The video surveillance system is an integral part of the security system, through the monitoring system can be real-time dynamic report of the situation of the monitored point, timely detection of problems and processing, the complete backup data obtained can also be used for analysis and investigation after the fact. With the rapid development of storage capacity, network bandwidth, processor performance and various video compression processing technologies, the digitalization and networking trend of video surveillance systems is becoming increasingly obvious. In today's networked monitoring system, system input, control, display and storage are carried out in a digital way, and the digitally processed images are transmitted to the monitoring center equipment through the IP network, and users can view, record and manage real-time video information through any computer in the network. Anytime, anywhere, plug and play, high openness and flexibility, low total cost of ownership, and more.

Details

Introduction of the surveillance storage solutions:

After years of accumulation of storage product research and development and project implementation, MonStron R&D Center can integrate various solutions for monitoring and storage according to the storage requirements submitted by customers. It covers comprehensive technical indicators such as capacity computing, performance, stability, security, ease of use, scalability, and service, in order to complete the implementation of storage projects with high quality, speed, security, and efficiency.

At present, the mode of video surveillance storage is mainly divided into: local storage mode and network storage mode (NAS storage, IP SAN storage) two categories. As a professional server and storage manufacturer in China, MonStron has a complete series of monitoring and storage product production lines such as array cabinets, large-capacity storage servers, NAS and IP-SAN, which can provide professional video surveillance storage solutions according to the different needs of customers.

Local storage mode: A storage mode where the embedded encoder is directly connected to the local disk storage (i.e., the storage server). Network storage mode: In digital video surveillance, full IP network transmission: Supports fixed IP and PPPoE access to the network; Supports multiple network protocols: TCP/IP, RTP, UDP, HTTP, IGMP, Telnet, ICMP, ARP; Supports unicast (Unicast) and multicast (Multicast) transmission methods of the IP protocol; Live streams can be transmitted using TCP or UDP methods, which can be flexibly configured; It can simultaneously send real-time audio and video data streams and storage audio and video data streams based on iSCSI or NFS protocols. Currently, many digital camera encoders have integrated client modules for iSCSI and NAS.

MonStron provides three storage solution modes for digital high-definition surveillance:

1. Large-capacity server storage: A storage mode that directly links the embedded encoder with local disk storage (i.e., storage server). All video recording data is converted into digital data after passing through the capture card and stored in a mass storage server.

2. NAS storage: support standard NFS protocol; Based on the pre-defined storage plan, the system automatically encapsulates the video stream in IP packets and writes them directly to the NAS storage system, simplifying the system framework and saving user investment.

3. IP SAN storage: support standard ISCSI protocol; According to the pre-defined storage plan, the system automatically encapsulates the video stream in IP packets and writes them directly to the IP SAN storage system, simplifying the system framework, facilitating storage expansion, and saving user investment.

Calculation of surveillance storage capacity:

It is very convenient to expand the storage capacity of MonStron Monitoring, and the corresponding number of storage devices can be configured according to the actual demand capacity. Since the data in the storage system needs to be protected by RAID, the monitoring data in the system can be well protected and secured according to the commonly used RAID5+Hotpare or RAID6 array mode. At present, several megapixel high-definition network cameras on the market use CCD and CMOS sensors, support 1280×720, 1920×1080 high-definition full real-time encoding, which can achieve up to 5 times the D1 effect display, and the bit rate is adjustable between 1M-8Mbps.