Features:
- High-Performance Layer 3 Switch with 10 GB Uplinks
- 10 Gigabit Connectivity: Layer 3 stackable smart-managed switch: 24xGbE ports, 2x10GBase-T ports, 2x10G SFP+ ports
- Stackable Configuration: Physical stacking up to 8 switches, virtual stacking up to 32 switches
- Advanced L3 Features: OSPF, RIP/RIPng, IGMP v1/v2/v3, MLD v1/v2, and PIM-SM/DM/SSM
- Flexible Uplink and Stacking: 10 GB optical and copper ports for uplinks and stacking
- Zero Touch Provisioning: Effortless deployment with zero-touch provisioning
- Web-Based Management: Multi-site management via Web GUI
- NDAA Compliant
The DGS-1520 Series comprises advanced Lite Layer 3 Stackable Smart Managed Switches, providing 80 Gigabit stacking bandwidth.
With Zero Touch Provisioning for effortless multi-site deployments, it's tailored for server and storage applications, catering to SMBs with growing networks and substantial bandwidth requirements, enabling smooth aggregation between access and core layers.
Zero Touch Provisioning
Zero Touch Provisioning is perfect for multi-site network expansions. Simply preconfigure your network settings in a centralized location, then install the DGS-1520 switches for effortless deployments.
Minimize Outages with Power Redundancy
For a more resilient network infrastructure, connect up to four DGS-1520 switches (non-PoE models only) with the DPS-520 PoE redundant power supply system through the management port and actively back up four devices to significantly reduce power redundancy costs.
- Auto Discovery: Automatically detect power requirements of connected PD devices.
- RPS Port Priority: Enables administrators to define RPS failover policy.
- Status Reporting: Administrators can connect via web browser to remotely monitor DPS-520 status.
Enhanced Manageability Supported by D-view 8
The DGS-1520 series is overseen through D-View 8, an exceptionally adaptable and effortlessly scalable network management software. This software enhances network performance, streamlines network infrastructure, increases bandwidth, and minimizes the complexity of cabling.
