Description

HANWHA SLA-T1080FA AI Fisheye P-Iris Lens

The HANWHA SLA-T1080FA AI Fisheye P-Iris Lens represents a cutting-edge optical solution specifically designed to support sophisticated panoramic applications in large spaces. This comprehensive analysis explores the technical specifications, advanced features, and specialized applications of this premium fisheye lens, highlighting its significance for security professionals implementing next-generation surveillance systems throughout Dubai’s smart city infrastructure.

Superior Fisheye Optical Design for AI-Enhanced Panoramic Surveillance

The HANWHA SLA-T1080FA features a sophisticated optical design optimized for high-resolution panoramic imaging and AI-based video analytics. The lens incorporates premium multi-coated glass elements arranged in a specialized fisheye configuration that minimizes distortion while maximizing field of view.The HANWHA SLA-T1080FA  careful optical engineering reduces the optical imperfections that could potentially compromise the accuracy of AI algorithms when processing panoramic imagery.

P-Iris Technology: Precision Light Control for Panoramic AI Performance

The HANWHA SLA-T1080FA is its advanced P-Iris technology specifically calibrated to support AI-based video analytics across panoramic imagery. Unlike conventional auto-iris lenses, the HANWHA SLA-T1080FA P-Iris (Precise Iris) system provides exceptional control over the iris aperture, maintaining it at the optimal position for superior image quality and consistent AI algorithm performance across the entire 180° field of view.

Specialized Fisheye Design for Comprehensive Coverage

The HANWHA SLA-T1080FA’s fisheye design represents a specialized approach to wide-area monitoring that offers significant advantages for advanced security applications throughout Dubai. Unlike standard wide-angle lenses that provide a limited field of view with significant distortion at the edges, the HANWHA SLA-T1080FA  fisheye design delivers a full 180° hemispherical view with controlled and predictable geometric properties.

Integration with Advanced Analytics Platforms

The HANWHA SLA-T1080FA is designed for seamless integration with sophisticated video management systems and analytics platforms deployed across Dubai’s security infrastructure. The lens’s precise optical characteristics and panoramic capabilities work in concert with advanced software to optimize overall system performance.

Specialized AI Applications for Panoramic Imagery

The panoramic capabilities of the HANWHA SLA-T1080FA enable several specialized AI applications that are particularly valuable for Dubai’s advanced security and operational requirements

**Crowd Density Analysis**: The comprehensive view allows AI systems to accurately assess crowd density across entire spaces, providing early warning of overcrowding conditions in Dubai’s busy commercial, hospitality, and transportation venues.

Investment Value for Premium Security Applications

While the HANWHA SLA-T1080FA represents a premium investment compared to standard security lenses, its exceptional panoramic capabilities and performance characteristics offer compelling long-term value for sophisticated security applications throughout Dubai. The lens’s ability to provide comprehensive coverage with a single camera can significantly reduce the total number of cameras required for large spaces, potentially lowering overall system costs while improving coverage quality.

Technical Specifications

• – **Image Format**: 1/1.8″ compatible with high-resolution sensors
• – **Focal Length**: Fixed 1.08mm ultra-wide fisheye
• – **Field of View**: 180° panoramic coverage
• – **Maximum Aperture**: F2.2
• – **Iris Type**: P-Iris with precise automatic control
• – **Mount Type**: CS-mount for compatibility with premium camera bodies
• – **Special Features**: AI-optimized fisheye optics, multi-coating for enhanced contrast
• – **Resolution Support**: High-definition and beyond
• – **Distortion**: Characteristic fisheye projection, optimized for dewarping
• – **Minimum Object Distance**: Approximately 0.1m