Podcast equipment cannot run local AI models by itself. The computer needs a supported graphics card, enough graphics memory, system memory and storage. A microphone and audio interface may share the same desk, but they place different demands on the machine. Size the PC from the AI workload first.
Define the model and audio work
Choose one model, interface and batch size that represents the planned local use. Record graphics-memory demand and generation time on available hardware. Then test the podcast application with the normal microphone, tracks and plugins. Confirm that long AI runs do not cause audio dropouts, fan noise or missed recordings.
The 16GB Leadtek RTX 2000 Blackwell workstation GPU carries a verified R12,000 price. A verified R12,700 price applies to the Palit RTX 5070 Ti with 16GB. Compare model support, power connectors, cooling and warranty. The correct choice depends on software and sustained use rather than the shared memory figure alone.
Keep the audio chain simple
At a verified R690, the HyperX SoloCast 2 offers a direct USB microphone path. Current verified pricing puts the NearStream AM10X-P USB/XLR microphone at R730. Test a dry voice sample and room noise before adding effects. Place the tower where its cooling fans stay out of the microphone pickup pattern.
Schedule AI jobs outside live sessions when they compete for resources. Keep model files, raw audio and project exports in separate backed-up folders. A combined PC works when both representative tests pass without degrading the other workflow.
Combining local AI and podcast work? > Ask Evetech to size graphics, cooling, storage and audio together.