Description
GVC704AE01 5SXE05-0152 3BHB003230R0101 3BHB003023P201
GVC704AE01 5SXE05-0152 3BHB003230R0101 3BHB003023P201
Ultra low power consumption, sleep current<1.8uA
Transmission distance and power consumption are a dilemma for wireless communication. After multiple rounds of optimization by software and hardware engineers, the sleep current of the Sixin LoRa module reached 1.8uA. By combining multiple power optimization technologies such as multi-level adjustable transmission power, multi-level sleep, and wake-up in the air, ultra long distance transmission can be achieved at ultra-low power consumption, with obvious advantages in battery powered applications.
By using forward error correction technology, redundant information is added to the data sequence to be transmitted, and error symbols injected during the data transmission process are promptly corrected at the receiving end. By combining the optimization technology of four signal channel conflict detection, the problem of concurrent packet loss of node data in practical engineering is solved, greatly improving link robustness.
4. Module upgrade in the air, greatly improving project management efficiency
Modules can be remotely configured and upgraded. Technical personnel do not need to be present at the project site to achieve remote maintenance, save labor costs, and greatly improve management efficiency.
| BENTLY 3500/34 125696-01 |
| BENTLY 3500/25 125792-01 |
| BENTLY 3500/92 136180-01 |
| BENTLY 125840-02（3500/15小卡） |
| BENTLY 125760-01 （3500/20小卡） |
| BENTLY 125768-01 （3500/20小卡） |
| BENTLY 126632-01 （3500/42M小卡） |
| BENTLY 125704-01 （3500/34小卡） |
| BENTLY 125800-01 （3500/25小卡） |
| BENTLY 125736-01 （3500/92小卡） |
| BENTLY 128229-01 （3500/42M小卡） |
| ABB 216NG63 |
| ABB 216VC62a |
| ABB 216EA61b |
| ABB 216AB61 |
| ABB 216DB61 |
| ABB REG216 |
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