$16,000 Quad AI Geekom mini PC cluster gets DeepSeek V4 Flash treatment with 512GB RAM — reaches 14.61 tokens per second

Geekom has introduced a new DeepSeek V4 Flash model, configuring four A9 Mega mini PCs into a distributed cluster for enterprise AI workloads. The cluster links the units via USB4 cables, eliminating the need for traditional server racks. Each A9 Mega mini PC is powered by the AMD Ryzen AI Max+ 395 processor, boasting 16 Zen 5 CPU cores, Radeon 8060S graphics, and unified memory. The combined memory capacity across all four systems reaches a substantial 512GB.

The local processing setup offers businesses the opportunity to store prompts, documents, source code, and credentials within their infrastructure, avoiding exposure to external cloud servers. Geekom's cluster enables organizations to create private knowledge assistants capable of searching internal resources such as contracts and manuals without external data exposure. The cluster also boasts the capability to process tools, policies, memory, and logs before executing any action, supporting contexts up to 250K tokens.

Geekom's performance tests reveal an approximate 14.61 tokens per second at single concurrency, with a P95 time to first token of around 0.42 seconds. The configuration is also designed to handle longer prompts, focusing on long-response generation. Users can start with a single or two A9 Mega systems and expand the configuration to four nodes as their workloads grow.

Each A9 Mega mini PC supports up to 128GB of LPDDR5x memory, contributing to the total cluster capacity of 512GB when four units are combined. The mini PC comes equipped with dual M.2 PCIe Gen4x4 storage slots, accommodating up to 8TB of RAID-configured storage. The system operates on a 120W sustained power baseline and supports Wi-Fi 7, Bluetooth 5.4, dual 2.5G Ethernet, and up to four simultaneous 8K displays.

The pricing for the individual A9 Mega mini PC is $3,999, while the four-system cluster is available for $16,000. The combined TOPS processing output of the four systems totals 126, with a thermal design power of 126W under load. However, Geekom’s vendor-supplied benchmarks do not represent third-party testing, and the long-term reliability of the setup for sustained enterprise use has not been independently verified.