REDES WIFI ETHERNET GSM

distribution and integration of home automation systems

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Wi-Fi Ethernet GSM networks

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A router is a device that allows networks with different IP address prefixes to be interconnected. Its function is to establish the best route for each data packet to reach the network and the destination device. It is widely used for connecting to the Internet, as it connects our home, office, or any other network to the network of our service provider. Most routers used for homes and offices have other additional functions incorporated into the router, such as: a wireless access point, which allows you to create and connect to a Wi-Fi network; a modem, which converts analog signals to digital and vice versa; and a switch, which connects multiple devices via cable, creating a local area network. We have a wide range of routers, which in most cases can be programmed remotely through remote maintenance, making it possible to provide quick and convenient solutions to end customers, avoiding travel and, of course, reducing costs.

In the Wireless section, we find devices that have a wireless interface or participate in a wireless network infrastructure. Within this section, there are different subcategories: • Access Points: These devices allow you to convert a wired connection into a wireless or WLAN connection. Unlike a router, Access Points typically operate at Layer 2 of the TCP/IP model, so we could say they are more basic devices than a router. • Access Point Controllers: These devices offer centralized management systems from which we can configure a large number of Access Points simultaneously. • Radio Links: These devices allow us to perform long-distance wireless communications. These communications can be used to connect two points (PtP) or one point to several (PtMP). • Accessories: In this category, you can find devices such as repeaters, Mesh systems, or PoE injectors.

Switches are the network devices responsible for interconnecting all the devices in a network. The main contribution a switch makes to any network infrastructure is increased connectivity. There are many manufacturers of these types of devices, and switch ranges or series typically offer a large number of references, variants, and features. For this reason, it is essential to have the support of a good switch distributor who can advise you during the equipment selection and acquisition process, based on the target end customer. Types of Professional Switches Switches can be grouped based on their connectivity or port types, the protocols they support, or even the environment in which they can be used. In this case, the classification is based on their management: • Managed Switches: Those that offer a web, CLI, or any other type of interface from which they can be configured. • Unmanaged Switches: These are Plug and Play, requiring no specific configuration, and already come with everything necessary for installation without parameterization. We have a wide catalog of professional switches: these types of devices are designed to support very high network densities. The end customers that may require this technology are educational centers such as schools or universities, airports, hotel chains, public buildings, etc.

3G/4G/5G Routers: Routers that connect to the internet via mobile data networks. These devices connect via radio to the 3G/4G/5G network deployed by operators through communication towers. You may be in an area where cable or fiber internet is unavailable and need to connect multiple devices to the network. In these cases, the best option would be to opt for a 5G portable router (or 4G if your operator doesn't have the latest generation of mobile networks).

Wi-Fi Ethernet GSM networks

our solutions

our systems

A router is a device that allows networks with different IP address prefixes to be interconnected. Its function is to establish the best route for each data packet to reach the network and the destination device. It is widely used for connecting to the Internet, as it connects our home, office, or any other network to the network of our service provider. Most routers used for homes and offices have other additional functions built into the router, such as: a wireless access point, which allows you to create and connect to a Wi-Fi network; a modem, which converts analog signals to digital and vice versa; and a switch, which connects multiple devices via cable, creating a local area network.

Switches are the network devices responsible for interconnecting all the devices in a network. The main contribution a switch makes to any network infrastructure is increased connectivity. There are many manufacturers of these types of devices, and switch ranges or series typically have a large number of references, variants, and features. For this reason, it is essential to have the support of a good switch distributor who can advise you during the equipment selection and acquisition process, depending on the target end customer. Types of Professional Switches Switches can be grouped based on their connectivity or port types, the protocols they support, or even the environment in which they can be used. In this case, the classification is based on their management: • Managed Switches: Those that offer a web, CLI, or any other type of interface from which they can be configured. • Unmanaged Switches: These are Plug and Play, requiring no specific configuration and already include everything necessary for installation without parameterization. We have a wide catalog of professional switches: these types of devices are designed to support very high network densities. The end customers that may require this technology are educational centers such as schools or universities, airports, hotel chains, public buildings, etc.

In the Wireless section, we find devices that have a wireless interface or participate in a wireless network infrastructure. Within this section, there are different subcategories: • Access Points: These devices allow you to convert a wired connection into a wireless or WLAN connection. Unlike a router, Access Points typically operate at Layer 2 of the TCP/IP model, so we could say they are more basic devices than a router. • Access Point Controllers: These devices offer centralized management systems from which we can configure a large number of Access Points simultaneously. • Radio Links: These devices allow us to perform long-distance wireless communications. These communications can be to connect two points (PtP) or to connect one point to several (PtMP). • Accessories: In this category, you can find devices such as repeaters, Mesh systems, or PoE injectors.

distribution & integration of home automation systems