How to Design an NVR Server for Recording and Management of Security Cameras

First, check the VMS’s minimum hardware requirements based on frame rate, bit rate, and expected motion hours. The CPU and GPU you choose should have a higher benchmark score than what is recommended by the VMS calculator. Then, design a server with as many points of redundancy as possible: double or triple-redundant power supply (will be very loud, so ideal for a private equipment room) and dedicated RAID card with BBU with hot spare(s) are required.

The server’s storage devices should support the use of each partition, e.g. RAID1 SSDs or SAS drives for the OS, SAS drives for short-term recording, and either SAS or enterprise-grade SATA for long-term archiving. Choose a chassis that is certified for the OS, RAM that is certified for the motherboard (or else Supermicro and other motherboard manufacturers won’t support you), and drives that are compatible with the RAID card. Choose a RAID card that can support external JBOD storage, if future expansion is required.

Cloud-based recording/archiving and/or edge storage on devices are additional optional redundancies.

My company has been building custom NVR and storage solutions in various form factors (cube, 2U, 3U, 4U, 8U) for all types of organizations including government agencies, museums, police/fire stations, retail, HOAs, and more since 2004. We install the OS and VMS and deliver a plug-and-play server at a lower price and better value than you can find anywhere: free shipping within the Continental USA, 3-year warranty, free lifetime technical support, prices start at under $2000, all major credit cards and PayPal accepted. Our most popular VMS configurations are Milestone XProtect and Digital Watchdog. Servers typically ship within 3-5 business days after passing a multi-point quality control process and burn-in.

Feel free to contact us if you have additional questions: 310-370-9500, x1 for Sales, or email [email protected].

 

Raymond Shadman

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Raymond Shadman2018-09-11