Long Range Radio Telemetry Module With Frequency Hopping Spread Spectrum

Introduction

The FDM-660X is a compact 200MW IP PtMP device, optimized for long-range communication and high-data-rate airborne missions. For ultra-long-range connectivity, higher power configurations such as a 10W model with PA can reach 100-150km wireless link.

This system leverages FPGA architecture, supports multi-waveform functionality, ultra-wideband operation, and high-speed frequency hopping in a star topology. It is capable of handling both data and video transmission in various configurations, including point-to-point, point-to-multipoint, and multipoint-to-multipoint setups.

Advantages of Telemetry Module (FDM-660X):

Long NLOS Transmission: Capable of stable communication over distances ranging from 500m to 3km in Non-Line-of-Sight (NLOS) conditions between ground-based systems.

Support for High-Speed Movement: The FDM-660X maintains a stable communication link even at speeds of up to 300 km/h, making it ideal for high-speed platforms.

High Throughput: Achieves uplink and downlink speeds between 80Mbps and 100Mbps simultaneously, ensuring high data transfer rates for demanding applications.

Power Self-Adaptive: The device automatically adjusts its transmission and reception power based on real-time channel conditions, optimizing energy consumption and reducing interference across the network.

Specification of Telemetry Module

FAQ

1. How much current(amps )does the module draw?

• The Power consumption is about 4W.

• Current equals power consumption divided by supply voltage

• 4 / 12=0.33A, if you're on a 12-volt supply.

2. I need the 150 km transmission range wireless video data module, What frequency range is better?

• There are two versions on the different frequency range.

• 1st version's frequency range is from 1420 Mhz to 1530 Mhz, with 110Mhz frequency width for FHSS.

• 2nd version's frequency range is from 806 Mhz to 826 Mhz or 1420 Mhz ~1530 MHz, with only 20Mhz or 40Mhz frequency width for FHSS.

• Our engineer recommended that you choose 1st version, as it can supply more frequent points to choose from when the signal is weak or interfered with.

  WHO WE ARE?

The original standard LTE network requires the participation and control of base stations and core networks in addition to terminals. Now each node of our star topology network devices and MESH network devices is a terminal node. These nodes are lighter and retain many advantages of the original LTE technology. For example, it has the same architecture, physical layer and subframe as LTE. It also has LTE’s other advantages such as wide coverage, high spectrum utilization, high sensitivity, high bandwidth, low latency, and dynamic power control.

Compared with normal wireless link, such as wireless bridge or other devices based on wifi standard, the LTE technology has a subframe structure, the uplink and downlink data rate is not same. This characteristic enable the wireless link products' application more flexible. Because the uplink and downlink data rate can be adjusted based on real service requirements.

In addition to the self-developed product series, IWAVE also has the ability to integrate upstream and downstream product resources in the industry. For example, based on self-developed 4G/5G industry products, IWAVE integrates wireless terminal products and industry application platforms, thereby providing terminals - base stations - core networks - End-to-end customized products and industry solutions for industry application platforms. IWAVE focuses on serving domestic and foreign industry partners, such as special industry communications fields such as park ports, energy and chemicals, public security, special operations, and emergency rescue.

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