Head-to-Head
KAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U) vs Samsung 990 PRO Heatsink SSD 4TB NVMe M.2
KAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U)
KAMRUI · mini pc
Samsung 990 PRO Heatsink SSD 4TB NVMe M.2
Samsung · accessory
Winner for LLMs
Winner for Stable Diffusion
Winner for Power Efficiency
Overall Winner
KAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U) leads in memory bandwidth (34 GB/s vs 0 GB/s), making it faster for LLM token generation. KAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U) has — memory (16 GB vs 0 GB).
Spec Comparison
Performance Verdicts
Winner for LLM Inference
Ryzen 4300U) winsKAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U) edges ahead with 16 GB vs 0 GB — enough headroom to run larger quantized models without offloading. KAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U)'s 34 GB/s bandwidth also generates tokens faster.
Winner for Stable Diffusion / Image Generation
Ryzen 4300U) winsNeither is optimised for image generation, but KAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U)'s 34 GB/s bandwidth makes generation faster. Both run SDXL via Metal (macOS) or ROCm (Linux). Expect slower generation times than a discrete GPU.
Winner for Power Efficiency
Ryzen 4300U) winsKAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U) draws 28W at peak vs 999W — a 971W difference. Running AI workloads 12 hours/day, that's roughly 4253 kWh saved per year. For always-on inference, KAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U) has meaningfully lower operating costs.
Overall Winner
Ryzen 4300U) winsKAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U) edges ahead overall — better memory, bandwidth, and user ratings for local AI workloads. The gap is real but not always worth the price difference; assess based on your primary use case.
Who Should Buy Which?
Buy the Ryzen 4300U) if…
Buy the KAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U) if LLM inference speed is your priority — its 34 GB/s bandwidth delivers faster token generation. Also choose it for KAMRUI ecosystem or macOS advantages.
Buy the NVMe M.2 if…
Buy the Samsung 990 PRO Heatsink SSD 4TB NVMe M.2 if budget is your primary constraint or if you need 0 GB of memory at a lower price point. Good for 7B–13B model inference.
Related Comparisons
Frequently Asked Questions
Q1Which runs Ollama faster — KAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U) or Samsung 990 PRO Heatsink SSD 4TB NVMe M.2?
KAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U) runs Ollama faster. Its 34 GB/s memory bandwidth vs 0 GB/s means faster token generation — roughly — more tokens/second on the same model. On Llama 3.1 8B, expect around 1 tok/s vs 0 tok/s.
Q2Can either mini PC run Llama 3 70B?
Neither mini PC has enough memory for Llama 3 70B without heavy CPU offloading (39 GB required at Q4_K_M). You would need a Mac Mini M4 Pro with 64 GB unified memory or a discrete GPU with 24 GB VRAM paired with ample system RAM.
Q3Which is better value for local AI in 2026?
KAMRUI Pinova P1 Mini PC (AMD Ryzen 4300U) offers better performance-per-dollar for AI workloads due to its 34 GB/s bandwidth advantage. However, if price is the primary concern and 7B–13B inference is the goal, both get the job done — the gap matters more at higher workloads and model sizes.
Q4Which has better software support for local AI?
Both run Ollama well. AMD-based mini PCs offer ROCm acceleration on Linux; Intel-based ones are adding OpenVINO support. macOS Apple Silicon has the most polished Ollama experience.
Full Reviews
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