DSGW-040 4G LTE IoT Router Gateway for Multi-in-one Network

A WAN port establishes a gateway connection to an external or Internet source. A LAN port is used to connect the computers and other client machines with gateway. The WAN cable that is used to connect your gateway router and modem can be a normal ethernet cable.

Gateway is the device address that your device will use to respond to any requests for which it has no direct route. Without a gateway, all devices on the same LAN (same subnet) can communicate with one another. To connect to a device on a network outside of your LAN, such as the Internet, you need a gateway.

LTE Cat M1 primarily serves IoT applications with low to medium data rate needs and has uplink and downlink rates that can exceed 375 kbps in half-duplex mode. Compared to traditional cellular technologies like LTE Cat 1, it provides longer battery lifecycles and greater indoor range. LTE-M’s key characteristics are as follows:
●little power usage
●a greater inside range
●complete mobility and in-car handover
●support VoLTE voice functionality

The initial step for users is to purchase an AT&T LTE-M SIM card, place it in the DSGW-040’s SIM card slot, then activate it through the AT&T website’s services.
After that, by logging into the gateway, users can power it on and change the APN settings. Customers can contact AT&T for the most recent information regarding the APN setting and enter broadband in the APN set textbox.
Finally, the 4G module will start up when users unplug the network cable. The gateway network indicator will turn on if the gateway can establish a connection to a cloud platform.
You can view more deployment detail here.

Narrow Bandwidth-Internet of Things is what this term stands for. It is a form of technology that supports device communication in 4G and 5G networks. NB-IoT has a greater range and uses less power than LTE-M since it only uses a single narrow band of bandwidth in the 200kHz region. The major flaw in NB-IoT is its speed, which is less than 100kbps, yet devices that use it typically have batteries that last more than ten years.
“Long-Term Evolution for Machines” is what LTE-M stands for. You won’t need to install new infrastructure for your project because LTE-M is backward compatible with existing LTE networks and only works on 4G networks. Higher bandwidth communications, such as Voice Over IP services, can be supported by LTE-M specifications. Given that it has upload and download speeds of up to 1 Mbps and a latency of only 50 to 100 ms, it is effective for speech data transfers.
View more NB-IoT vs LTE-M info here.

Long-word Evolution (LTE) is a word for the cellular network that defines a standard for mobile devices to deliver higher bandwidth, reduced latency, and higher data services than 3G. It is established by the 3GPP.
The LTE protocol defines 22 LTE UE Categories to characterize the performance requirements of LTE devices. There are various parameters for each LTE UE Category. such as signal coverage, frequency spectrum, power consumption, and data rate. The LTE base station cannot properly communicate with LTE devices without the aid of LTE UE Categories. The base station has to use the LTE UE Categories information from this apparatus to assess the UE’s performance. It might then be able to interact with it appropriately. The data for each LTE UE category is displayed in a table.