Hemispherical FOV
180° Wide-Angle Depth Sensing enabled by HemiStereo® Trinocular Stereo Vision Technology
Initial sensor set-up is easy with the HemiStereo® Viewer. Remote control depth sensing configuration and image paramters with a view clicks.
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Introducing HemiStereo® DK1
Meet worlds widest angle depth sensing camera. With an unrivaled field of view (FOV) of 180°x180° (HxV) HemiStereo® Developer Kit 1 enables a whole new generation of applications of spatial perception.
Embedded AI
Real-time Embedded AI Edge Computing powered by NVIDIA® Jetson™ TX2
Privacy-Aware
Integrated Depth Processing and AI Inference allows to build privacy-sensitive applications.
Build the Future of Intelligent Spaces
From People Counting to
Cashier-less Stores
Cashier-less Stores
Traditional retail brands look for new ways to compete with the growing e-commerce competitors. Brick-and-mortar stores don’t have precise insight into their customers buying behavior. Intelligent features like detailed customer analytics or even convenience technologies like cashier-less checkout are being implemented by next-gen stores.
Privacy-Aware and Automated Public Security
Millions of CCTV cameras observe public spaces around the globe. However, these cameras are only used for deterrence and forensic purposes but cannot react to threats. AI-powered security systems on the other hand could automatedly react to dangerous situations or even prevent damages. At the same time the privacy of people in the observed area must be protected
Safe and Situation Aware Homes
Due to recent demographic changes many societies are facing major challenges in their elderly care systems. With more people living alone, the risk of household accidents and health-related emergencies are rising. However, AI-enabled future smart homes could mitigate risks by calling for help in case of emergency.
Made for Developers
Flexible I/O
Expand your DK1 by a wide option of ports, including Display, Gigabit Ethernet, USB and Raspberry Pi-style expansion header.
Powerful SDK
Configure a wide range of camera functions and controls. Get full root access to the underlying L4T OS.
Customizable
Customize your DK1 by changing the 3d-printed cover or expand your application by adding a microphone array or RGB LED modules.
Clean and Easy to Use SDK
HemiStereo® SDK provides a comprehensible C++ API which is available both on-board the embedded system as well on a remote computer.
Specifications
Embedded Computing
Platform
Integrated AI Processing powered by NVIDIA® Jetson TX2 System-on-Module
CPU
NVIDIA Denver 2 (Dual-Core) + ARM® Cortex® -A57 MPCore (Quad-Core) Processors @ 2000 MHz
GPU
256-core Pascal GPU @ 1300 MHz, CUDA® 9.0
RAM
8 GB 4ch x 32-bit LPDDR4 @ 1866 MHz
Depth Sensing
Resolution
1200 (H) x 1200 (V)
Field of View
180° (H) x 180° (V)
Accuracy
0.05 m @ 1 m,
0.25 m @ 5 m
Range
0.4 m to 5 m
(equals area ~10 m x 10 m)
Image Sensors
Sensor Technology
Triple high-sensitivity Sony Exmor™ 2.38MP sensors
Shutter
Electronically synchronized, rolling shutter
Sensor Area
Large 1/1.9 type sensor area and 3.75µm pixels for ultra low-light performance
Aspect Ratio
16:10 aspect ratio for larger vertical FOV (full-curcular projection)
Lenses
Lens Type
High-resolution all-glass fish-eye lenses with 9 elements
Aperture
F/2.2
Infrared
With IR-cut filter (650 nm)
(optional: contact our sales team for variant without IR-cut filter for night vision)
Software
Host OS
Ubuntu 18.04, Windows 10
Embedded OS
Ubuntu 18.04 (Linux4Tegra 32.3.1)
Compatible Frameworks
Compatible to all common vision and AI frameworks through OpenCV interface.
SDK Components
C++ API, Viewer Application (incl. camera controls, recording, extrinsic calibration)
Interfaces
Power
2.1mm DC jack, 11.1 V – 19.6 V
Display
DisplayPort 1.2a up to 3840 x 2160 at 60Hz
USB
USB 3.0 Type-A
Network
RJ-45, 10/100/1000 BASE-T Ethernet
Physical
Dimensions
199 mm x 182 mm x 51 mm
(7.83 in x 7.15 in x 2.0 in)
Weight
690 g
Mounting Options
1/4-20 UNC tripod screw