Spec Sheet

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iDS-2CD7A46G0-IZHS(8)(Y)
4 MP IR Varifocal Bullet Network Camera
• High Quality Imaging with 4 MP Resolution
• DarkFighter Technology for Excellent Low-
Light Performance
• 140 dB WDR for Clear Imaging Against Strong
Backlight
• Efficient H.265+ Compression Saves
Bandwidth and Storage
• Advanced Streaming Technology Enables
Smooth Live View and Data Self-Correcting in
Poor Networks
• 5 Streams and up to 5 Custom Streams to
Meet a Wide Variety of Applications
• Water and Dust Resistant (IP67) and Vandal
Proof (IK10)
Hikvision’s iDS-2CD7A46G0-IZHS(Y) cameras’
embedded deep learning algorithms integrate
multiple intelligences. The technologies count
people and sample face features simultaneously
and identify people passing repeatedly over a
period of time. It also activates a face alarm for
entrance control and people counting.
Hard Hat Detection
With embedded deep learning algorithms, the
camera detects persons in a specified region. It
detects whether the person is wearing a hard hat
and captures the head of the person and reports
an alarm if not.
Multi-Target-Type Detection
With the embedded deep learning algorithms, the
cameras detect and capture faces and human
bodies in specific regions and outputs features
such as gender, age, and top color. They support
a structurized model of the face and human body
for structurized data collection.
Queue Management
With embedded deep learning based algorithms,
the cameras detect the number of queued
people and the waiting time of each person. The
body feature detection algorithm helps filter out
wrong targets and increases detection accuracy.
Metadata
Metadata uses individual instances of
application data or data content. Metadata can
be used for third-party application development.
Smooth Streaming
Smooth streaming improves video quality in
different network conditions. For example, in
poor network conditions, adapting to the
detected real-time network condition, streaming
bit rate and resolution are automatically adjusted
to avoid mosaic and lower latency in live view; in
multiplayer networks, the cameras transmit
redundant data for self-error correcting in the