OpenWiFi is a community-developed, disaggregated Wi-Fi software system available as free open-source software. It contains a cloud controller SDK as well as Enterprise-grade Access Point (AP) firmware that has been built and tested to work in conjunction.

TIP OpenWiFi significantly improves the Wi-Fi business case by:

Accelerated, Open Innovation-

The shared control, data, and administration layers of OpenWiFi enable vendors and service providers to focus their development and integration efforts on service innovation rather than designing Wi-Fi "plumbing."

The cloud controller SDK has open north-bound APIs, allowing over-the-top Wi-Fi applications to be integrated once and then used with numerous vendor solutions, lowering integration costs and time to market.

Reduced R&D Costs For Developing Enterprise-class Wi-Fi Solutions

The improved feature set of OpenWiFi, which includes Wi-Fi 6, and Passpoint, enables existing and new providers to offer Enterprise-grade Wi-Fi devices while requiring less development work.

Economic Advantages For Service Providers And Businesses

The combination of deployment savings (CAPEX) and automation-driven operational savings (OPEX) provided by OpenWiFi results in a significant decrease in Total Cost of Ownership (TCO) when compared to current proprietary solutions.

The varied multi-vendor assortment of OpenWiFi cloud controllers and access points provides service providers with choice and flexibility in business-grade Wi-Fi infrastructure.

Managed switches are increasingly being used in most business networks to connect PCs, printers, servers, and other devices within a building or campus. However, another networking equipment, the router, is frequently used to connect various devices, such as computers. So, what is the distinction between a managed switch and a router? Let's now go through this article to find the answer.

Managed Switch

A managed switch is a programmable network switch that provides higher security, flexibility, and capacity than an unmanaged or standard switch. It acts as a controller, allowing networked devices to communicate with one another efficiently. As a network switch, it operates at the OSI reference model's second tier (data link layer).

Router

A router is a networking device that connects to the Internet's various local area networks and wide area networks. It enables several computers or devices to access the Internet via a single connection. It sends data packets between networks to establish and maintain communication between two nodes in an internetwork. Additionally, it automatically selects and configures routes based on channel conditions, and sends signals in the best possible order.

Managed Switch vs Router: Difference Between Router and Switch

When comparing managed switches and routers, there are numerous factors to consider. The following are the primary differences between them:

Function - A managed switch can connect many devices while also managing ports and VLAN configuration. A router, on the other hand, simply routes data in a network and transfers it between computers or between computers and the modem.

Ports - A router typically has four LAN ports and one WAN port, but switches have many more ports, such as 12, 24, 48, and so on.

Layer - The managed switch operates at the data link layer (layer 2), whereas the router operates at the network layer (layer 3).

Applications - Routers connect two or more networks, whereas managed switches connect two or more nodes inside the same network.