Key Features
Advanced Wireless Technology
Built on the TD-LTE standard with OFDM and MIMO technology, this 2-watt wireless transmission device uses a proven SOC chipset for reliable, high-performance communication.
Intuitive Network Management
Easily configure and monitor your network through a user-friendly WEB interface, putting full control at your fingertips.
Self-Organizing MESH Architecture
Our system forms and heals its own network—no carrier base stations required. It’s independent, resilient, and always connected.
Anti-Interference & Low Latency
With automatic frequency hopping technology, the system avoids interference while delivering seamless communication with end-to-end latency of just 60–80ms.
Exceptional Range & NLOS Performance
Communicate clearly without direct line of sight:
- Ground-to-Ground: 1–3 km
- Air-to-Ground: 20–30 km
Smart Frequency Management
On startup, the system first attempts to reconnect using its last-used frequency. If unavailable, it automatically scans and selects the best available frequency for optimal deployment.
Adaptive Power Control
Each node intelligently adjusts its transmission power based on real-time signal conditions, ensuring efficient operation and extended range.
Improved for clarity & engagement:
- Structured with clear headings and concise bullet points
- Used active voice and stronger verbs
- Grouped related features thematically
- Added brief explanatory phrases for technical terms
- Enhanced readability while preserving all original details
Weight & Dimension
D: 116*70*17mm
W: 190g
IWAVE’s advanced connectivity solutions are trusted by military, law enforcement, and government agencies worldwide, as well as by leading manufacturers and integrators of unmanned systems. Our technology overcomes critical communication barriers—on land, at sea, and in the air.
Key Applications Include:
- Infrastructure Monitoring: Power line and hydrological patrols
- Emergency & Defense Communications: Firefighting, border security, and maritime operations
- Autonomous Systems: High-data-rate IP Mesh connectivity for networked UAVs, UGVs, and autonomous marine vehicles
Enabling seamless communication where it matters most.
| 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 | 110*70*18mm |
| SENSITIVITY | 10MHz/-103dBm, 3Mhz/-106dBm | WEIGHT | 150g |
| RANGE | 20km-30km(Air to ground) NLOS 1km-3km(Ground to ground) |
MATERIAL | Silver Anodized Aluminum |
| MODULATION | QPSK, 16QAM, 64QAM | ||
| NODE | 16 | MOUNTING | Vehicle-mounted/Onboard |
| MIMO | 1T2R | POWER | |
| Anti-jamming | Automatically frequency hopping | ||
| POWER | 33dBm | VOLTAGE | DC12V-24V |
| LATENCY | One Hop Transmission≤30ms | POWER CONSUMPTION | 12watts |
| FREQUENCY(Option) | INTERFACES | ||
| 1.4Ghz | 1420-1530MHz | RF | 2 x SMA |
| ETHERNET | 1xJ30 | ||
| 800Mhz | 806-826 MHz | PWER INPUT | 1 x DC Input |
| TTL Data | 1xJ30 | ||
| Debug | 1xJ30 | ||
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COMUART |
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| 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. |
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SENSITIVITY |
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| 1.4GHZ | 20MHZ | -100dBm |
| 10MHZ | -103dBm | |
| 5MHZ | -104dBm | |
| 3MHZ | -106dBm | |
| 800MHZ | 20MHZ | -100dBm |
| 10MHZ | -103dBm | |
| 5MHZ | -104dBm | |
| 3MHZ | -106dBm | |
