Advanced technology
it is designed based on TD-LTE wireless communication standard, OFDM and MIMO technologies.
2watts wireless transmission product designed based on mature SOC chipset.
Support WEBUI for network management and parameter configurable.
Self-forming, self-healing MESH architecture
It doesn't rely on any carrier's base station.
Automatic frequency hopping technology for anti-interference
Low latency end to end 60-80ms.
Excellent range and Non-Line-of-Sight (NLOS) capability
NLOS 1km-3km ground to ground distance.
Air to ground 20km-30km range.
Automatic Frequency Point Control
After booting, it will try to network with the pre-stored frequency points before the last shutdown. If the pre-stored frequency points are not suitable for network deployment, it will automatically try to use other available frequency points for network deployment.
Automatic Power Control
The transmit power of each node is automatically adjusted and controlled according to its signal quality.
Weight & Dimension
D: 116*70*17mm
W: 190g
IWAVE’s solutions are in use with a variety of military, law enforcement and government entities, as well as unmanned systems manufacturers and system
integrators, overcoming crucial connectivity and communication challenges on land, at sea and in the air.
It was widely applied in Power and hydrological line patrol monitoring, Emergency communications for firefighting, border defense, and Maritime communications.
IP Mesh Technology high data rate connectivity for meshed UAVs, UGVs and autonomous marine vehicles
GENERAL | |||
TECHNOLOGY | MESH based on TD-LTE | Latency | UART≤20ms |
ENCRYPTION | ZUC/SNOW3G/AES(128/256) OptionalLayer-2 | Ethernet≤150ms | |
Modulation | OFDM/QPSK/16QAM/64QAM | MECHANICAL | |
Networking Time | ≤5s | TEMPERATURE | -20º to +55ºC |
DATA RATE | 30Mbps | DIMENSIONS | 116*70*17mm |
SENSITIVITY | 10MHz/-103dBm, 3Mhz/-106dBm | WEIGHT | 190g |
RANGE | 20km-30km(Air to ground) NLOS 1km-3km(Ground to ground)(depends on the actual environment) |
MATERIAL | Silver Anodized Aluminum |
MODULATION | QPSK, 16QAM, 64QAM | ||
NODE | 32 | MOUNTING | Vehicle-mounted/Onboard |
MIMO | 2x2 MIMO | POWER | |
Anti-jamming | Automatically frequency hopping | ||
POWER | 33dBm | VOLTAGE | DC 12V |
LATENCY | One Hop Transmission≤30ms | POWER CONSUMPTION | 11watts |
FREQUENCY(Option) | INTERFACES | ||
1.4Ghz | 1427.9-1447.9MHz | RF | 2 x SMA |
ETHERNET | 1xJ30 | ||
800Mhz | 806-826 MHz | PWER INPUT | 1 x DC Input |
TTL Data | 1xJ30 | ||
Debug | 1xJ30 |
COMUART |
|
Electrical Level | 2.85V voltage domain and compatible with 3V/3.3V level |
Control Data | UART |
Baud rate | 115200bps |
Transmission Mode | Pass-through mode |
Priority level | Higher priority than the network portWhen the signal transmission is crowed, the control data will be transmitted in priority |
Note:1. The data transmitting and receiving is broadcast in the network. After successful networking, each FD-605MT node can receive serial data. 2. If you want to distinguish between sending, receiving and control, you can define the format. |
SENSITIVITY |
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1.4GHZ | 20MHZ | -100dBm |
10MHZ | -103dBm | |
5MHZ | -104dBm | |
3MHZ | -106dBm | |
800MHZ | 20MHZ | -100dBm |
10MHZ | -103dBm | |
5MHZ | -104dBm | |
3MHZ | -106dBm |