What are you building?

Optimized for running LLMs, fine-tuning, and deep learning. Prioritizes GPU VRAM, PCIe bandwidth, and ECC RAM.

• ›Aim for 24GB+ VRAM per GPU for 70B models
• ›PCIe 5.0 x16 slots maximise GPU bandwidth

Built for high-capacity storage, RAID arrays, and network file sharing (SMB, NFS). Prioritizes drive bays, HBA cards, and reliable networking.

• ›Use ECC RAM to protect ZFS/BTRFS checksums from bit-flip corruption
• ›A dedicated HBA (IT mode) passes drives directly to the OS for RAID

High core-count CPU, fast NVMe, and low-latency networking. Ideal for self-hosted apps, containers, and high-traffic web services.

• ›More cores beat higher clock speed for concurrent request handling
• ›Fast NVMe storage dramatically improves database query latency

Prioritizes large RAM capacity for buffer pools, fast NVMe for IOPS-heavy workloads, and high core count for query parallelism.

• ›RAM size determines how much of your dataset fits in the buffer pool
• ›Large L3 cache (EPYC/Threadripper) dramatically reduces cache misses

GPU-accelerated rendering with Blender, DaVinci Resolve, or Cinema 4D. Benefits from high VRAM, fast CPU, and lots of system RAM.

• ›VRAM limits scene complexity — 48GB+ for large Blender scenes
• ›Multiple GPUs multiply render throughput linearly in Blender Cycles

Built for maximum gaming performance. Prioritizes fast single-core CPU speeds, high-VRAM GPU, fast DDR5 RAM, and NVMe storage.

• ›A fast GPU is the single biggest factor in gaming frame rates
• ›DDR5-6000+ RAM paired with AM5 gives the best memory bandwidth

Designed for 3D modelling, video editing, simulation, and professional software. Balances fast GPU compute, high RAM capacity, and reliable ECC memory.

• ›Threadripper PRO or EPYC offer more PCIe lanes for multi-GPU workstations
• ›ECC RAM prevents data corruption in long renders and simulations