Avigilon H6SL Cameras
When versatility meets high performance
In the Avigilon H6SL line of cameras compatible with analysis systems, versatility meets high performance. Available in bullet or dome format, these cameras lend themselves to a wide range of indoor and outdoor applications in education, commerce, government, retail and hospitality, ensuring optimal protection of people and property. They are equipped with next-generation video analytics functions to proactively detect critical events and provide superior site situation control. Even in difficult lighting conditions, the H6SL allows you to see the site with sharp and clear images.
Next-generation video analysis
It detects more objects through broader classifications and offers a higher degree of accuracy to intervene more quickly, even in particularly crowded environments.
Protection from impact, water, dust and corrosion
Protection from impact, water, wind-blown dust, and some degree of corrosion with IK10, ip66/67, and NEMA Type 4x ratings.
Wide Dynamic Range
It captures detailed images in scenes with both very bright and very dark areas.
FIPS 140-2 encryption with integrated TPM and secure booting
Enhanced data security with FIPS-compliant encryption compatibility, an integrated TPM3 to protect cryptographic keys, and secure boot.
Long-range lens and microphone options
Offers long-range lens options for optimal site coverage. in the dome variant gives the option of adding an accessory indoor microphone for capturing more evidential details.
ONVIF compliant
Compliance with ONVIF S and T profiles allows it to be easily integrated into existing onvif infrastructure. compliance with profile g, on the other hand, enables search, playback, and retrieval of recordings directly from the device, while profile m supports cross-functionality with third-party analytic solutions.
Adaptive IR options
Ensures maximum image quality in areas with little or no light.
HDSM SmartCodec H.264 and H.265 Technology
It offers greatly improved bandwidth management, enabling maximum image detail under any lighting condition and reducing bandwidth utilization to unprecedented levels.
