The solution supports the video data directly written into the storage through the encoder and the Ethernet. It is compatible with the DVR, PC DVR, DVS, and IP cameras of different vendors.
Features:
Supporting the video data directly written into the storage through the front end encoder, thus reducing the server costs
Supporting the RAID to ensure sustainable operation of the surveillance services
Multiple codec devices sharing the storage space and video resources
Supporting the MAID energy saving mechanism of the hard disk to reduce the energy consumption and hard disk damages
Providing the standard API interfaces compatible with the mainstream codec products and platforms
Easy to be deployed and expanded, supporting the distributed storage and centralized management mode
Recommended products:
Brainaire SMI-AntS/SMI-100 series of products that support the Codec storage network expansion.
The Brainaire storage device supports the access of the video stream through the storage server. It cooperates with the servers to manage and invoke the image data.
Features:
Adopting advanced and mature IP SAN/NAS architecture, supporting centralized storage, unified management, and easy
maintenance
Providing high-performance hardware platform and software bottom layer optimization, supporting the concurrent write of
more video streams
Supporting the RAID 0, 1, 5, 6, 10, 50, and JBOD to ensure sustainable operation of the surveillance services
Supporting the MAID energy saving mechanism of the hard disk to reduce the energy consumption and hard disk damages
Providing easy expansion and supporting the future extension and sustainable operation of the entire platform system
Providing the APIs for secondary development, compatible with all encoders and central platform software products
Recommended products:
Brainaire SMI-100/SMI-200 series of products that support centralized storage of the platform server.
The SMI-NVR is a professional surveillance mass storage system developed by Brainaire. The system integrates the storage software and hard disk array. It supports direct write of the video streams and direct playback and search. It provides standard and open interfaces and good compatibility. The NVR storage system is implemented with bottom layer optimization based on the features of surveillance applications.
In the aspects of highly concurrent writing, high stability, and cache processing, the system adopts specialized algorithms to achieve excellent effect. The system integrates the SAN and NAS, with a single module supporting up to 24TB storage space. In addition, it realizes the dynamic expansion of the capacity.
Product features:
Supporting three kinds of network storage modes: codec stream media access, NAS, and SAN connection
Supporting the RAID 0, 1, 5, 6, 10, 50, JBOD mechanisms, hot-swappable hard disks, and sequential power-on of hard
disks
Supporting the MAID energy saving mechanism of the hard disks, which effectively reducing the working power consumption
of the devices and prolonging the service life of hard disks
Supporting flexible deployment architecture and direct writing of video streams through the codec, thus reducing the
hardware cost of the server
Directly performing playback, browse, search, and archive of the video data in the storage device, and supporting the direct
configuration and management on the front end video source
Supporting the concurrent real-time storage of up to 600 streams of D1 digital video streams
Breaking the 2TB limit on the capacity of each record volume, reaching 264 Byte space (levels of thousands PBs)
Completely solving the problems of data loss and unreadable data due to the file system damages and the file
fragmentation due to the minimum cyclic write operations
Supporting the playback and query at any time point, and providing excellent search performance
Providing standard interfaces and control parts for secondary development, and supporting flexible interconnection with the
encoder and central platform
Advantages of Brainaire NVR stream media storage mode:
Supporting the video stream directly written into the storage device through the encoder, thus reducing the storage server
costs, and avoiding the single-point fault
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