Description

HPE Networking Instant On Switch Series 1930 48-Port Gb Smart-Managed Layer 2+ Ethernet Switch | 48x 1G | 4X SFP+ | US Cord (JL685A)

• JL685A 48 Port Smart Managed Ethernet Switch The Instant On 1930 48G 4SFP+ switch is a high-performance, indeed, smart-managed Layer 2+ gigabit Ethernet switch. Crucially, its built-in security robustly protects your network from external threats by effectively mitigating DDoS attacks and, furthermore, keeping unauthorized users off the network.

  EASY SET UP AND MANAGEMENT: To begin with, setting up, managing, and monitoring your Instant On switches and access points is remarkably straightforward. Specifically, you can accomplish this from any device, utilizing either the intuitive Instant On mobile app or, alternatively, a web browser. Most importantly, there are no recurring costs, subscriptions, or licenses required, consequently, ensuring a lower total cost of ownership. Furthermore, guided step-by-step instructions ensure quick device installation and network activation, meaning that no technical expertise is truly necessary. Additionally, for advanced configurations, an integrated traditional full local web interface is available, complete with static routing, ACLs, and SNMP support.

  CONFIGURATION: Furthermore, this switch boasts a rack-width design, thus making it ideal for rack mounting with included ears. Alternatively, it can be conveniently placed on a desktop or any flat surface. Significantly, its ports and LEDs are strategically located on the front. Moreover, its fanless operation ensures a silent performance, thereby making it suitable for quiet office environments.

  PORTS: In terms of connectivity, this switch features a substantial total of 52 active ports. Specifically, these include 48x gigabit 10/100/1000 copper RJ45 ports and, importantly, 4x 1G/10G SFP+ uplink ports. Consequently, it offers both 10G capable copper RJ45 ports and fiber-capable SFP+ slots, allowing for highly versatile and high-speed networking options, and furthermore, robust potential for high-bandwidth uplinks or connections to a core network.