PN: JSD1537
F1.5
HFOV 123.9°
TTL 24.4mm
Thread M12
Distortion <-20%
Image Sensor 1/1.8"
Product Overview
This high-performance M12 mount fixed focal lens is expertly engineered for 1/1.8-inch sensors, delivering exceptional clarity and immersive fisheye perspective for advanced imaging applications. With a 3.8mm focal length and F1.5 aperture, it provides an ultra-wide 146° field of view, making it ideal for panoramic surveillance, full-room monitoring, and 360° scene capture. Featuring True 8MP resolution and manual focus for precise imaging control, this fisheye lens ensures superior image sharpness and maximum peripheral visibility across diverse lighting conditions.
Key Features & Benefits
Enhanced Low-Light Performance: Exceptional F1.5 aperture gathers more light, delivering superior image quality in low-light conditions and enhancing visibility in challenging environments.
Compact & Robust Build: Standard M12*P0.5 thread and optimized TTL design ensure seamless integration into space-constrained devices while maintaining exceptional durability.
Manual Focus Control: Precise manual adjustment enables accurate focal tuning to match specific object distances, optimizing sharpness for critical applications.
Perfect Sensor Match: Engineered specifically for 1/1.8" sensors (e.g., ONSemi OS08A20), featuring a compatible image circle that eliminates vignetting and fully utilizes sensor capabilities.
Ultra-Wide 146° FOV: Provides an exceptionally wide fisheye field of view ideal for panoramic surveillance, broad environmental monitoring, and maximized area coverage with minimal blind spots.
True 8MP Resolution: Delivers crisp, high-definition 4K UHD imaging with exceptional detail retention, ensuring clarity even in complex scenes.
Versatile Fisheye Applications: Suited for expansive area monitoring, security surveillance, immersive machine vision, and 360° scene analysis requiring maximum field coverage.
Technical Specifications
Parameter | Specification |
PN | JSD1537 |
Mount Type | M12 (S-Mount) * P0.5 |
Focal Length | 3.8mm |
Aperture | F1.5 |
Field of View (FOV) | 146° (Diagonal, for 1/1.8" Sensor) |
Resolution | True 8MP |
Compatible Sensor | 1/1.8" (e.g., ONSemi OS08A20, Sony IMX334,IMX678) |
Image Circle | Φ9.2mm |
TTL (Total Track Length) | 24.4mm |
Back Focal Length | Contact for details |
Applications
Ultra-Fisheye Wide-Angle Surveillance: Exceptional 146° FOV coverage for complete 360° environment immersion, extreme corner-to-corner visibility, and maximized scene capture with true fisheye perspective.
Crowd Dynamics Analysis: Superior tracking of large group movements, mass gathering analysis, and ultra-high-density area surveillance with minimal occlusion.
Comprehensive Traffic Monitoring: Ultra-wide vehicle tracking across multiple lanes, complete intersection coverage, and panoramic traffic pattern observation with single-lens solution.
Perimeter Security Enhancement: Holistic site boundary coverage, extensive fence line monitoring, and maximized security perimeter protection with 360° visibility.
Facility Wide-Area Management: Complete interior monitoring, extra-large room coverage, and broad open area security assessment with seamless corner-to-corner visibility.
Environmental Panoramic Assessment: Maximum panoramic scene capture, wide landscape monitoring, and enhanced field situational awareness for comprehensive analysis.
Intrusion Detection System Optimization: Enhanced peripheral vision with maximum radial coverage, extended boundary monitoring, and broadened threat detection across all angles.
Immersive Machine Vision: Complete scene acquisition for panoramic inspection, full-field measurement, and 360° defect detection capabilities.
Why Choose JSD Optoelectronics?
Shenzhen JSD Optoelectronics is a leading manufacturer of custom optical lenses, specializing in high-precision solutions since 2009. We offer:
1).ISO 9001 & IATF 16949 Certified Quality
2).Rapid Prototyping (15-day custom sample turnaround)
3).End-to-End Support from design to mass production
4).300+ Standard Designs for immediate sampling
