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The AutoPhi V18 Voxel Processor \u2014 Mini Series #160<\/strong> (SKU: APV18-MIN-0160-65NM) sits in the heart of the Mini tier at approximately $35,000.00<\/strong>, delivering an estimated 75 MFLOPS<\/strong> on the 65nm<\/strong> node with approximately 50 qubits<\/strong>. This processor represents the critical 65nm transition point within the Mini tier \u2014 where fabrication technology advances to enable dramatically improved power efficiency and transistor density.<\/p>\n List Price:<\/strong> ~$35,000.00 USD<\/p>\n At $35,000, the Mini #160 is positioned as a mid-range professional processor. The cost-per-MFLOP drops to approximately $467<\/strong> \u2014 a fraction of what earlier tiers deliver. The 65nm node transition is the key cost driver: while the wafer cost is higher than 90nm, the transistor density improvement (roughly 2x over 90nm) means more compute per unit area, driving the cost-per-FLOP down significantly.<\/p>\n The ~50-qubit quantum subsystem is a major milestone. At 50 qubits, the processor enters the regime where classical simulation of its quantum states becomes computationally intractable \u2014 a threshold sometimes referred to as “quantum advantage territory.” This makes the Mini #160 not just a faster processor, but a fundamentally different computing resource.<\/p>\n Compute Performance:<\/strong> ~75 MFLOPS<\/p>\n Fabrication Node:<\/strong> 65nm<\/p>\n Quantum Integration:<\/strong> ~50 qubits<\/p>\n Performance Class:<\/strong> Mega-class<\/p>\n 75 MFLOPS on the 65nm node represents a massive density improvement over the 90nm models in the lower Mini range. The 65nm process delivers lower leakage current, higher transistor count per square millimeter, and improved thermal characteristics. Combined with a ~50-qubit quantum layer, the Mini #160 is suitable for computational chemistry, financial modeling, pharmaceutical discovery, and advanced optimization tasks where quantum-classical hybrid computing provides measurable advantage.<\/p>\nCost Breakdown<\/h2>\n
Performance Specifications<\/h2>\n