Meyd-532 Exclusive 🆕 ✨

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| Parameter | Value / Range | Notes | |-----------|---------------|-------| | | 400 nm – 2500 nm (visible → long‑wave IR) | 5 nm (VIS/NIR) & 10 nm (SWIR) resolution | | Spatial resolution | 1024 × 768 pixels | 12 µm pitch, 1.2 MP total | | Frame rate | Up to 120 fps (full‑frame) | 200 fps with ROI (512 × 384) | | Dynamic range | 14‑bit (≈ 72 dB) | HDR mode available (up to 16‑bit) | | Signal‑to‑noise ratio (SNR) | > 50 dB at 1 ms integration | Optimized for low‑light MIR | | On‑chip processing | Real‑time demosaicing, wavelength calibration, compression (Lossless LZW) | Offloads 70 % of CPU load | | Calibration | Factory‑calibrated wavelength & radiometric tables; optional in‑field auto‑calibration via built‑in reference LED | Traceable to NIST standards | | Mechanical mounting | 0.5‑mm thick PCB, 6‑pin high‑speed connector | Compatible with standard DIN‑rail or custom carrier boards | | Safety certifications | CE, FCC, RoHS, IEC 61347‑2‑13 (laser safety) | Ready for global deployment | meyd-532

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Several companies have successfully implemented Meyd-532 in their manufacturing operations, achieving impressive results. Here are a few case studies: Here are a few case studies: | ✅

| ✅ | Item | What to Verify | |---|------|----------------| | 1 | | Ensure 12 V supply can deliver 5 W; provide ≥ 2 W heat‑sink or active fan for > 40 °C ambient. | | 2 | Data Interface | Confirm USB‑3.1 Gen 2 or GigE Vision driver compatibility on host PC/edge device. | | 3 | Software Stack | Install SDK (Python 3.9+ / C++14) + optional LabVIEW wrapper. Verify driver version ≥ v2.3. | | 4 | Calibration | Run the “MeyD‑Calibrate” routine with the included NIST‑traceable blackbody source. | | 5 | Illumination | Pair with broadband (halogen) or narrow‑band (laser/LED) source; set sync mode in firmware. | | 6 | Safety | Verify laser‑class compliance if using active illumination; secure the sensor housing if deployed outdoors. | | 7 | Documentation | Keep the “MeyD‑532 Quick‑Start Guide” and “API Reference Manual” in the project repository. |

The is a mid‑infrared (MIR) hyperspectral imaging sensor module designed for high‑resolution, real‑time spectral analysis in demanding industrial, scientific, and security environments.