Explore builds
STARTER BUILD / RigAtlas starter

Gaming & Creative PC Build: Ryzen 7 9700X & RTX 5070.

Illustrative black PC tower with cyan-lit fans and a mesh front. Actual selected parts may differ.Images are for reference only. Refer to the linked store for actual product images.
ABOUT THIS BUILD

The Ryzen 7 9700X and RTX 5070 pair an eight-core CPU with 12 GB of graphics memory for a mixed gaming and creative-work list. Air cooling avoids a radiator installation, and the 2 TB SSD leaves room for projects alongside games. Check a representative project before deciding that the 32 GB RAM kit needs to become 64 GB. Budget is a planning target, not a retailer quote. Image is an illustration.

8 componentsBudget in USD
CONFIGURATION

Eight-core AM5 · GeForce RTX 5070

8 / 8 core parts
COMPONENTYOUR SELECTIONRECORDED PRICE
Processor
AM5 · DDR5
US · USDNo current quote in USD.
Not recorded
Motherboard
AM5 · DDR5 · ATX
US · USDNo current quote in USD.
Not recorded
Graphics card
12 GB GDDR7
US · USDNo current quote in USD.
Not recorded
Memory
DDR5 · UDIMM
US · USDNo current quote in USD.
Not recorded
Storage
M.2 2280
US · USDNo current quote in USD.
Not recorded
Power supply
ATX
US · USDNo current quote in USD.
Not recorded
CPU cooler
Dual tower
US · USDNo current quote in USD.
Not recorded
Case
Mid-tower
US · USDNo current quote in USD.
Not recorded
Recorded prices are entered by you in USD. Retailer prices, tax and delivery may differ.
YOUR BUILD, EXPLAINED

The build review

Based on selected hardware and published requirements

Updates with your selection
Our take

You have room to explore. Let the workload choose the next upgrade.

CPU cores8 cores
System memory32 GB
Dedicated video memory12 GB

CS2 · Windows memory requirements

Both recorded memory capacities meet the CS2 Windows minimum. Other requirements remain unchecked.

What you have

GeForce RTX 5070 12G VENTUS 2X OC is your selected graphics card. Its 12 GB memory is capacity, not a speed score.

What decides the result

These two checks use Valve’s Windows minimum requirements. They do not establish frame rate, preferred settings or support for another game.

Capacity references only · meeting these is not a performance score or full application approval.

Recorded capacity against the selected reference
Recorded hardwareThis buildReferenceCapacity check
System memory32 GB8 GBCS2 minimum RAMReference met
Dedicated video memory12 GB1 GBCS2 minimum video memoryReference met

Still to verify for CS2

  • Check the operating system and CPU against Valve’s Windows requirements; a core count alone cannot verify the processor.
  • Verify DirectX 11 and Shader Model 5.0 support for the exact GPU and installed driver. Shared system memory does not verify the video-memory requirement.
  • Confirm at least 85 GB of free storage on the installation drive. The capacity printed on an SSD is not its available space.

This changes the comparison advice below. Valve’s minimum memory requirements stay the same.

The next move

For 1440p, compare CS2 tests at 2560 × 1440 with the same game version and preset. Check average frame rate and 1% lows against your monitor’s refresh rate.

Compare game tests and graphics requirements

CS2 official requirements ↗References checked: 2026-10-17

THE CHOICES BEHIND THIS PARTS LIST

Who this build is for

An eight-core AM5 and RTX 5070 configuration for comparing a mixed gaming and creative-work system without assuming that one workload represents every application.

Why these components are together

The Ryzen 7 9700X supplies the CPU side while the 12 GB GeForce card supplies discrete graphics. Verify whether the applications you use can take advantage of the selected CPU and GPU paths.

The 32 GB DDR5 kit and 2 TB SSD give a moderate working-set and storage starting point. Large projects can change which resource needs expansion first.

The dual-tower cooler, LANCOOL 216 and RM850e maintain an air-cooling arrangement with an explicitly selected modular PSU.

Tradeoffs and checks before ordering

  • The GPU's memory capacity, supported acceleration path and game behavior should be evaluated independently.
  • Dual-tower cooling still requires an assembled RAM and fan-height check.
  • Power estimates do not establish sustained noise, wall power or safe maximum load.

What to change first

Record whether the constraint is rendering, CPU work, memory or storage before upgrading. A 64 GB memory change is meaningful for a memory-limited project, not an automatic improvement to every game.

Document checks for this starter (English)

Manufacturer documents, checked against the original parts list. These are not assembly or benchmark results.

Separate installed capacity from the advertised profile
Document finding

Kingston KF560C30BBEK2-32

2 x 16 GB; DDR5-4800 default, DDR5-6000 EXPO/XMP profiles.

Build decision: Plan around 32 GB capacity. Treat 6000 MT/s as a setting to validate after a successful default boot.

Still to check: The exact kit revision, board QVL match and stability with this CPU have not been verified on hardware.

Document review:
Use an x4 M.2 connection first
Document finding

MSI B850 GAMING PLUS WIFI

M2_1 / M2_2 provide x4; M2_3 is Gen4 x2.

Build decision: Install the first NVMe drive in M2_1 or M2_2. Keep the slower third socket in mind when expanding storage.

Still to check: A heatsink-equipped drive still needs the manual's clearance check; advertised link width is not a benchmark.

Document review:
Distinguish heatsink height from complete installed height
Document finding

Phantom Spirit 120 SE + LANCOOL 216X

154 mm heatsink against a 180.5 mm case limit gives 26.5 mm nominal difference.

Build decision: Keep any front-fan lift within the remaining clearance and confirm the intended case mounting mode.

Still to check: Memory interference, fan clips and the closed side panel have not been tested with this exact assembly.

Document review:

This is an editorial parts-list explanation. The planning target is not a current retailer total, and this configuration has not been benchmarked by RigAtlas.

Checks for this parts list

Look closer at the component choices

Before changing a component

Each comparison includes a model in this list. Check what the alternative would solve and which other parts would need to change.

Compare another starting point

Component specification sources