Software Development PC Build Guide
Plan a software-development PC around IDEs, compilation, containers, emulators, virtual machines, RAM, SSD storage, displays, and the workloads you actually run.
PC Builds
Plan gaming, creator, workstation, quiet, compact, and upgrade-focused PCs around real workload constraints. These guides explain component balance, compatibility, power, cooling, storage, and upgrade tradeoffs without pretending one parts list fits everyone.
Build library
Workload-first build guidance from the current Core Tech Tips publication index.
Plan a software-development PC around IDEs, compilation, containers, emulators, virtual machines, RAM, SSD storage, displays, and the workloads you actually run.
Plan a video-editing PC around timeline codecs, CPU and GPU acceleration, RAM, VRAM, media and cache storage, displays, network media, and upgrade headroom.
Plan a Blender workstation around viewport work, Cycles CPU or GPU rendering, VRAM and RAM capacity, storage, display needs, thermals, power, and renderer compatibility.
Plan a Lightroom Classic and Photoshop photo-editing PC around CPU responsiveness, GPU acceleration, RAM, catalogs, caches, scratch disks, photo storage, displays, and backups.
Plan a CAD or engineering workstation around modeling, assemblies, rendering, simulation, memory, storage, graphics, and software certification instead of a generic parts list.
Plan a 1080p gaming PC around your games, settings, frame-rate and display target, then balance GPU performance, CPU headroom, VRAM, memory, storage, power, cooling, and physical compatibility.
Plan a PC for local AI by sizing GPU support and VRAM, system RAM, storage, power, cooling, and expansion around the models and workloads you actually intend to run.
Plan a PC for game streaming and recording by separating game rendering, software or hardware video encoding, RAM, recording storage, capture, audio routing, connectivity, and upload bandwidth.
Plan a PC for DAW work by separating real-time CPU load, plugins and tracks, sample-library memory and storage, audio-interface latency, connectivity, GPU needs, noise, and backup requirements.
Plan CPU, RAM, storage, networking, firmware, and expansion for a PC that runs local virtual machines without relying on fixed VM-count or overcommit rules.
Plan a PC for Unity, Unreal Engine, Visual Studio, Blender, asset work, compilation, editor testing, and project storage without relying on a one-size-fits-all parts list.
Plan a PC around 240 Hz and 360 Hz-class competitive gaming by separating refresh rate, rendered FPS, frame time, CPU/GPU limits, latency, memory, VRR and display constraints.
Plan a 1440p gaming PC around your games, frame-rate and image-quality target, then balance GPU performance, CPU headroom, VRAM, memory, storage, power, cooling, and display capability.
Plan a DIY home NAS around drive bays, SATA and PCIe expansion, Ethernet, CPU and memory needs, boot storage, cooling, power, and future pool growth.
Plan a quieter gaming PC by separating fan, pump, drive, vibration, and coil-whine noise, then tune airflow and fan control without invented universal targets.
Plan one PC for gaming and creator work by mapping real applications to CPU, GPU, RAM, VRAM, storage, cooling, power, case, and display-I/O requirements.
Plan a 4K gaming PC around the display and games first, then validate GPU class, VRAM, CPU balance, upscaling, power, cooling, case fit, and the full monitor connection path.
Plan an SFF gaming PC by checking Mini-ITX geometry, GPU and power-cable clearance, SFX/SFX-L PSU fit, cooler and radiator conflicts, airflow, storage, headers, and serviceability.