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Not sure where to start? Our structured selection methodology guides you from project parameters to the optimal system architecture.

Storage Selection Guide

Facing complex storage categories and not knowing how to match your project needs? Our Selection Guide provides a matrix-based methodology based on project scale, performance requirements, reliability levels, data retention periods, and budget ranges.

Storage Selection Guide

01

Define Project Scale

Determine the number of camera channels, total storage capacity required, and expected data growth over 3-5 years. This establishes the baseline for architecture selection.

02

Assess Performance Requirements

Evaluate peak write bandwidth (concurrent camera streams × average bitrate), read performance for retrieval and analytics, and latency requirements for real-time applications.

03

Determine Reliability Level

Based on the criticality of your surveillance data, select the appropriate redundancy level: RAID for single-site, distributed erasure coding for multi-node, or geo-redundancy for mission-critical deployments.

04

Plan Data Retention

Map out your retention requirements by data category: recent footage (hot), aging data (warm), compliance archive (cold). This determines the tiering architecture and total capacity planning.

05

Evaluate Integration Needs

Identify your existing VMS platform, analytics systems, and IT infrastructure. Ensure storage solution supports required protocols (ONVIF, GB28181, NFS, iSCSI) and APIs.

06

Calculate TCO & Select

Compare total cost of ownership over 5 years including hardware, software, power, cooling, space, and operations. Select the solution that best balances performance, reliability, and cost.

Quick Selection Matrix

Project ScaleRecommended ArchitectureKey ProductsTypical Use Case
Small (< 64 channels)NVR / Hyper-ConvergedAll-in-one NVR, HCI applianceRetail stores, small offices, residential
Medium (64–512 channels)NAS + VMS ServerSurveillance NAS, dedicated VMSSchools, hospitals, medium campuses
Large (512–5000 channels)Distributed Storage ClusterScale-out NAS, object storageLarge campuses, city districts, factories
Enterprise (5000+ channels)Full Distributed ArchitectureObject storage, AI data lakeSafe City, transportation, large enterprise
Edge + Cloud HybridEdge-Cloud CollaborativeEdge nodes + cloud managementChain retail, energy, remote sites
AI Analytics FocusAI Data Lake ArchitectureGPU-direct storage, metadata catalogSmart traffic, smart factory, AI companies

Frequently Asked Questions