IWAVE COMMUNICATIONS CO.,LTD
Iwave Communications Co., Limited.
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Hopping Frequency Video And Telemetry Data Transceiver For Unmanned Systems
Introduction
The FDM-680X Unmanned Systems is built on advanced FPGA 2.0 architecture, incorporating multi-waveform, ultra-wideband, and high-speed frequency hopping technologies. It features MIMO (Multiple Input Multiple Output) dual-receive and dual-transmit capabilities, which greatly improve the range and reliability of data transmission. This system ensures a robust wireless link for both mobile vehicles and unmanned platforms, providing uninterrupted communication even during high-speed maneuvers of up to 300 km/h.
52*46*2.9mm size makes it the smallest OEM wideband radio module and ideal candidate for system integration into small unmanned systems to perform in challenging environments, like indoor inspection of buildings or tunnels.
Advantages of Unmanned Systems
| Wireless Characteristics | Safety | Transmission Characteristics | Physical Layer Characteristics |
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Application
Unmanned Aerial Vehicles (UAVs)
Unmanned Ground Vehicles (UGVs)
Autonomous Surface Vessels (ASVs)
Robotic Fleet Management
Emergency Response Networks
Military Tactical Networks
Smart Citie
Connected Teams in Remote Environments
Industrial IoT (IIoT)
Vehicle-to-Everything (V2X) Communication
Drones Swarming
Specification of Wireless SOC
| Functions | Description | Details |
| PCB Size | 46.58±0 .15mm 52.00±0.15mm 2.90±0.10mm | |
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RF | Frequency | 1.4Ghz: 1420-1530MHz |
| 600Mhz: 566-678MHz | ||
| RF Power Level | 23dBm±2(1.4Ghz) | |
| 23dBm±2(600MHz) | ||
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Sensitivity | 1Mbps | 1.4Ghz(14700 frequency point) 20MHz: -102dBm 10MHz: -100dBm 5Mhz: -96dBm |
| 600Mhz(6200 frequency point) 20Mhz: -102dBm 10MHz: -100dBm 5MHz: -96dBm | ||
| 5Mbps | 1.4Ghz(14700 frequency point) 20MHz: -95dBm 10MHz: -87dBm 5Mhz: -85dBm | |
| 600Mhz(6200 frequency point) 20MHz: -95dBm 10MHz: -87dBm 5MHz: -85dBm | ||
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Interface | UART | 3 |
| HSIC | USB 2.0 High Speed | |
| USB | USB 2.0 High Speed | |
| I2C | 2 | |
| GPIO | 23 | |
| JTAG | 0 | |
| Antenna | 2 | |
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Power | VSYS | 3.7V~4.35V(4V is suggested) |
| D1V8A | 1.8V Power Output | |
| D2V85A | 2.85V Power Output | |
| VCC_D3V3 | 3.3V Power Output | |
| 5V_FEM | Powering the RF PA chip | |
| Master-slave node | Central Node Configuration | Any node in the network can be configured as the master node. |
| Data Rate | All nodes share uplink and downlink system capacity data rate | |
| Capacity | Supports the number of network nodes N≥2 and up to 64 service nodes or 63 IDLE state nodes. | |
| Communication Mode | Any node in the network can be configured as the master node. | |
| All nodes share uplink and downlink system capacity data rate | ||
| Access | Support multiple slave nodes to access the network simultaneously. | |
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Data Rate | All slave nodes and master nodes share the working bandwidth in one direction. Concurrent upstream and downstream (20Mhz, not less than 100Mbps) | |
| Connection Status | All nodes in the network remain connected at all times. | |
| Power Control | Adaptive adjust transmit power. | |
| Boot up | Both master node and slave nodes support preset | |
| Fixed Power | Fixed power configuration(modify master node only) | |
| Fixed Frequency | Locking frequency configuration | |
