[lcus_masonry_article]<\/p>\n
The AutoPhi V18 Voxel Processor \u2014 Mid Series #350<\/strong> (SKU: APV18-MID-0350-28NM) is a premium mid-tier processor priced at approximately $3,500,000.00<\/strong>, delivering an estimated 85 GFLOPS<\/strong> on the 28nm<\/strong> node with approximately 750 qubits<\/strong>. This is the heart of the Mid tier \u2014 where the AutoPhi V18 transitions to its most advanced fabrication node and delivers performance that approaches the Tera-class boundary.<\/p>\n List Price:<\/strong> ~$3,500,000.00 USD<\/p>\n At $3.5 million, the Mid #350 is an enterprise and institutional procurement. The cost-per-GFLOP drops to approximately $41,176<\/strong> \u2014 a meaningful improvement over the Entry tier. The 28nm node drives this efficiency: with roughly 4x the transistor density of 45nm, the 28nm process packs dramatically more compute into every square millimeter of silicon. The manufacturing cost per transistor is lower, even though the absolute wafer cost is higher.<\/p>\n The ~750-qubit quantum subsystem is a world-class quantum computing resource. At 750 qubits, the processor can implement quantum error correction with dozens of logical qubits, execute quantum phase estimation to high precision, and run variational algorithms with circuit depths that meaningfully outperform classical heuristics. For government research programs, defense applications, pharmaceutical R&D, and financial risk modeling, the $3.5M investment unlocks capabilities that cannot be replicated by any amount of classical compute.<\/p>\n Compute Performance:<\/strong> ~85 GFLOPS<\/p>\n Fabrication Node:<\/strong> 28nm<\/p>\n Quantum Integration:<\/strong> ~750 qubits<\/p>\n Performance Class:<\/strong> Giga-class (approaching Tera-class)<\/p>\n At 85 GFLOPS on 28nm, the Mid #350 is one of the most powerful processors in the catalog. The 28nm node delivers the highest transistor density, lowest leakage power, and best clock-speed potential of any node in the AutoPhi V18 lineup. Combined with 750 qubits, this processor enables computational workloads that span the classical-quantum boundary: classical pre-processing and post-processing at 85 billion FLOPS, with quantum kernels executing on a 750-qubit fabric for the algorithmically hard portions of the computation.<\/p>\nCost Breakdown<\/h2>\n
Performance Specifications<\/h2>\n