BuildRanked
Full PC builds — CPU, GPU, RAM & SSD together

BuildRanked · Budget advisor

Plan a build from your budget

Choose how much you want to spend and what you optimize for. You get a concrete parts mix, plain-language performance expectations, and ranked upgrade ideas — without signing in or calling external AI.

Already know your exact CPU and GPU? Rank your current PC on a separate page.

About these prices: We show MSRP (manufacturer suggested retail price), not live checkout prices. Tier suggestions follow that same list-level idea — always confirm what you would actually pay before you buy.

Build parameters

Set your budget and primary workload. Recommendations update locally after a short pause while you drag the slider — no accounts, no cloud calls.

$1,300
$400$6,000

Matched to tier Enthusiast for your inputs (evaluated at $1,300).

Processor

i5-13400F

Score 76/100
Graphics

RTX 4060

Score 75/100
Memory

32GB DDR5-6000

Score 84/100
Storage

2TB PCIe 4.0 NVMe (TLC)

Score 82/100

Summary

For roughly $1300+ builds focused on balanced work, we pair i5-13400F with RTX 4060, 32GB DDR5-6000, and 2TB PCIe 4.0 NVMe (TLC). The mix is chosen so budget goes where your workload notices it most — not spread evenly across boxes.

Profile: Balanced · Tier: Enthusiast · Advisor confidence 90%

Performance expectation

Gaming (typical AAA)75–120 FPS at 1440p, High settings

Office, browser-heavy work, and light content creation run smoothly; pro renders scale with more cores if you add them later.

Expectations blend gaming FPS with productivity headroom.

Why this build

GPU

RTX 4060 matches this tier: enough headroom for accelerated apps without overspending on frames you will not use.

Tradeoff: 4K ultra in every title is not guaranteed; 1440p high refresh is the sweet spot for many modern games.

Upgrade path: If you later add a high-refresh 1440p monitor, a stronger GPU becomes the logical second move.

CPU

i5-13400F feeds the GPU steadily so minimum FPS stays stable in open-world and simulation games.

Tradeoff: Ultra-high FPS esports may still scale with faster single-thread, but this chip is well balanced.

Upgrade path: CPU upgrade is secondary unless you shift to heavy creation workloads or CPU-bound sims.

RAM

32GB DDR5-6000 keeps background tasks, browsers, and launchers from stealing frames or stalling exports.

Tradeoff: 32 GB is a strong default for games plus apps; going higher mainly helps pro workloads.

Upgrade path: If you edit large video timelines or run VMs, add capacity before chasing MHz.

SSD

2TB PCIe 4.0 NVMe (TLC) keeps level loads, project files, and OS responsiveness snappy — slow storage feels like a slow PC.

Tradeoff: Gen5 is premium; Gen4 TLC already covers most real-world loads.

Upgrade path: Second drive for games/project archives often beats replacing a perfectly good boot SSD.

Ranked upgrade path

  1. 1

    GPU step-up from RTX 4060

    If playtime wins, graphics first; workloads may prefer CPU or RAM.

    High impactGPU
  2. 2

    CPU step-up from i5-13400F

    If work wins, CPU first; keep the pair within one tier when possible.

    High impactCPU
  3. 3

    Tune RAM (32GB DDR5-6000)

    Capacity and a stable profile beat chasing minor MHz alone.

    Quality of lifeRAM

Component breakdown

Local heuristic scores for each recommended part
PartModelHeuristic score
Processori5-13400F76/100
GraphicsRTX 406075/100
Memory32GB DDR5-600084/100
Storage2TB PCIe 4.0 NVMe (TLC)82/100

How PC builds are optimized

A good PC build is not a list of popular parts — it is a budget routed to the components that limit what you actually do. Gaming is usually GPU-first: the graphics card sets your frame rate ceiling at a given resolution and quality. Productivity and creative work are often CPU-first and memory-sensitive: cores, cache, and RAM capacity decide how snappy compilation, simulation, and timelines feel. Storage quality changes how fast the machine recovers from load screens and large file operations, especially as drives fill up.

GPU vs CPU: what actually matters

The GPU renders frames; the CPU prepares them. When the GPU is much slower than the CPU, you are GPU-bound: upgrading the processor rarely raises average FPS. When the CPU is much slower, you can be CPU-bound: the GPU waits, and minimum FPS or frame pacing suffers in dense scenes, strategy games, or while streaming. A balanced pair avoids paying for performance you cannot use.

Common mistakes people make

  • Overspending on the motherboard, case, or RGB while the GPU or RAM tier lags — those parts rarely improve FPS or export times.
  • Buying a very fast GPU with a weak power supply or a case with poor airflow, then wondering why clocks drop under load.
  • Skimping on RAM capacity for content work, or pairing ultra-high refresh monitors with entry-level graphics without adjusting expectations.
  • Choosing the cheapest SSD without checking sustained write speed or cache — large game patches and project copies expose the difference.