Product Features
Ultra high speed and low latency
Theoretical transmission rate: 226Mbps (DL)/120Mbps (UL), measured download rate stable ≥ 90Mbps, delay 1-5ms;
Real time transmission of robotic arm motion data, supporting remote precise control (latency ≤ 5ms) of the robotic arm Realize data synchronization between nodes in the power grid differential protection system, with a time error of less than 10 μ s (B-code timing), and provide millisecond level response for power differential protection.
Industrial grade reliability
Wide voltage input (5-36V DC), operating temperature range -25 ℃~75 ℃, IP30 protection level;
Automatically recover and resume data transmission when disconnected, with an average time between failures (MTBF) of over 100000 hours.
Massive connectivity capability
Single base station supports access to millions of devices, which is more than 50 times higher than 4G;
THe 5G redcap industrial cellular modem can manage thousands of welding robots, AGV carts and other equipment simultaneously.
Fully compatible with the network
Supports 5G/4G/3G/2G multi-mode switching and is compatible with the entire network .
Core Functions
| Protocol Conversion and Data Management | Multi protocol conversion | Supports RS232/485 to TCP/IP conversion, compatible with MQTT, IEC101/104 power protocols, etc., supports data collection from sensors such as PM2.5 and water quality, and complies with the 212 environmental protection protocol |
| Data encryption transmission | Adopting AES256 encryption and VPN tunneling technology, supporting APN/VPDN private networks | |
| Remote operation and maintenance system | OTA upgrade | Batch firmware updates through cloud platform, supporting OpenCPU secondary development |
| Fault diagnosis | Real time monitoring of device status, automatic generation of logs for abnormal events and push alerts | |
| Energy efficiency optimization mechanism | Intelligent triggering mode | Trigger device up and down through SMS/data, reducing 70% of invalid traffic |
| Multi level sleep management | Standby power consumption<0.09W |
Specification Parameters
| Category | Specification Parameters |
| Communication module | 5G NR:226Mbps(DL)/120Mbps(UL) |
| Processor | Industrial grade ARM Cortex-A53 quad core, with a main frequency of 1.5GHz, supporting OpenCPU development |
| Interface configuration | RS232/485/TTL x 2, 10/100M Ethernet x 1, DI/DO x 4 |
| Storage capacity | Built in 128MB DDR3, FLASH 256MB， Network disconnection cache ≥ 72 hours of data |
| Power management | Supports POE power supply, power consumption<5W @ full load, equipped with overvoltage/reverse protection circuit |
| Mechanical structure | Aluminum alloy shell, size 91 × 58.5 × 22mm, supports DIN35 rail installation |
1. Automatic upgrade: If the battery level is greater than 30%, do not touch the screen when restarting. There will be two words "upgrade" next to the signal in the upper left corner, and then wait for about five minutes for automatic upgrade. 2. Manual upgrade: If the battery level is greater than 30%, click on remote upgrade in the settings, do not touch the screen, and it will automatically upgrade. Do not click upgrade within 5 minutes of booting up, as the backend will automatically query the version at this time.
If the device is not online, you can check it one by one as follows. 1. Try restarting the device first. If it still doesn't work after restarting, follow the steps below to troubleshoot. 2. Is the IMEI entered into the platform consistent with the actual IMEI of the device. (It is recommended to check the device IMEI in the device menu) 3. Check if the SIM card inserted into the device is in arrears, if it is shut down, and if a second real name authentication is required. 4. Whether the device displays a 4G signal and the data icon is normal (the icon with a diagonal bar represents abnormality) without any outstanding fees or shutdown 5. If the signal is not displayed, unplug and reinsert the SIM card, restart the device and check again. If the 4G signal still doesn't work despite normal display, find another SIM card, insert the device and restart to see if it works properly. If it works, it's a problem with the SIM card.
During the device entering power-saving mode, it cannot automatically update its positioning, and functional instructions cannot be executed in a timely manner. It needs to be set to normal mode before it can work normally according to instructions. Please make backups yourself!
If the device is located indoors or in an underground parking lot, it may result in the inability to search for GPS satellite signals, which are either WIFI signals or base station signals, leading to significant errors, which is a normal phenomenon. After the device moves outdoors or leaves an area with poor signal, it will automatically calibrate its position. As long as it is outdoors or in an open area, the error will not be significant.
The front of the device faces outward because there is a ceramic antenna on the front that receives signals. If the front is obstructed by metal, it will affect the normal use of the device.
