Images are for reference only. Refer to the linked store for actual product images.A Ryzen 7 9800X3D and RX 9070 XT make gaming the focus of this list. The LANCOOL 216 and dual-tower cooler keep the layout air-cooled, with no radiator or pump to place. An X3D CPU still needs to earn its place against the games you play; it is not automatically the right spend for editing or rendering. Budget is a planning target, not a retailer quote. Image is an illustration.
Based on selected hardware and published requirements
Both recorded memory capacities meet the CS2 Windows minimum. Other requirements remain unchecked.
PULSE Radeon RX 9070 XT 16GB is your selected graphics card. Its 16 GB memory is capacity, not a speed score.
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 hardware | This build | Reference | Capacity check |
|---|---|---|---|
| System memory | 32 GB | 8 GBCS2 minimum RAM | Reference met |
| Dedicated video memory | 16 GB | 1 GBCS2 minimum video memory | Reference met |
This changes the comparison advice below. Valve’s minimum memory requirements stay the same.
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 requirementsCS2 official requirements ↗References checked: 2026-10-17
Use this list to examine a gaming-focused move from the six-core 9600X and RX 9060 XT starter to a Ryzen 7 9800X3D and RX 9070 XT. It makes sense to consider when a specific game target motivates the CPU or GPU change. The parts list is not evidence that both changes are needed, or that a particular frame rate is reached.
When to consider another list. Do not choose this tier just to gain more memory or storage: it retains 32 GB RAM, 16 GB VRAM and a 2 TB SSD. For a renderer, editor or local AI runtime, establish supported graphics hardware and required capacity first; the gaming-oriented CPU choice does not settle those needs.
The CPU and GPU change together in this example, but that is not a recommendation to upgrade both blindly. Relative to the 9600X starter, the motherboard, memory kit, SSD and cooler remain identical. A useful comparison separates the CPU change from the graphics change, so a game improvement can be attributed to the right component.
Both Radeon cards have 16 GB VRAM, while their installation requirements differ. Sapphire specifies 304 W typical board power and a 750 W minimum PSU for this PULSE 9070 XT. The selected 850 W RM850e is above that stated minimum; that comparison does not prove total system load, cable fit or acoustic performance.
The LANCOOL 216 and Phantom Spirit retain tower air cooling. This avoids a radiator and pump installation, while leaving the front fan over the memory as a joint clearance check. More expensive cooling is not automatically required by the configuration's title; use actual temperatures and noise to decide after a correctly installed system is tested.
Start from the 9600X list and compare the 9800X3D as a CPU change while keeping the graphics card fixed. Confirm the exact CPU support entry and installed BIOS, then validate cooling and the memory settings with that CPU.
The two starters already share the board, RAM, SSD and cooler. Buying the higher-tier GPU is a separate decision.
Change the resource that is exhausted. A larger supported RAM kit addresses system-memory capacity; a GPU-memory requirement needs an appropriate GPU or a workload change. Switching between these two Radeon starters leaves VRAM at 16 GB.
Retain working storage and the CPU where they still meet the project. An X3D name does not add working memory.
Check which physical slots the three-slot GPU covers before choosing an add-in card. For NVMe storage, use M2_1 and M2_2 before accepting M2_3's x2 link; check heatsink clearance for the new drive.
Keep the main platform when a slot or capacity change solves the requirement. Choose a different layout only if the necessary card or drive cannot be accommodated.
Do not increase RAM, storage or cooling merely to match the tier name. Change the resource tied to the unmet task, and compare a different graphics family only for a supported software feature, capacity requirement or relevant performance result.
Manufacturer documents, checked against the original parts list. These are not assembly or benchmark results.
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: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: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.
Each comparison includes a model in this list. Check what the alternative would solve and which other parts would need to change.