What is Mesh Technology? What does mesh mean

Router mesh stands for wireless mesh network, which is a "multi-hop" network, which is developed from the ad hoc network and is one of the key technologies to solve the "last mile" problem. Wireless is an indispensable technology in the evolution to next-generation networks.

Speaking of the word mesh, the English meaning is very simple, it is net, grid, mesh. From its basic definition, the topology of a mesh network is that all nodes in the network are connected to each other, and each node is connected to at least two other nodes, and all nodes form an overall prosperous network with each other.

Introduction

Routers that support the mesh function will generate a mesh network after networking, and different access points can be mixed in star, tree, series, and bus modes.

In this network, the SSID is unified, the wireless device can also freely find the node with the best signal to connect to the shield core to transmit data, the user handheld device is between different nodes, and the wireless network is seamlessly switched when shuttling, so as to achieve a better roaming effect, during roaming, the data packet loss, delay, and jitter are lower, and the better the network quality.

Mesh means as follows:

1. a net, a mesh; intricate situations, traps, traps; mesh, mesh; reticulated structures, intertwined structures; (computer) grids, grids; (Computer) mesh network (especially n-dimensional lattice).

2. (make) anastomosis, matching, matching, fitting; mesh matching; (make) intertwined; Will be ......Convert to a grid and ......generate meshes; Catch with a net.

Example sentences

1、geographically scattered nodes in a mesh topology.

with a grid topology.

Spread nodes geographically.

2、the vertical faces are dressed with screens which look like a terracotta mesh.

Screens are installed on the vertical walls that look like russet mesh.

3、walls were connected together with steel mesh, and joined to the roof and floor with iron bars.

The walls are joined together with steel wire mesh, and the roof and floor slabs are connected with iron rods.

In your case, in order to guarantee stability and reduce the impact on internet speed, the following solutions are recommended:

Ethernet cable connection from the second floor to the first floor: Connect the network cable to a switch.

Connecting the router to the surveillance system on the first floor and the annex room: Connect the switch to the surveillance system on the first floor and the router to the annex room.

Such a configuration can provide the following advantages:

Network stability: The use of switches can provide a more stable network connection and reduce the risk of local traces of signal interference and data loss. The switch automatically learns and packets to ensure that the data is accurately transmitted to the target device.

Minimized impact on network speed: By using switches, you can avoid performance bottlenecks that can occur when using sub-routers. With higher throughput and lower latency, switches can better support data transfer between multiple devices, reducing the likelihood of network speed impact.

To sum up, it is recommended to use a switch at the node on the first floor, connect the network cable on the second floor to the switch, and connect the switch to the monitoring system on the first floor and the router in the ancillary room. This provides a more stable network connection and minimizes the impact on internet speed.

Wireless mesh technology is a new type of wireless network technology that is completely different from traditional wireless networks. In a traditional WLAN, each client accesses the network through a wireless link connected to the access point (AP), and users must first access a fixed AP in order to communicate with each other, a network structure called a single-hop network. In a wireless mesh network, any wireless device node can act as a router at the same time, each node in the network can send and receive signals, and each node can directly communicate with one or more peers.

Wireless mesh networking, also known as "multi-hop" networking, is a new wireless network technology that is completely different from traditional wireless networks. A wireless mesh network consists of mesh routers (routers) and mesh clients (clients), where mesh routers constitute the backbone network and are connected to wired Internet cables, which are responsible for providing multi-hop wireless Internet connections for mesh clients.

In the wireless mesh network, any wireless device node can be used as an AP and a router at the same time, and each node in the network can send and receive pure liquid receiving signals, and each node can communicate directly with one or more peer nodes.

Mesh Advantages:

Installing a mesh node is as simple as taking the device out of the box and plugging it in. With greatly simplified installation, users can easily add new nodes to expand the coverage and capacity of the wireless network. In a wireless mesh network, not every mesh node needs a wired cable connection, which is the biggest difference between it and wired APs.

Mesh is designed to minimize the number of wired devices and wired APs, thus significantly reducing the total cost of ownership and installation time, and the cost savings from this alone are significant. The configuration and other NMS functions of a wireless mesh network are the same as those of a traditional WLAN, and the experience of using a WLAN can be easily applied to the MESH network.

The above content refers to: Encyclopedia - Wireless Mesh Network.