May. 20, 2024
The rapid development of wireless mobile communications has advanced significantly over the past 30 years, evolving from 1G to today's 4G LTE. So what are the advantages of 4G LTE over its predecessors?
Using Cat 4 devices, 4G networks can provide ultra-fast data speeds, with theoretical speeds of up to 150Mbps. Cat 6 devices can theoretically reach 300Mbps.
The latest network can provide upload speeds of 50Mbps, nearly 20 times faster than 3G technology.
One of the major advantages of 4G LTE routers is the faster response time or lower latency. Currently, the response time for 3G connections is about 100 milliseconds. On 4G connections, this has been reduced to about 10 milliseconds.
4G wireless technology provides better coverage, allowing for a better signal through buildings. The B28 receiving frequency (700 MHz), also known as Telstra and Optus 4G Plus, or Vodafone 4G+ B5 (850 MHz) radio frequency bandwidth, achieves better long-distance coverage and penetration through buildings. This can be enhanced by using external antennas, especially in edge areas.
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USRIOT has produced a variety of 4G cellular routers suitable for various applications. The industrial 4G LTE router is the perfect choice for any application in the M2M market. USRIOT's 4G Ethernet router offers SIM slots (single and double slots) for industrial applications with high-temperature rating and low power consumption.
LTE stands for Long Term Evolution, and it's today's most common mobile communication standard. More than 3 out of 5 mobile users have 4G LTE, according to Thales Group. Now that 5G has arrived, mobile data can be transferred at higher speeds and in larger amounts than ever before.
Advanced LTE routers or gateways provide primary and permanent internet connectivity at extremely high speeds, while acting as an edge WAN device for enterprises. In situations where wireless isn't an option or doesn't provide reliability and stability, LTE routers can deliver both. Here's why your enterprise might need to consider an LTE router or gateway installation.
According to Gartner, "WAN edge infrastructure enables network connectivity from distributed enterprise locations to access resources in both private and public data centers as well as cloud services." By implementing enterprise-class edge cellular routers and gateways, you can drive business transformation and increase communication effectiveness within your enterprise.
As public wireless connectivity proliferated, it seemed like Ethernet LAN (Local Area Networks) and WAN (Wide Area Networks) could slowly become a thing of the past. Now, combination wireless and Ethernet LTE routers and gateways are promoting a resurgence in highly secure LAN and WAN connectivity, allowing enterprises to maintain their communications infrastructure with both forward and backward compatibility.
LTE connection speeds make it easy to connect enterprise branch offices. Retail, healthcare, food, or financial sectors can implement the convenience of an LTE router temporarily for internet connectivity if there is a time-sensitive issue related to network activation. Install lead times can often be as long as several months. Leveraging same-day access via an LTE router with a built-in firewall, traffic management capabilities, and Quality of Service (QoS) can permit scenarios such as a pre-launch event or a pop-up site to proceed seamlessly.
Portable or fixed kiosks lacking wired internet connectivity can benefit from provisioning an LTE router for a stable, secure connection to the cloud and necessary business backend systems. Vehicles can also be connected to LAN or WAN; think of a food truck, a fleet of delivery vehicles, or a collection of drones that need to be tracked. With internet connectivity provided by LTE routers, any systems or applications can be kept online, including security cameras, locators, or telemetry data. Mass transit systems can use LTE to provide passengers with Wi-Fi internet connectivity.
LTE routers and gateways can also be utilized with IoT (Internet of Things) devices or Machine to Machine (M2M) applications. Using LTE can reduce connectivity costs, increase connectivity speed, and allow for the transfer of vast amounts of data from devices to a centralized location or process data at the edge. An LTE modem may also be used to provide a failover network instead of being the primary network. Advanced LTE routers can support wired WAN, or combine two or more LTE connections to create networks with automated 4G failover. Any deployment requiring a physically segregated or secondary network can also benefit from LTE router placement and integration.
Perle provides a full range of LTE Routers which can be leveraged to bring distributed sites online quickly, connect locations and networks seamlessly, minimize downtime costs by providing failover options, and improve security by offering a segregated network option. Explore our IRG LTE Routers, certified for operation on 3G, 4G, and 5G LTE bands internationally.
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