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Three Mission-Critical Features Make Huawei SDCs Unique

Traditional cameras have problems such as fixed functions, poor computing power, and upgrading difficulties because they have coupled software and hardware and limited Central Processing Unit (CPU) performance. Meanwhile, Huawei Software-Defined Cameras (SDCs) integrate cutting-edge technologies such as Artificial Intelligence (AI)-assisted vision, multi-dimensional awareness, and network-wide synergy, meeting demands in various fast-growing industries. Huawei SDCs also feature advanced AI chips, an open-ended SDC Operating System (OS), and a prosperous algorithm and application ecosystem, enabling continuous algorithm and application iteration.

Advanced AI Chips
Huawei SDCs use advanced Neural Processing Units (NPUs) such as Ascend chips to provide a computing power 25 times that of CPUs, enabling visual analysis and computing of trillions of records.
Open-Ended SDC OS
Huawei has launched the industry’s first SDC OS, which allows software to be decoupled from hardware. The OS enables multiple algorithms to operate independently, ensuring service continuity during algorithm upgrade and switchover.

Improved Camera Performance

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SuperColor: Present full-color images day and night
Huawei SDCs adopt the AI-assisted image fusion algorithm and invisible infrared light. These features deliver full-color images day and night without light intensity loss or light pollution. Because of these features, Huawei SDCs capture fine details with more efficiency even at night.
Low-light-level imaging

Huawei SDC

Industry average

   0.0001Lux Capturing in extremely dark scenarios
  0.001Lux
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Automatically adapt to different weather and lighting conditions
Huawei SDCs are equipped with the industry’s largest 4/3 inch Complementary Metal-Oxide Semiconductor (CMOS) sensor and Huawei-developed Image Signal Processor (ISP) engine, enabling ultra-long visual range and ultra-wide angle and possessing light sensitivity 50% higher than traditional Charge-Coupled Device (CCD) cameras. Huawei SDCs, based on massive data training, have learned features of various scenes, can identify light and weather changes in real time, and dynamically adjust image settings to produce clear 4K images in real time.
Low-light recognition rate

Huawei SDC

Industry average

  85%
  40%
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Ensures security of densely populated areas without missed snapshots
Owing to the outstanding computing power of AI chips like Ascend chips, a Huawei SDC can capture up to 100 faces per frame in densely populated scenes based on their unique feature tracing and match algorithm. The repetition rate is lower than 8%, significantly alleviating the pressure on back-end image analysis resources.
Face capture capability

Huawei SDC

Industry average

   200 images/frame
  30 images/frame
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AI Proxy 1+N: Add intelligence to common cameras nearby

Huawei SDCs have the industry-unique feature: 1 + N (1 smart camera + N common HD cameras). Equipped with professional AI chips that have immeasurable computing power, a single SDC can connect to multiple common HD cameras to work collaboratively. The SDC performs its own intelligent analysis tasks as the master camera while adding intelligence to other common cameras on the same network segment, which lowers customer investment and improves effectiveness 3-fold.

Network-wide effectiveness

Huawei SDC

Industry average

  4x
  

Full Series of Huawei Software-Defined Cameras

Face Checkpoint

Data Structuring Cameras
  • The industry’s first face and person data structuring camera that supports simultaneous capture of up to 100 objects and recognition of 12 facial and personal attributes

  • Dynamic face capture rate is above 97 percent; face capture repetition rate is 8 percent or under

  • Face library with up to 100,000 face records, built-in 32 GB eMMC (high-performance local solid-state storage)

Scenarios:

Facial recognition at campus entrances/exits and key building entrances/exits

Vehicle Checkpoint

Vehicle Checkpoint
  • Supports license plate recognition for vehicles moving at speeds up to 80 km/h on roads with 2 to 4 lanes.

  • Supports recognition of 3,000+ vehicle models, 10+ vehicle types, 11 vehicle colors, and model year.

  • Built-in GPS and time calibration modules

Scenarios:

Vehicle capture at road checkpoints and campus entrances/exits

Omni-Data Structuring

Omni-Data Structuring Cameras
  • The industry's first omni-data structuring camera that supports data structuring of motor vehicles, non-motor vehicles, and pedestrians, and concurrent operation of multiple algorithms

  • Simultaneous snapshots of 50+ objects

  • T-shot intelligent snapshot engine, ensuring targeted image optimization

ITS

Integrated ITS Cameras
  • The industry's first motorized zoom ITS camera with a built-in illuminator, wiper, surge arrester, and lens

  • Dual data backup: industrial-grade flash memory, 4G gateway backup link

  • Capturing faces in moving vehicles at speeds up to 200 km/h at night; detects seat belt and hands-free device infractions

Scenarios:

Integrated ITS cameras installed at road checkpoints and road intersections

Situation Awareness

All-Scenario Situation Awareness Cameras
  • Adaptive to varied light conditions, weather conditions, and motions to optimize image quality in all scenarios

  • Supports both situation awareness and crowd density detection; supports tilted installation; crowd density detection rate is above 90%

  • Excellent 4K performance in low-light conditions, optical defogging, self-cleaning coating, IP66-rated waterproofing

Scenarios:

High-altitude surveillance, city/campus situation awareness, crowd density detection in complex scenes