Discontinued — No Longer Available New
This model has been discontinued by Vivotek. Shop current Vivotek products → or see the recommended alternatives below.
Vivotek MS930-EHV-90-1Y 8MP Panoramic IP Camera
The Vivotek MS930-EHV-90-1Y is a dual-sensor panoramic IP camera purpose-built for outdoor surveillance applications requiring continuous 180-degree wide-angle perimeter monitoring. Combining two 4MP sensors for 8MP total resolution, this camera eliminates blind spots across entrance points, parking areas, and expansive open spaces with native panoramic coverage. Engineered for demanding outdoor environments, it delivers reliable performance in challenging lighting conditions and adverse weather through integrated IR illumination, advanced WDR technology, and vandal-resistant construction.
Key Features
- Dual 4MP sensors delivering 8MP total resolution at 30 fps
- Native 180-degree panoramic field of view for comprehensive perimeter coverage
- Twin 2.8mm wide-angle lenses optimized for panoramic surveillance
- 20M infrared illumination for extended low-light and nighttime visibility
- 120 dB WDR Pro technology for high-contrast outdoor lighting conditions
- H.265 video compression for reduced bandwidth and storage requirements
- Built-in microphone for one-way audio monitoring and event verification
- MicroSD/SDHC/SDXC local recording support for redundant on-camera storage
- Vandal-resistant outdoor enclosure rated for harsh deployment environments
- Deep Search and Attribute Search analytics for efficient video indexing and forensic retrieval
Technical Highlights
The MS930-EHV-90-1Y employs a multi-sensor architecture that captures synchronized panoramic video across 180 degrees in a single stream. The dual 2.8mm lenses provide optimal wide-angle distortion characteristics for panoramic applications, while the 8MP resolution maintains meaningful detail across the entire field of view at standard frame rates.
IR illumination rated at 20 meters ensures reliable night vision performance without requiring external lighting infrastructure, critical for perimeter security and after-hours monitoring. The 120 dB WDR Pro engine handles challenging outdoor backlighting scenarios common in parking areas and building entrances, preserving detail in both bright and shadowed regions simultaneously.
H.265 compression significantly reduces bandwidth overhead compared to H.264, enabling efficient streaming and storage without sacrificing image quality—particularly valuable when managing high-resolution multi-sensor streams across network infrastructure.
Applications
- Perimeter security and access point monitoring
- Parking lot and vehicle management surveillance
- Warehouse and facility entrance coverage
- Campus and property boundary monitoring
- Critical infrastructure protection requiring continuous panoramic oversight
The panoramic multi-sensor architecture represents a pragmatic alternative to PTZ cameras for fixed perimeter applications. By combining two synchronized sensors into a single 180-degree panoramic stream, the MS930-EHV-90-1Y eliminates mechanical complexity while providing continuous coverage without pan, tilt, or zoom delays. This approach is particularly effective for entrance monitoring, parking lot perimeter security, and boundary surveillance where comprehensive static coverage outweighs the need for dynamic camera movement.
The H.265 compression and local MicroSD storage combination addresses network bandwidth constraints common in outdoor deployments with multiple high-resolution cameras. Organizations can deploy this camera with reduced backhaul bandwidth requirements while maintaining local redundancy through on-camera recording—a practical consideration for facilities with limited network infrastructure or those requiring compliance-grade video retention.
The integrated 20M IR illumination and 120 dB WDR Pro combination handles most outdoor lighting scenarios without supplemental lighting equipment, reducing installation complexity and operational costs. This makes the MS930-EHV-90-1Y well-suited for budget-conscious deployments where equipment simplicity and reliability take precedence over specialized low-light performance.
