Multifocal sensor system, 33 MP effective resolution, 30 fps, H.264, H.265, day/night, UWDR, AI/VCA optional, field of view horizontal 20°, resolution 125 px/m up to 211 m, box housing, 1000BASE-T Ethernet port for copper cabling
The camera system has to be designed for high-resolution capture of enormous areas that start at a large distance from the installation site and are spatially rather wide and short. Distant areas have to be captured in high resolution quality in real time, with a consistently high pixel density and depth of field. The camera system must allow the replacement of several megapixel cameras to ensure low infrastructure requirements.
The camera system has to offer a dynamic range of 130 dB UWDR effectively and a resolution of more than 125 px/m up to a distance of 211 m in order to enable the recognition of persons. Focusing on more distant areas, a pixel density above 62 px/m has to be realized up to a distance of 427 m. With suitable focusing, it must be possible to identify persons (250 px/m) at a distance of 105 m.
The camera system has to offer the option on site for video content analysis (VCA) that detects movements and objects in the uncompressed image and analyses them with functions such as intrusion detection or line crossing. The detected objects and the corresponding metadata have to be transmitted with the video stream to a suitable recording system to be stored in a database. Suitable client software has to be offered, that allows the targeted search and evaluation of the recordings.
The camera system has to be equipped with encoder technology that enables video content analysis supported by AI (Artificial Intelligence) functions based on neural networks. This combination must provide a powerful object classification to ensure more targeted evaluation of the recordings.
The camera system has to capture and store all areas of the object space in maximum detail resolution. Operators in live mode have to be able to concentrate on certain areas (multiple detail zoom).  This may not affect the recordings that always have to contain the entire action and allow for the evaluation of each incident.
The camera system has to be equipped with a RAM memory to buffer the video stream in case of a network failure (e. g. Spanning Tree, Bursts). When the network is restored, a suitable function has to ensure fast transmission of the buffered video stream to the connected recording system that stores the video stream with high speed and then continues to record the live stream seamlessly.
The camera system housing has to be designed for quick and easy installation with a wide range of mounting options such as optional wall, pole or ceiling brackets. The combination of camera and bracket has to provide an internal routing for cables and safety rope, allowing a visually appealing and yet robust installation without visible cables. The mounting system should also provide options for onsite power supply and recording. The camera housing and all mounting components have to be made of torsion resistant and robust aluminium. All chromated surfaces need to have a signal white (RAL 9003) powder coating, which has been tested for seawater resistance according to DIN EN 60068-2.
The camera system has to be designed with an integrated heater and IP69 rating for commercial and industrial use in outdoor areas with 24/7/365 continuous operation. 

Resolution:
Effective resolution			33 MP
Identification distance (≥250 px/m) 	Up to 105 m
Recognition distance (≥125 px/m) 	Up to 211 m
Observation distance (≥62 px/m) 	Up to 427 m 
Field of View & Aspect Ratio:
Horizontal field of view 			20.2°
Vertical field of view			5.4°
Aspect ratio (H:V) 			15:4
Format and Encoding:
Video compression 			H.264, H.265, MJPEG
Frame rate 				Up to 30 fps at full resolution
Live streaming 				Multicast or Unicast
Supported Protocols:
Ethernet protocols			IPv4 (ARP, ICMP, IGMPv2/IGMPv3), UDP, TCP, LLDP, 
                                                                       CDP (v1,v2), DSCP (QoS), DNS, DHCP, NTP, HTTP/HTTPS,
                                                                       RTSP/RTP/RTCP, SNMP (v1, v2c, v3)
Communication protocols		DaVid, DaVidS, ONVIF Profile S, Profile T, SNMP (v1, v2c, v3)
Security				HTTPS encryption, SSL/TLS 1.2 (AES), network access control 
                                                                       according to IEEE 802.1X
Electrical Data:
Voltage supply 				Camera 48 V DC ±5% / Heater 48 V DC ±5%
Power consumption 			Camera max. 70 W / Heater max. 60 W
Environmental Conditions:
Operating temperature			−40 °C to +60 °C
Relative humidity 			0% – 90% RH, non-condensing
Integration:
Programming interface 			Integration into 3rd party systems using API
ONVIF compliance 			Profile S, Profile T