform, budget, upgrade path, and real workload instead of only model names.
For browsing, documents, media playback, and very light games. Pair with budget RAM and an efficient PSU.
The practical entry point for a gaming desktop. Good with 1080p cards and 16-32 GB RAM.
Best default for gaming plus streaming, editing, school/work, and a longer upgrade runway.
Useful for video work, compiling, multitasking, and running several heavy apps together.
For serious rendering and professional workloads. Needs stronger cooling and a better motherboard.
Choose this when heat, noise, and a tiny case matter more than maximum performance.
Choose a graphics card by resolution, VRAM, power, case fit, and the games or apps you actually use.
8 GB GDDR6. A widely used Ada-generation laptop GPU whose real performance depends heavily on the laptop's configured graphics power and cooling.
Commonly 12 GB GDDR6; an 8 GB variant also exists. A popular Ampere desktop card available in more than one memory configuration, so the exact model matters.
12 GB GDDR7. A Blackwell-generation desktop GPU with 12 GB of GDDR7 memory and support for current RTX platform features.
Available in multiple configurations, including 6 GB and 8 GB GDDR6. An entry-level RTX desktop family sold in materially different 6 GB and 8 GB versions.
8 GB GDDR7. A mainstream Blackwell-generation desktop GPU with 8 GB of GDDR7 memory.
8 GB GDDR7. A rapidly growing Blackwell laptop GPU whose performance varies with each laptop's configured power and thermal design.
8 GB or 16 GB GDDR6. An Ada desktop GPU sold in both 8 GB and 16 GB memory configurations.
8 GB or 16 GB GDDR7. A Blackwell desktop GPU offered with either 8 GB or 16 GB of GDDR7 memory.
8 GB; GDDR6 and later GDDR6X board variants exist. An Ampere desktop GPU most commonly recognized as an 8 GB card, with more than one memory-technology variant in the market.
Choose memory capacity, generation, speed, and module layout for gaming, work, and upgrades.
Works for basic browsing, but modern Windows and games feel cramped. Upgrade soon.
Still common and usable. Choose two sticks, not one, for better performance.
The safest modern choice for gaming, browsers, Discord, creator apps, and multitasking.
For large projects, virtual machines, heavy editing timelines, and memory-hungry tools.
Only for workloads that truly consume it. Check motherboard slot count and max capacity.
Compare NVMe SSDs, SATA SSDs, hard drives, capacity, boot drives, and backup storage.
Enough for Windows and core apps, but games will fill it quickly.
The sweet spot for Windows, apps, and several large games.
A better fit if you install modern AAA games, record gameplay, or work with large files.
Great for a large game library or media projects, but check motherboard M.2 slot availability.
Still fine for extra games and files when M.2 slots are limited.
Useful for archives and backups, not ideal as a main Windows drive.
Pick a motherboard by socket, chipset, memory support, expansion slots, networking, and size.
Good if you only need one GPU, two memory sticks, and basic expansion. Confirm socket and RAM generation.
More slots, headers, cooling room, and upgrade flexibility. Best default for first-time builders.
Choose this if you want built-in wireless and Bluetooth without using an add-in card.
Better for many drives, capture cards, fast USB, and stronger VRM cooling.
For compact builds. Great, but expensive and stricter about cooler, case, and GPU fit.
Understand wattage, efficiency, connectors, headroom, and safe power-supply planning.
For low-power systems or integrated graphics builds. Not for serious GPU upgrades.
Good for efficient CPUs and lower-power GPUs.
A safe default for many mid-range gaming builds.
Useful for stronger GPUs, upgrade headroom, and quieter operation.
Good for powerful GPUs, stronger CPUs, and future upgrades.
For very power-hungry GPUs, high-core CPUs, and heavy creator builds.
Choose a PC case by motherboard support, GPU clearance, cooling, airflow, and desk space.
The safest default: good cooling, normal parts fit, easier building, and fewer compatibility headaches.
Great for space, but check GPU length, cooler height, PSU length, and front airflow.
Beautiful when done right. Demands careful checks for motherboard, cooler, GPU, and SFX PSU support.
Good acoustic panels, but make sure airflow is still strong enough for your selected GPU.
Great for RGB and clean builds. Prioritize airflow, cable space, and included fans.
Choose a monitor by resolution, refresh rate, panel size, PPI, ports, and GPU workload.
Cheap and easy to drive. Fine for work and casual use, less exciting for gaming.
Easy to drive and still the most practical gaming baseline.
Sharper than 1080p and pairs well with mid/high GPUs.
Great for timelines and multitasking. Needs more GPU power than normal 1440p.
Beautiful but GPU-heavy. Buy the GPU for the monitor, not the other way around.
Choose a mouse by grip style, sensor, weight, buttons, wireless needs, and desk space.
Low weight, good sensor, simple shape, and low latency matter most.
Better for long work sessions and mixed productivity/gaming desks.
Extra thumb buttons help with macros, editing, spreadsheets, and MMOs.
Reliable and cheap. Good if you do not care about wireless charging or ultra-light weight.
Small and portable, but usually less comfortable for long gaming or editing sessions.
Choose a keyboard by size, switch feel, layout, noise, wireless needs, and comfort.
Best if you use the numpad, shortcuts, and spreadsheet-heavy workflows.
Keeps function keys but frees mouse space by removing the numpad.
Good for desk space, but check if you can live without dedicated keys.
Less premium, but quieter and cheap. Good for bedrooms, offices, and calls.
Nice for a cable-free setup. Check latency, battery, and switch noise.
Use this when possible for gaming, big downloads, and stable calls.
Useful for NAS transfers, local backups, and faster-than-gigabit home networks.
Good if wiring is hard and your router supports it.
Worth considering only if your router and internet/local network can benefit from it.
Fine for browsing; less ideal for latency-sensitive gaming.
If you already own a computer, the best upgrade decision starts with the exact parts you have now. The ShowMeIP detector creates a local report you can compare against these guides.