Dell EMC Networking N1124P-ON / Switch / Managed / 24 x 10/100/1000 (12 PoE+) + 4 x 10 Gigabit SFP+ / rack-mountable / PoE+ (190 W) | 210-AJIT

Description

The N1100 switch series offers a power-efficient Gigabit Ethernet (GbE) network-access switching solution with integrated 1GbE and 10GbE uplinks. With high-performance capabilities and wire-speed performance, utilizing a non-blocking architecture to easily handle unexpected traffic loads, the switches offer simple management and scalability via a 1Gbps (full-duplex) high availability stacking architecture that allows management of up to four switches from a single IP address.

Dell EMC Networking N1124P-ON / Switch | 210-AJIT

Special Features

• Modernize campus network architectures
• Leverage familiar tools and practices
• Deploy with confidence at any scale

Product features

• Modernize campus network architectures
  Modernize campus network architectures with a power-efficient and resilient 1/10GbE switching solution with PoE/PoE+ ports. PoE power budgets deliver clean power to network devices such as wireless access points (APs), Voiceover-IP (VoIP) handsets, video conferencing systems and security cameras.
• Leverage familiar tools and practices
  All N-Series switches include Dell EMC Networking OS 6, designed for easier deployment, greater interoperability and a lower learning curve for network administrators. One common command line interface (CLI) and graphic user interface (GUI) using a well-known command language gets skilled network administrators productive quickly. The N1100 switch series also supports the Open Network Install Environment (ONIE), enabling installation of alternate network operating systems.
• Deploy with confidence at any scale
  N1100 series switches help create performance assurance with a data rate up to 176 Gbps (full duplex) and a forwarding rate up to 164 Mpps. Scale easily by stacking with 10GbE ports. Switch stacks of up to 192 1GbE ports can be managed from a single screen using the highly available stacking architecture for high-density aggregation with seamless redundant availability.