Surveillance Kit 8x BCS-EA15FR3-G(H2) 5Mpx, 0.05Lux, 3.6 mm, H: 100°

Our kits are carefully selected devices that guarantee full compatibility and efficiency. You will find all the necessary components and accessories that will allow you to immediately start installing and configuring your equipment.

The kit includes:

• BCS-V-XVR0801-4KE-AI DVR ( 1pc ).
• BCS-EA15FR3-G(H2) camera ( 8pcs ).
• 1TB hard drive ( 1pc ).
• UTP cat.5e cable ( 40m )
• Sticker "Attention Monitored Facility" ( 1pc )
• DC connectors ( 8pcs ), LZ1 connector ( 1pcs ), converters ( 8pcs ).
• Power supply for cameras ( 1pc )

Main features:

• Complete monitor kit with 8 cameras, DVR and all necessary accessories.
• High image quality 2560x1960p pixels (5Mpx)
• Viewing angle of cameras: H: 100°
• Outdoor/indoor mountable camera
• Enhanced recording performance with H.265 PRO+ codec
• Infrared light range - 30m
• Cameras meeting IP66 protection class
• Audio recording with the cameras built-in microphone
• Hardware DWDR
• Hard drive with a capacity of 1TB, dedicated for use in video surveillance systems
• Possibility of remote monitoring via web browser, PC application and mobile device application.
• P2P (cloud) support - a feature that allows remote access without port forwarding and public IP address

High-quality image The light-sensitive sensor and high-quality sensor combined with advanced optics deliver high-quality images with excellent sharpness. The device records at 5Mpx resolution, giving it a significant advantage over typical FullHD models. It guarantees that even the smallest detail will be captured on the footage. A: 1280x720p ( 1Mpx ) B: 1920x1080p ( 2Mpx ) C: 2048x1536p ( 3Mpx ) D: 2560x1440p ( 4Mpx ) E: 2560x1960p ( 5Mpx ) F: 3840x2160p ( 8Mpx )

BCS-V-XVR0801-4KE-AI 8 channel BCS View DVR.

• Channels: 8+4
• Disks: 1
• Disk capacity: 10 TB
• Max recording resolution: 8 Mpx
• Transmission standard: HD-CVI / AHD / HD-TVI / ANALOG / IP
• System: Analog HD + IP

Product content:

In addition to the camera, the box includes useful instructions and mounting accessories to speed up the entire process of mounting the camera.

The box includes:

• 1x 5Mpx horn camera - BCS-EA15FR3-G(H2)
• Documentation - User manual, warranty card, adjustments
• Template - Small size template with mounting holes of the camera
• Screws and mounting studs - Everything you need to mount the camera
• Waterproof kit - A set of accessories to protect the camera's connectors from moisture

BCS products are devices that focus on ease of use, literally anyone can handle their installation and configuration thanks to the included instructions.

BCS dome camera BCS-EA15FR3-G(H2)

• Sensor: 1/2.5" STARVIS CMOS- max resolution 2704 x 1950
• Fixed lens: 3.6mm - viewing angle 100°
• Built-in infrared illuminator with a range of up to 30m
• Built-in mechanical sliding infrared filter (ICR)
• 75 Ohm (1 Vp-p) composite BNC video output
• IP66 sealed housing

P2P function

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

• Direct Connection: P2P allows a direct connection between the camera and the user's device. This means that video data can be transmitted directly, without having to go through an intermediary server.
• Ease of Setup: One of the main advantages of P2P is the ease of setup. Users often only need to scan a QR code or enter a camera ID to establish a connection.
• Remote Access: The user can access the camera's video from anywhere in the world, provided both the camera and the end device have Internet access.

Live Streaming (RTMP)

RTMP, or Real-Time Messaging Protocol, is a protocol used to transmit audio, video and other data in real time over the Internet. In the context of surveillance cameras, RTMP is mainly used to stream live video from a camera to a server or platform, which can be local or remote.

RTMP is particularly useful for applications that require live streaming to the Internet, such as streaming services or social media. Its use in surveillance cameras allows wide access to camera video, both for individual users and professional surveillance teams.

Efficient storage

H.265+ encoding, also known as High Efficiency Video Coding (HEVC+), is an advanced video compression technology used in modern surveillance systems. It is an extension of the H.265/HEVC standard, providing even higher compression efficiency than its predecessors. The main features of H.265+ coding in surveillance DVRs are:

• Higher Compression Efficiency: H.265+ makes it possible to significantly reduce the size of video files while maintaining the same image quality. This saves disk space and increases the storage time of recordings.
• Energy Savings: More efficient compression reduces the CPU load, resulting in lower power consumption of surveillance equipment.

IP66 certified housing This housing protects the camera from external factors such as dust, dirt and moisture, which is especially important in industrial or dusty environments. Cameras with IP66 housing can be installed in a variety of locations, from industrial to marine, without worrying about environmental damage.

Remote access from phone and desktop computer BCS systems allow you to configure, control and view via apps that will provide you with constant access to monitoring from anywhere on earth with internet access. The above programs allow you to: Access video preview and play back recorded footage Save parts of the video to your smartphone's memory Configure time frames for motion detection Receive notifications from motion detection or other events Share your device with other smartphones with the mobile app, such as family members or employees

Wide Dynamic Range - That is, high quality in challenging conditions

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

• Exposure balancing: WDR helps produce clear images in situations where there is strong backlighting or underexposure, such as when filming from inside a building overlooking a brightly lit exterior.
• Preservation of detail: With WDR, cameras can better capture details in the dark and bright parts of the image. This allows clear recognition of faces, vehicle license plate numbers and other important elements that might not be visible under standard conditions.
• Image processing technology: WDR achieves its effects by quickly switching between different exposure levels or by combining several images taken with different exposure settings to create a single, balanced image.
• Usefulness in security monitoring: This feature is particularly important in security monitoring systems, where it is important to get clear images in a wide variety of lighting conditions, both indoors and outdoors.
  
  

Video and audio recording The audio recording function of surveillance cameras allows you to record sounds along with video, which significantly increases the capabilities and efficiency of surveillance systems. The main advantages of such a solution are: Comprehensive surveillance: Audio recording enables the collection of more detailed information about the monitored environment, which can be helpful in analyzing events or identifying people. Situation analysis: Audio can provide additional information that is not visible on video, such as conversations, background noises, or other sounds, which can be important for understanding the context of an event. Increased monitoring effectiveness: Integrating audio into a visual surveillance system increases the overall effectiveness of the system, enabling faster and more accurate responses to incidents.

 

Automatic day/night mode Adapted to work in all lighting conditions with visibility up to 30m even in total darkness. In addition, the Day/Night sensor switches the video mode automatically based on the amount of light reaching the lens.