Key Features Advanced Mesh Technology Built on TD-LTE, OFDM, and MIMO technologies, our system operates independently of cellular networks. Its self-forming, self-healing mesh architecture ensures reliable connectivity without relying on carrier base stations. Intelligent Routing The network dynamically adjusts transmission routes in real time based on traffic load and environmental conditions, optimizing performance automatically. Long-Range HD Video & Data Transmission Enables crystal-clear, full HD video downlink and two-way data communication over distances up to 50km—ideal for VTOLs, fixed-wing drones, and helicopters. Ultra-Low Latency Experience seamless live control with latency under 60–80ms, even at ranges up to 150km. See and respond to events as they happen.
Frequency-Hopping Spread Spectrum (FHSS) Our IWAVE IP MESH system continuously monitors your wireless connection, analyzing key metrics like signal strength (RSRP), signal-to-noise ratio (SNR), and bit error rate (SER). When certain performance thresholds are met, the system automatically initiates a frequency hop—switching to the best available channel from a pre-approved list. Frequency hopping only occurs when needed. If your connection remains strong and stable, the system stays on its current frequency. But once conditions signal a potential drop in performance, it seamlessly hops to a clearer channel—keeping your connection fast and reliable.
Powerful Network Management Software
Monitor and control all nodes in real time with key metrics like SNR, RSSI, distance, and more.
High-Performance Connectivity for Advanced Platforms
Ideal for drones, UAVs, and robotic systems requiring reliable, long-range data transfer.
- High Throughput: Up to 30 Mbps
- Extended Range: Over 50 km
- Low-Latency Switching & Easy Integration
- Third-Party Ready: Full API documentation for seamless platform compatibility
Enhanced Features for Demanding Environments
- Multi-band operation with advanced interference avoidance
- Output power up to 10W
- Supports HD video & telemetry over IP
- Single or dual-band frequency options
- Flexible I/O: Ethernet, USB, RS232/TTL/RS485
- Robust Encryption: AES128, ZUC, SNOW3G
Applications
- MESH networks for long-distance communication
- Power line and hydrological patrol monitoring
- Emergency communications (firefighting, border defense, military operations)
- Maritime communications, digital oilfields, and fleet formation management
Let me know if you’d like this tailored for a specific audience, such as a product webpage, datasheet, or proposal.
| GENERAL | MECHANICAL | ||
| TECHNOLOGY | MESH based on TD-LTE Technology Standard | TEMPERATURE | -20º to +55ºC |
| ENCRYPTION | ZUC/SNOW3G/AES128 OptionalLayer-2 Encryption | ||
| DATA RATE | 30Mbps (Uplink downlink) | DIMENSIONS | 150*68*30mm |
| SENSITIVITY | 10MHz/-103dBm | WEIGHT | 305g |
| RANGE | 50km (Air to ground) NLOS 3km-10km(Ground to ground)(Depends on the actual environment) |
MATERIAL | Silver Anodized Aluminum |
| NODE | 16nodes | MOUNTING | Vehicle-mounted/Onboard |
| MODULATION | QPSK, 16QAM, 64QAM | ||
| MIMO | 1T2R | POWER | |
| Anti-jamming | Automatically frequency hopping | ||
| RF POWER | 10watts | VOLTAGE | DC 24V±10% |
| LATENCY | One Hop Transmission≤30ms | POWER CONSUMPTION | 30watts |
|
Frequency Options |
INTERFACES |
||
| 1.4Ghz | 1420-1530MHz | RF | 2 x SMA |
| 800Mhz | 806-826 MHz | ETHERNET | 1xJ30 |
| Note: The frequency band supports customized | PWER INPUT | 1 x J30 | |
| TTL Data | 1xJ30 | ||
| Debug | 1xJ30 | ||
| COMUART | |
| Electrical Level | 3.3V and compatible with 2.85V |
| Control Data | TTL |
| 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, FD-615MT node can receive serial data. 2. If you want to distinguish between sending, receiving and control, you can define the format. |
|
| SENSITIVITY | ||
| 1.4GHZ | 20MHZ | -100dBm |
| 10MHZ | -103dBm | |
| 5MHZ | -104dBm | |
| 3MHZ | -106dBm | |
| 800MHZ | 20MHZ | -100dBm |
| 10MHZ | -103dBm | |
| 5MHZ | -104dBm | |
| 3MHZ | -106dBm | |
