Camera features BCS-P-TIP28FSR4L4-Ai2-G:

• 8 MP (3200×1800) – more detail in the frame, easier recognition of people and events.
• 1/2.7" CMOS sensor + 0.003 Lux – very good sensitivity in low-light conditions.
• Fixed 2.8 mm F1.4 lens – wide angle and bright optics for general surveillance.
• Viewing angle H: 98.7° V: 53.6° D: 113.4° – large monitoring area without “dead” zones.
• 130 dB WDR – clear image in high-contrast scenes (e.g. window, gate, headlights).
• IR 40 m + White Light 40 m + NightColor – at night you get visibility in darkness and the option of color image.
• Microphone + speaker (G.711A/U) – audio and two-way communication from the installation site.
• AI: perimeter protection + SMD (human/vehicle) + people counting – fewer false alarms and better event analytics.
• H.265/H.265+ compression + 3 streams – storage savings and smooth preview in various applications.
• IP67, PoE 802.3af, microSD up to 512 GB – resistance to outdoor conditions, simple power supply, and local recording.

High-quality image

The light-sensitive sensor and high-quality image processor combined with advanced optics deliver high-quality images with excellent sharpness. The device records in 8 MP resolution, giving it a significant advantage over typical Full HD models. It ensures that even the smallest detail is captured in the video footage.

• A: 1280x720p ( 1MP )
• B: 1920x1080p ( 2MP )
• C: 2048x1536p ( 3MP )
• D: 2560x1440p ( 4MP )
• E: 2560x1960p ( 5MP )
• F: 3840×2160p ( 8MP )

Motion detection

BCS-P-TIP28FSR4L4-Ai2-G has a built-in motion detection algorithm in the image. Additionally, it can send notifications to your phone or computer. You can also freely set the area of interest so that, for example, you only receive notifications about movement from the entrance gate. In addition to 24/7 recording, the cameras can also record only selected fragments after motion is detected, which helps reduce hard drive usage.

Video and audio recording

The audio recording function in surveillance cameras allows sounds to be recorded together with the video image, which significantly increases the capabilities and effectiveness of surveillance systems. The key advantages of this solution are:

• Comprehensive surveillance: Audio recording makes it possible to collect more detailed information about the monitored environment, which can be helpful in event analysis or person identification.
• Situation analysis: Sound can provide additional information not visible in the image, such as conversations, background noise, or other sounds, which may be important for understanding the context of an event.
• Increased monitoring effectiveness: Integrating sound with the visual surveillance system improves the overall effectiveness of the system, enabling faster and more precise responses to events.

P2P function

In surveillance cameras, this is a technology that enables direct communication between the camera and the end device (such as a smartphone or computer) without the need to use an external server. Here are the main features and operating principles of this function:

• Direct connection: P2P allows a direct connection between the camera and the user's device. This means video data can be transmitted directly, without having to pass through an intermediary server.
• Ease of configuration: One of the main advantages of P2P is easy setup. The user often only needs to scan a QR code or enter the camera identifier to establish a connection.
• Remote access: The user can access the camera image from anywhere in the world, provided both the camera and the end device have internet access.

Power Over Ethernet (PoE)

The Power over Ethernet (PoE) function in surveillance cameras is a technology that enables the transmission of data and electrical power to a network device using a single Ethernet cable. Thanks to this solution, cameras can be installed in places where access to power sources is limited or unavailable. PoE simplifies installation by reducing the need for additional cables and power adapters. Moreover, surveillance systems using PoE are easier to scale, as adding a new camera only requires connecting it to the PoE network. This increases the flexibility and cost-effectiveness of surveillance systems.

Audiovisual recording on a memory card

The microSD card in the BCS-P-TIP28FSR4L4-Ai2-G camera enables local storage of recorded data without the need for a continuous connection to an external storage system, ensuring independence and reliability in the event of an internet connection loss. Additionally, it allows easy access to saved recordings, making event analysis and archiving of key materials easier.

Maximum supported capacity - 512GB

IP67 weather-resistant design

This type of housing protects the camera from external factors such as dust, dirt, or moisture, which is especially important in industrial environments or places with heavy dust exposure. Cameras with an IP67 enclosure can be installed in a variety of locations, from industrial to marine environments, without worrying about damage caused by environmental factors.

Remote access from phone and desktop computer

BCS-P-TIP28FSR4L4-Ai2-G enables configuration, control, and live view via the BCS Menager application, giving you constant access to your surveillance system from anywhere in the world with internet access. The above programs allow you to:

• Access live video preview and play back recorded footage
• Save video clips to smartphone memory
• Configure time frames for motion detection
• Receive notifications from motion detection or other events
• Share your devices with other smartphones using the mobile application, e.g. family members or employees

Wide dynamic range - high quality in difficult conditions

The WDR (Wide Dynamic Range) function in surveillance cameras is a technology that improves image quality in difficult lighting conditions, especially when there are both very bright and very dark areas in the camera’s field of view at the same time. The key aspects of the WDR function are:

• Exposure balancing: WDR helps obtain a clear image in situations with strong backlighting or underexposure, for example when filming from inside a building facing a brightly lit exterior.
• Detail preservation: Thanks to WDR, cameras can better capture details in dark and bright parts of the image. This allows clear recognition of faces, vehicle license plates, and other important elements that might be invisible under standard conditions.
• Image processing technology: WDR achieves its effects by rapidly switching between different exposure levels or by combining several images taken with different exposure settings to create one balanced image.
• Usefulness in security monitoring: This function is particularly important in security surveillance systems, where it is essential to obtain clear images in various lighting conditions, both indoors and outdoors.

Automatic day/night mode

Designed to operate in all lighting conditions with visibility up to 50 m even in complete darkness. Additionally, the Day/Night sensor automatically switches the viewing mode based on the amount of light reaching the lens.

D.O.R.I.

The DORI parameter (Detection, Observation, Recognition, Identification) is used to determine the ability of vision systems, such as surveillance cameras, to detect, observe, recognize, and identify objects or people at specific distances. The values given for each of these four elements define the effective range at which the system can perform each of these tasks:

• Detection (63 m): The system is able to detect the presence of an object or person at a distance of up to 63 meters. This means that at this distance it is possible to determine that something is within the camera’s field of view, but not necessarily what it is.
• Observation (25 m): At a distance of up to 25 meters, the system can not only detect an object but also provide enough detail for the observer to understand the general shape and perhaps some characteristic features of the object, though without precise recognition.
• Recognition (13 m): Recognition at a distance of up to 13 meters allows the system to provide enough detail for the observer to determine the type of object, for example whether it is a person, a car, or another object.
• Identification (6 m): At a distance of up to 6 meters, the system can provide a very detailed image that allows identification of specific features of an object or person, such as a face, vehicle license plate, etc., enabling precise identification.

Technical specification: