Bosch AUTODOME inteox 7000i Datasheet
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AUTODOME inteox 7000i - 2MP OC
The AUTODOME inteox 7000i camera is an advanced, 30x PTZ surveillance camera based on an open operating system, driven by OSSA, from Security and Safety Things. With starlight imaging technology for excellent low-light sensitivity, the most robust Video Analytics on the market, and video streaming, the camera delivers unmatched picture quality. Even under the most challenging light conditions, the camera delivers high-definition (HD) 1080p video. Easy to install, the camera is available in either a fieldproven, outdoor pendant housing or an indoor, inceiling housing.
Intelligent open, flexible, and extendable camera platform
The camera has a powerful, embedded processor with dedicated hardware to support advanced machine learning and neural-network-based Video Analytics. All cameras with this platform have high image quality, built-in Video Analytics, intelligent bitrate management, and the highest levels of data security. The platform also gives you the flexibility to customize your camera to your specific requirements.
The camera platform integrates with the cloud infrastructure of Security and Safety Things for app management across devices. Also, Bosch offers advanced device management and services through
H.265 
uAI-based traffic detection for traffic monitoring (no camera calibration required)
uOpen platform that allows third-party apps from the Application store from Security & Safety Things
uStarlight technology with excellent low-light performance and High dynamic range of 120 dB to see detail in difficult light conditions
uFlexible streaming capabilities powering three independent streams
uBuilt-in Intelligent Video Analytics alert operators in case of unusual scene activity
the Bosch Remote Portal (https:// remote.boschsecurity.com/). From the Bosch Remote Portal you can (remotely):
•Complete initial configuration of your online and connected Bosch devices.
•Update firmware for single or multiple devices.
•Manage certificates through Configuration Manager or the web interface of your camera.
•Monitor the health of and receive alerts for your connected Bosch devices.
•Connect your Bosch devices to the Security and Safety Things portal for app management.
AI-based traffic detection for traffic monitoring
The camera includes an AI-based traffic detector to detect and track cars in front of traffic lights, on intersections, roads, highways, and in tunnels. Even in dense traffic such as vehicles stopped at traffic lights and in traffic jams, the AI-based traffic detector reliably separates the different cars for accurate counting results.
Functions
Exceptional low-light performance
The latest sensor technology combined with the sophisticated noise suppression results in an exceptional sensitivity in color. The low-light
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performance is so good that the camera continues to provide excellent color performance even with a minimum of ambient light.
High dynamic range
The dynamic range of the camera is outstanding and is obvious in real-world performance comparisons. In extended dynamic range mode, the camera uses an electronic shutter to capture four images with different exposure time and reproduce a high-contrast frame. The result is that you can view details in both the bright areas (highlights) and the dark areas (shadows) of a scene at the same time. You can easily distinguish objects and features (for example, faces) with bright backlight.
H.265 high-efficiency video encoding
The camera is designed on the most efficient and powerful H.264 and H.265/HEVC encoding platform. The camera is capable of delivering high-quality and high-resolution video with very low network load. With a doubling of encoding efficiency, H.265 is the new compression standard of choice for IP video surveillance systems.
More flexibility in streaming capabilities
The camera has three independent encoder streams. Users can configure each stream individually to change the video resolution and the frame rate. Users have two options:
1.Let the camera deliver what is possible based on its encoding performance across the streams equally.
2.Select one of the three streams to be prioritized, for example, to guarantee “quality of service” for the recording stream.
Users can select the coding standard (H.264/H.265) for each stream.
Each stream also has its own set of 8 encoder profiles that users can configure.
Intelligent Video Analytics on the edge
This intelligence-at-the-edge concept allows a decision on which videos are captured based on video content analysis. By only selecting alarm video for streaming or recording, less bandwidth and storage is used. Alarm conditions can be signaled by a relay output on the unit or an alarm connection, to stream video to a decoder or video management system. Alarms can also be transmitted to a video management system to start extended alarm scenarios.
As well as creating alarms, Intelligent Video Analytics produces metadata that describes the content of the analyzed scene. This metadata is sent over the network—and may also be recorded—together with the video stream.
With a future-proof design, the camera can tackle new use cases by delivering more reliable detections and thus more insights on what is happening in a scene. Based on the open platform principle, these capabilities are leveraged by
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Intelligent Video Analytics by Bosch as well as by third-party apps from the Application store from by Bosch as well as by third-party apps from the Application store from Security and Safety Things.
Video Analytics while camera is moving
Outside of pre-positions and even while the PTZ camera is moving, whether on guard tours or manually, the Intelligent Video Analytics application can detect and start alarms when objects are in alarm fields. These alarm fields are defined once across all PTZ camera views. The camera can automatically trigger an alarm if any part of a field within the camera's view becomes active while on a guard tour sweeping across the monitored areas.
Auto Exposure (AE) region and Focus region
With the Auto Exposure (AE) function, the camera computes the lighting condition of the entire scene. Then the camera determines the optimum level of iris, gain, and shutter speed.
In AE region mode, users can designate a specified area of the scene, based on pre-positions. The camera computes the lighting condition of the specified area. Then the camera determines the optimum level of iris, gain, and shutter speed to get an image.
Focus region mode, unlike normal auto focus mode, allows users to focus on a specified area of the scene. Users have the ability to customize these modes, if necessary, for the specific requirements of the site.
Image Stabilization
Cameras on unstable mounts can move sufficiently to change the field of view. The higher the zoom value, the larger the change of the field of view. This change can make images unusable.
The camera has an Image stabilization algorithm that lets the camera sense continuous vibration. If it detects vibration, the camera corrects the shaky video in the vertical axis and the horizontal axis. The result is excellent image clarity and a stable field of view on the monitor. The Image stabilization function is important to eliminate movement that unstable camera mounts cause.
DORI coverage
DORI (Detect, Observe, Recognize, Identify) is a standard system (EN-62676-4) for defining the ability of a person viewing the video to distinguish persons or objects within a covered area. The maximum distance at which a camera/lens combination can meet these criteria is shown below:
The nylon bubble material is required to meet the IK10 shock rating. The optical characteristics of nylon compared to the standard acrylic bubble affect the resolution and sharpness of the video image.
For the camera to give the best image that fits your application, consider the important limitations in the table that follows:
DORI |
Distance to object (30x optical zoom) |
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Standard bubble |
IK10 bubble |
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(acrylic) |
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(nylon) |
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WIDE 1X |
TELE 30X |
TELE 30 |
Scene |
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X |
width |
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Detection |
61 m (200 ft) |
1913 m |
1200 m |
77 m (253 |
25 px/m |
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(6276 ft) |
(3937 ft) |
ft) |
(8 px/ft) |
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Observation |
24 m (79 ft) |
765 m |
600 m |
31 m (102 |
63 px/m |
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(2510 ft) |
(1969 ft) |
ft) |
(19 px/ft) |
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Recognition |
12 m (39 ft) |
383 m |
300 m (984 |
15 m (49 |
125 px/m |
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(1257 ft) |
ft) |
ft) |
(38 px/ft) |
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Identification |
6 m (20 ft) |
191 m (627 |
191 m (627 |
8 m (26 ft) |
250 px/m |
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ft) |
ft) |
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(76 px/ft) |
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Simple set-up
The camera has a very intuitive user interface that allows fast and easy configuration. Configurable scene modes are provided with the best settings for a variety of applications.
• Standard
This mode is optimized for most standard scenes both indoor and outdoor.
• Color Only (Traffic)
In this mode, the camera does not switch to monochrome mode at low light levels. The mode is optimized to minimize motion artifacts and to capture the color of vehicles/pedestrians and traffic lights, even at night, for scenarios such as city surveillance and traffic monitoring.
• Indoor
This mode is ideal for indoor applications where lighting is constant and does not change. Auto white balance will be mainly focused on low color temperature 3200K.
• Sensitivity boost
This mode provides maximum sensitivity in low light scenes by using longer exposure times, resulting in bright images even in extreme low light.
• Fast movement
This mode is used for monitoring fast moving objects like cars in traffic scenes. Motion artifacts are minimized and the image is optimized for a sharp and detailed picture in color and monochrome.
• Vibrant
This mode provides a more vivid image with increased contrast, sharpness, and saturation.
Sophisticated alarm responses
The camera supports advanced alarm control that uses sophisticated rules-based logic to determine how to manage alarms. In its most basic form, a “rule” could define which input(s) should activate which
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output(s). In a more complex form, inputs and outputs can be combined with pre-defined or user-specified commands to perform advanced camera functions.
Pre-positions and tours
The camera supports 256 pre-positions and two styles of Guard Tours: Pre-position and Record/Playback. The Pre-position tour has capability for up to 256 prepositions with a configurable dwell time between prepositions and can be customized as to the order and the frequency that each Pre-position is visited. The camera also provides support for two (2) recorded tours, which have a total duration of 15 minutes of movements. These are recorded macros of an operator’s movements, including pan, tilt, and zoom activities, and can be played back in a continuous manner.
Snap to zoom
Drawing a box in the image will trigger the camera to zoom to the correct position.
PTZ drive and mechanism
The camera offers a reliable drive platform, designed for continuous tours for at least three years. It provides an unlimited three-year warranty. Its design provides optimum smoothness in motion when used at low speeds or with a joystick.
Pan and tilt preset repeatability are accurate to within ±0.1 degrees to ensure that the correct scene is captured every time. The camera delivers variable pan/tilt speeds from a crawl speed of only 0.1 degrees per second to a full 400 degrees per second. The camera is capable of pan speeds of 400 degrees per second and tilt speeds of 300 degrees per second between pre-positions. The camera provides a tilt angle 18 degrees above the horizon, and a pan range of up to 360 degrees continuous rotation.
Data security
Special measures are necessary to ensure the highest level of security for device access and data transport. On initial setup, the camera is only accessible over secure channels. A three-level password protection with security recommendations lets users customize device access. Unsecure ports are disabled. Firmware updates are only possible with Bosch-signed firmware files. The Embedded Login Firewall improves robustness against Denial of Service (DoS) attacks. The software sealing functionality can detect changes in a configuration. HTTPS or other secure protocols prevent access to the web browser and the viewing client. With the feature of secure and verified boot, you can trust all executed code in the device.
TPM functionality is provided by “Secure Element” (dedicated AES/DES/PKI crypto coprocessor) that:
•Is independently certified with Assurance Level (EAL) 6+ based on Common Criteria for Information Technology Security Evaluation [out of 7 levels according to ISO/IEC 15408]
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•Has cryptography with a maximum of 4096 bit RSA keys for TLS (maximum version 1.3) and device identity (Future-proof until 2031 and beyond) [according to NIST Special Publication 800-57, part 1, page 56]
The advanced certificate handling offers:
•Self-signed, unique certificates automatically created when required
•Client and server certificates for authentication
•Client certificates for proof of authenticity
•Certificates with encrypted private keys
Only trusted and authenticated third-party apps can be uploaded. A safe sandbox environment enables the secure execution of trusted third-party software. There is full transparency on individual app requirements to access system resources (listed in the Application store from Security and Safety Things).
Power options
The camera can be powered by one of the devices in the list that follows:
•a 30 W (IEEE 802.3at) midspan
•a 30 W network switch
•a 60 W midspan
In a PoE configuration, a single (Cat5e/Cat6e) cable connection provides power while simultaneously supporting data and video transmission. For maximum reliability, the camera can operate in a redundant configuration, with both a 24 VAC power source and a midspan or a switch connected simultaneously. If either power source fails, the camera switches automatically to the other power source. The camera can also accept a standard 24 VAC power source if a PoE network interface will not be used.
For pendant models used in outdoor applications that require heaters, a 60 W Bosch midspan or a 60 W switch is required to power both the camera and its internal heaters.
For in-ceiling or indoor pendant applications that do not require heater power, a standard 30 W (IEEE 802.3at) midspan or a 30 W switch can be used to power the camera.
System integration and ONVIF conformance
The camera conforms to the specifications for ONVIF Profile S and ONVIF Profile G. (ONVIF is the acronym for Open Network Video Interface Forum.) For H.265 configuration, the camera also supports Media Service 2, which is part of ONVIF Profile T. Compliance with these standards guarantees interoperability between network video products, regardless of manufacturer. Third-party integrators can easily access the internal feature set of the camera for integration into large projects. For more information, see the Bosch Integration Partner Program (IPP) website (ipp.boschsecurity.com).
Cameras with this platform are intended to be backwards compatible with existing VMS integrations. Compatibility of the app feature set that is available in the Application store is the responsibility of the app developer and of Security and Safety Things.
Design for challenging environments
Pendant housings are rated to provide IP66 protection and offer an operating temperature range down to -40 °C (-40 °F). The pendant model comes fully assembled with a sunshield which can be easily removed for use in indoor applications. In addition, both pendant and in-ceiling camera models have a high-resolution acrylic bubble for enhanced image clarity.
Ease of installation and servicing
The camera has been designed for quick and easy installation, a key feature from Bosch IP video products. All housings feature recessed screws and latches for increased tamper resistance.
Bosch offers a full complement of hardware and accessories (sold separately) for wall, corner, mast, roof, and pipe mount for indoor and outdoor environments, which allow the camera to be adapted easily to individual site requirements.
Remotely upgrade the camera whenever new firmware becomes available. This ensures up-to-date products, thus protecting investment with little effort.
Camera Diagnostics
The camera has several built-in sensors / advanced diagnostics that display warnings on the camera’s OSD about the health of the camera. The diagnostics log records the events such as:
•Low voltage - a drop in incoming power below the level where the camera becomes non-functional
•High temperature - the internal temperature exceeds specifications
•Low temperature - the internal temperature exceeds minimum levels
•High humidity - the internal humidity exceeds 70%
•Total hours of camera operation
Certain events also appear on the camera’s OSD. These diagnostic records are available for the installation or service technician to review.
Certifications and approvals
For a full list of all related certifications/standards, refer to the Product Tests Report, available on the online catalog, on the Documents tab of the product page for your device. If the document is unavailable on the product page, contact your sales representative.
Electromagnetic |
FCC Part 15, ICES-003 |
compatibility (EMC) |
EN 55024:2010 + A1:2015 |
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EN 55032:2015/AC:2016 |
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Product Safety |
Complies with UL, CE, CSA, EN, and IEC |
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standards including: |
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UL 62368-1 |
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