طراحی، ساخت و برنامه‌نویسی سیستم آرایه میکروفون

Hello, I would like to request a complete quotation (design + PCB layout + assembly + testing) for a professional long‑range 128‑channel MEMS microphone array system. This array must use high‑SNR MEMS microphones optimized for long‑distance acoustic capture, with DSP/FPGA beamforming and noise‑enhancement algorithms targeting effective acoustic detection up to ~500 meters (using array processing, not individual microphone range). Project Summary: We need a high‑performance circular microphone array capable of long‑range acoustic sensing, beamforming, and environmental audio analysis. The system must support synchronized 128‑channel capture, on‑board noise reduction, TDM aggregation, FPGA data management, and high‑speed digital output (USB 3.0 + Gigabit Ethernet). Main Requirements: 128 high‑SNR MEMS microphones (PDM) assembled in a circular array Board diameter: 300 mm Center area filled with electronic circuits (no empty center) On‑board noise filtering and long‑range signal enhancement FPGA: Xilinx Artix‑7 or Kintex‑7 (TDM aggregation + synchronization + routing) DSP: Analog Devices SHARC or similar (beamforming, noise reduction, long‑range processing) Output formats:• 128 mono audio channels (raw or filtered)• USB 3.0 real‑time streaming• Gigabit Ethernet streaming PCB: 8–10 layers, controlled impedance Full bring‑up testing: SI / EMI / JTAG Fully assembled and tested prototype All firmware + bitstream + documentation included Deliverables: Full schematics PCB layout BOM FPGA (VHDL/Verilog) code DSP firmware (beamforming + long‑range enhancement) Validation & test reports One fully assembled prototype Please provide: Estimated price Timeline Milestone plan Recommended high‑SNR MEMS microphone options for maximum long‑range performance Any improvements suggested by your engineering team Thank you.