A 3U enterprise NAS with 16 hot-swappable 3.5-inch SATA/SAS bays, a 24-core AMD EPYC processor and expandable DDR4 memory.
The NetBytes SNS3000 is a 3U enterprise NAS designed for backup, archive, shared storage and surveillance data retention. Its 16 hot-swappable 3.5-inch drive bays support SATA and SAS storage media, giving Indian organisations the flexibility to select capacity, endurance and cost characteristics according to each deployment. An LSI 12 Gbps HBA card provides the storage interface for the drive subsystem.
Compute resources are provided by a single-socket, 24-core AMD EPYC 700x Series processor. The standard configuration includes 32 GB of DDR4 memory and can be expanded to 512 GB as storage services and workloads grow. NetBytes NAS OS provides the software environment for administering shared storage and related NAS functions.
The standard network configuration includes two 1GbE RJ45 ports. Deployments requiring higher network bandwidth can be configured with optional dual-port 10GbE copper or dual-port 10GbE SFP+ connectivity. An 800 W dual-redundant CRPS power configuration supports enterprise deployment requirements and service continuity planning.
The SNS3000 is suitable for IT teams consolidating departmental file storage, maintaining backup repositories, building long-term archives or retaining surveillance recordings. Its rack-mounted design combines sixteen large-form-factor bays with an expandable server platform, enabling procurement teams to specify drives, networking and memory for the intended workload. The system includes a three-year standard warranty, extendable to five years.
The NetBytes SNS3000 provides sixteen 3.5-inch hot-swappable bays in a 3U rack footprint, making it suitable for organisations that need to consolidate backup repositories or long-term archives. Support for both SATA and SAS drives allows procurement and infrastructure teams to select storage media according to capacity, endurance and budget requirements. The hot-swappable bay design simplifies planned drive servicing without requiring the chassis to be removed from the rack. An LSI 12 Gbps HBA card connects the storage subsystem, while NetBytes NAS OS provides the operating environment for storage administration. The platform can be configured for centralised backups, departmental file retention, archival datasets and other capacity-focused requirements. Final drive quantities, capacities and storage protection settings can be selected at quotation based on retention policies and workload needs.
A single-socket, 24-core AMD EPYC 700x Series processor gives the SNS3000 a server-class foundation for NAS services and concurrent storage workloads. The standard 32 GB DDR4 memory configuration can be expanded to 512 GB, enabling the system to accommodate growing metadata, caching and service requirements. Two 1GbE RJ45 ports are included for standard network connectivity. Where the storage design calls for additional network bandwidth, the appliance can be ordered with either two 10GbE copper ports or two 10GbE SFP+ ports. This choice helps IT teams align the NAS with existing switching infrastructure rather than introducing an unsuitable interface standard. Memory, drives and network options can be sized per configuration, allowing buyers to procure an appliance matched to current needs while retaining a practical expansion path.
The SNS3000 is designed for Indian enterprises, institutions and infrastructure teams deploying shared storage, backup, archive or surveillance retention. It can serve as a central NAS for users and applications, a repository for scheduled backups or a capacity platform for retained video data. The 800 W dual-redundant CRPS configuration provides separate power modules for enterprise rack deployment and maintenance planning. NetBytes NAS OS offers a consistent environment for managing the storage appliance, while the rack-mounted chassis fits established data-centre and server-room layouts. Each system includes a three-year standard warranty that can be extended to five years, helping procurement teams align coverage with the expected project lifecycle. Drive population, network interfaces, memory capacity and the final storage configuration can be defined during quotation for the intended workload and retention plan.