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OFTWARE
EFINED
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It can think, share and see in extreme darknessThe video surveillance industry has entered the intelligent era. Cameras have evolved from offering mere visibility — today, they provide multi-dimensional, intelligent awareness, where images are understandable and analyzable, and trends are foreseeable.
The software used in traditional cameras is coupled with the hardware, severely limiting their application. Conversely, Huawei’s innovative Software-Defined Camera (SDC) — supported by advanced Artificial Intelligence (AI) chips, an open-ended Operating System (OS), and a future-proof ecosystem — decouple intelligent algorithms from hardware, in turn supporting the continuous, nearly instantaneous online upgrade of algorithms and self-learning. This enables the sustainable development of algorithms throughout the hardware lifecycle, requiring just a one-time hardware investment.
Huawei SDC adopts an open-ended software architecture that can integrate more advanced algorithms from ecosystem partners, achieving inclusive AI. Additionally, an open hardware architecture allows — indeed, even encourages — connections to various third party sensors, helping to create additional social and business value for customers in diverse sectors.
To adapt to varied security demands and process massive amounts of information and data, AI-based computing power has become an important basis for intelligent video products. Quite simply, Huawei SDC directly overcomes the security limitations that traditional cameras face.
In Huawei’s comprehensive range, there are three main series of SDC: the X (eXtra) series, the M (Magic) series, and the C (Credible) series — all are equipped with advanced AI chips, able to load different algorithms, and meet diversified intelligent requirements.
X (eXtra) series: Equipped with superior AI chips and a full algorithm set, driving intelligence to new levels.
M (Magic) series: Intensive AI-powered cameras featuring lightweight computing power and intelligence, providing intelligence for dedicated scenarios.
C (Credible) series: Ultra-simplified Operations and Maintenance (O&M) achieves high-level video quality diagnosis, ensuring an optimal viewing experience for ultra-High Definition (HD) footage.
This type of cameras can accurately capture faces in motion and match faces in real time in densely populated scenes such as walkways and entrances.
2-megapixel or 8-megapixel for your choice
Visible infrared or invisible infrared for your choice
This type of cameras are smart cameras that can simultaneously capture and recognize motor vehicles, non-motor vehicles, and pedestrians. The cameras support concurrent running of multiple algorithms and can meet video structuring requirements in complex scenarios such as backstreets and urban roads.
This type of camera supports license plate recognition, vehicle type recognition, vehicle color recognition, and classification of motor vehicles, non-motor vehicles, and pedestrians, applicable to vehicle detection and capture in multiple scenarios such as urban roads, inter-city roads, and city gates.
This type of cameras are mainly used to detect and record traffic violations taking place at road intersections. By recording traffic violations in detail, these cameras act as the traffic order keeper, effectively promoting courteous driving.
This types of cameras can adapt to varied light conditions and weathers and produce 4K surveillance images in real time by dynamically adjusting image enhancement algorithms. They are widely applied in a variety of industries such as rail transportation and campus.
Scene adaptation
Object classification
Personal attribute recognition
1/1.8 inch CMOS
2-megapixel
Focal length: 2.8–12 mm
Generate clear image in ultra-low-light conditions
Support intelligent analysis
1/2.8" CMOS
2-megapixel
Focal length: 5–115 mm
Deliver clear images in ultra-low-light conditions
Support intelligent analysis
1/1.8'' CMOS
Up to 8-megapixel HD video
Optional focal length (5.6–208 mm)
Deliver clear images in ultra-low-light conditions
Support intelligent analysis
Excellent low-light performance;
super defogging technology.
1/1.8" CMOS
2-megapixel
Optional focal length (6–186 mm or 5.9–135.7 mm)
Deliver clear images in ultra-low-light conditions
Support intelligent analysis
1/2.7" CMOS
Optional resolution (2-megapixel or 5-megapixel)
Optional focal Length (2.8 mm, 3.6 mm, or 6 mm)
Generate clear image in ultra-low-light conditions
Support intelligent analysis
1/2.7" CMOS
Optional resolution (2-megapixel or 5-megapixel)
Optional focal length (5–165 mm or 5–115 mm)
Deliver clear images in ultra-low-light conditions
Support intelligent analysis
Provides a one-stop solution to address difficulties in video backhaul and equipment power supply, and helps deploy control networks.
This type of cameras can accurately capture faces in motion and match faces in real time in densely populated scenes such as walkways and entrances.
This type of cameras are smart cameras that can simultaneously capture and recognize motor vehicles, non-motor vehicles, and pedestrians. The cameras support concurrent running of multiple algorithms and can meet video structuring requirements in complex scenarios such as backstreets and urban roads.
This type of camera supports license plate recognition, vehicle type recognition, vehicle color recognition, and classification of motor vehicles, non-motor vehicles, and pedestrians, applicable to vehicle detection and capture in multiple scenarios such as urban roads, inter-city roads, and city gates.
This type of cameras are mainly used to detect and record traffic violations taking place at road intersections. By recording traffic violations in detail, these cameras act as the traffic order keeper, effectively promoting courteous driving.
This types of cameras can adapt to varied light conditions and weathers and produce 4K surveillance images in real time by dynamically adjusting image enhancement algorithms. They are widely applied in a variety of industries such as rail transportation and campus.
Provides a one-stop solution to address difficulties in video backhaul and equipment power supply, and helps deploy control networks.
In peak season, over 100,000 tourists visit our scenic spot every day. Our main aim is to make sure that everyone enters safely and efficiently. Meanwhile, to ensure safe and enjoyable tourism, we need to intelligently reconstruct the legacy facilities, but on a limited budget.
Huawei SDCs can replace some cameras on the existing network and connect to the common legacy cameras, using the existing computing power and transforming the legacy cameras into intelligent ones. This helps maximize our ROI and operational efficiency.
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