Each cluster is engineered for its specific workload. Same solar backbone. Same thermal discipline.
High-thread AI inference engines powering distributed workloads. Large L3 cache, optimized memory channels, and front-to-back airflow for sustained load.
Reliable workhorse nodes handling core inference pipeline. Proven 3000-series silicon with exceptional performance-per-watt for always-on AI workloads.
RandomX-optimized mining clusters built for sustained Monero hash production. Dense blade configuration with redundant power rails and predictive thermal monitoring.
Intel Xeon dominates the data center, but for our workloads — RandomX mining and CPU-native AI inference — AMD Ryzen is the clear winner. Large L3 cache, high thread counts, and exceptional performance-per-watt at the price point we need.
Each node is hand-built, thermally tuned, and stress-tested before deployment. No off-the-shelf servers. No compromises.
Florida heat is real. Every pod runs front-to-back airflow with redundant fans, thermal monitoring, and automatic throttling. We designed for 45C ambient — because Florida summers don't negotiate.
Explore how the hardware fits into the Hive Pod architecture.