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1 Port RS485 Ethernet Device Servers $45.00
2 x RS232/RS485 Ports $58.00
4 x RS485 Ports $95.00
RS232/RS485 $41.00
2xRS232/RS485/RS422 $61.00
Serial to 4G LTE Modem $77.00
RS232/485 to 4G | WAN/LAN | APN/VPN $126.00
Rs485 to cellular modems $77.00
TI Cortex M0 Processor $10.00
TI Cortex M0 Processor $11.00
TI Cortex M4 Processor $19.00
TI Cortex M4 Processor $19.00
Pin Type $11.00
Dual UART to Ethernet Module $19.00
SMD Type $10.00
3 UART TTL Ports $19.60
In the application scenario of IIoT, it is crucial to choose the appropriate industrial Modem. This is not only related to the stability, speed, and coverage of data transmission, but also directly affects the cost, power consumption, and ease of long-term maintenance of the device. The difference in frequency bands between 4G and Cat-1 is an important consideration.
As the mainstream mobile communication technology, 4G LTE long-term evolution technology has a wide range of frequency bands and supports multiple frequency band combinations, including TD-LTE and FDD-LTE. For example, some 4G LTE modems support frequency bands including TDD bands such as B38, B39, B40, and B41, as well as WCDMA and GSM bands such as 900/2100 MHz. The selection of these frequency bands ensures the wide compatibility and application flexibility of 4G networks worldwide. 4G technology is known for its high-speed data transmission capability, with download speeds of up to 150Mbps or even higher, making it ideal for applications that require high bandwidth, such as high-definition video surveillance, telemedicine, and real-time data collection.
However, in the field of industrial IoT, not all applications require such a high data transmission rate. Instead, many applications focus more on stability, low power consumption, and low cost. This is where the advantage of Cat-1 technology lies. Cat-1 LTE UE-Category 1 is a subset of the 4G series, and its original design intention is to serve the Internet of Things and achieve low-power, low-cost LTE connectivity. The Cat-1 module typically meets the frequency band requirements of 3GPP R8 or higher standards, and can utilize existing 4G network resources, but has been specifically optimized to meet the special needs of IoT devices.
Compared with 4G, Cat-1 is more streamlined in frequency band utilization, and does not pursue extremely high data rates, but focuses more on achieving stable connectivity and low power consumption within a limited frequency band. This makes the Cat-1 module more cost-effective and also achieves a significant reduction in power consumption. This is undoubtedly an ideal choice for IoT devices that require long-term operation, are cost-sensitive, and have low data rate requirements.
Cat-1 also has advantages in network coverage, speed and latency. Compared to traditional 2G/3G modules and NB-IoT, Cat-1 can provide better network coverage and lower latency, while supporting voice and data transmission, meeting the needs of IoT devices in terms of communication speed and stability. This makes Cat-1 very suitable for applications in medium-speed mobile scenarios, voice scenarios, and application scenarios that require certain performance, latency, coverage, and communication speed.
In the process of purchasing industrial modems, the key differences between 4G and Cat-1 frequency bands are mainly reflected in compatibility, data transmission rate, cost, power consumption, and application scenarios. 4G technology is suitable for applications requiring high bandwidth due to its wide frequency band coverage and high-speed data transmission capabilities; Cat-1 technology is more suitable for the needs of IoT devices in terms of low cost, low power consumption, and stability due to its low power consumption, low cost, and stable connectivity performance. Therefore, when selecting an industrial Modem, it is necessary to weigh these factors based on specific application scenarios and requirements to ensure optimal performance and long-term stable operation of the device.
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