Description
Cisco MS130-48X Technical Overview
The Cisco MS130-48X is a cloud-managed Layer 2 access switch designed to provide reliable, high-performance connectivity for branch and campus deployments. This platform integrates seamlessly with the Cisco Meraki dashboard, allowing engineers to manage the MS130-48X through a centralized, intuitive interface. It supports advanced security features and robust traffic shaping to optimize network flow in enterprise environments. The hardware is purpose-built to maintain consistent uptime in demanding infrastructure settings.
The MS130-48X chassis features 48 Gigabit Ethernet ports alongside four 10GbE SFP+ uplink ports to facilitate high-bandwidth aggregation. Engineered for flexibility, the unit supports Power over Ethernet (PoE+) across its access ports to simplify the deployment of wireless access points and VoIP devices. The MS130-48X utilizes a non-blocking switching architecture to ensure low-latency packet delivery across all ports. This configuration provides the scalability required for modern, data-intensive network architectures.
Cisco MS130-48X Technical Specifications
- Throughput: Delivers 176 Gbps switching capacity to ensure wire-speed performance during peak traffic loads.
- Wavelength: Supports a wide range of SFP+ transceivers, including 850nm (SR) and 1310nm (LR) wavelengths for versatile fiber connectivity.
- Platform Compatibility: Fully integrates with the Cisco Meraki cloud-managed ecosystem for unified visibility and remote troubleshooting.
- Latency: Engineered for sub-microsecond port-to-port latency, maintaining high-speed data integrity for time-sensitive applications.
Buy or Sell Cisco MS130-48X
- For Buyers: ROC Telecom provides rigorously tested, Cisco-compatible hardware for rapid network expansion or as a mission-critical spare. Our field-tested units ensure uptime without OEM lead times.
- For Sellers: We offer competitive buyback quotes, instant payment, and prepaid shipping for decommissioned MS130-48X units and other Cisco surplus.

