Product Description
Introduction
The PW-320-R series wireless embedded computer is built on the RISC architecture industrial grade embedded microprocessor, with a main frequency of 400MHz, embedded with 128MB DDR2 SDRAM and 256MB Flash, supporting LoRa spread spectrum wireless communication, supporting 1 10/100Mbps adaptive industrial Ethernet, 4 RS232/485 photoelectric isolation serial communication interfaces, 1 SMA-K antenna interface, built-in RTC, buzzer, temperature sensor, hardware encryption circuit, 1 DI and 1 DO interface, providing users with powerful computing power and local wireless communication functions.
The LoRa spread spectrum communication supported by the PW-320-R series adopts an efficient cyclic interleaving error correction c oding algorithm, which has high coding efficiency and strong error correction ability. In the event of sudden interference, it can actively correct the interfered data packets, greatly improving the anti-interference and transmission distance of the equipment. It is very suitable for industrial IoT applications such as protocol conversion or on-site communication management.
The PW-320-R series comes pre installed with an embedded Linux operating system, providing users with an open and efficient software platform for software development. Combined with self-developed API middleware, it can conveniently and efficiently complete application development and interactive debugging.
Feature
» Industrial grade embedded microprocessor, 400MHz main frequency
» 128MB DDR2 SDRAM,256MB Flash
» LoRa local wireless data transmission support
» 1 100Mbps industrial Ethernet interface
» 4 RS232/485 photoelectric isolation serial ports
» 1 DI and 1 DO
» 1 SMA-K antenna interface
» Built in real-time clock (RTC) and buzzer
» Built in temperature sensor and hardware encryption
» Pre installed embedded Linux
» Support industrial wide temperature applications ranging from -40 to 80 ºC
Detailed Photos
Product Parameters
Company Profile
![Lora Industrial Grade Wireless Embedded Computer](//www.micstatic.com/athena/img/transparent.png)