150km 100Mpbs frequency hopping at 2bands UAV radio link high transmission rate and anti-interference

150km 100Mpbs frequency hopping at 2bands UAV radio link high transmission rate and anti-interference

介绍

The 150km 100Mpbs frequency hopping at 2bands UAV radio link Device is a high-performance communication system designed for long-range video, data and telemetry transmission in demanding environments. 基于先进的 OFDM 技术, this drone radio link provides robust, 可靠的, and secure wireless connectivity for applications such as UAVs, 地面站, 无人系统, 公安, 和工业监控.

With a maximum air-to-ground transmission distance of up to 150 公里, dual Ethernet ports, dual transparent serial ports, 和一个 Sbus interface, this UAV radio link combines wideband performance with multiple service interfaces in a compact and lightweight form factor.

The device supports point-to-point, 点对多点, 中继, and optional mesh networking modes, offering great flexibility for different deployment scenarios. By integrating carrier aggregation (CA) and MIMO technologies, this radio link delivers stable high-throughput links even in complex radio environments.

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主要特点

• Bi-directional broadband OFDM link supporting video, data and telemetry data transmission.

• Supports FHSS, automatically frequency hopping.

• 最大限度 100 Mbps throughout 在同一频段.

• The RF transmission’s maximum power is 10W*2, but alternative power outputs are available upon request.

• Multiple service interfaces:

  • Dual RJ45 Ethernet ports (transparent bridging)

  • Two transparent serial UARTs (configurable TTL/RS232)

  • One Sbus input/output interface

• Dual-antenna design (2T2R): SMA connectors with support for MIMO and carrier aggregation.

• 上下行流控制.

• Wide frequency range options:

  • 566–678兆赫

  • 1420–1530兆赫

• Selectable channel bandwidths: 3, 5, 10, 20, 或者 40 MHz.

• Maximum air interface throughout: 最多 100 Mbps.

• 移动速度: Supports no less than 240km/hour.

• 自适应调制: QPSK, 16-QAM, 64-QAM, 自适应.

• 组网灵活:

  • 点对点

  • Point-Relay-Point

  • Point-to-Multi-point (star topology, 最多 64 节点)

  • 网状网络 (可定制, 最多 32 节点)

• 高输出功率:

  • 2 × 10 W @ 1420–1530 MHz

  • 2 × 10 W @ 566–678 MHz

• Excellent receiver sensitivity: -102 分贝 (1Mbps@20MHz).

• Advanced encryption support: AES-128, 雪花3G, and ZUC algorithms.

• 2~10km (地对地), 20～150公里 (无人机对地, optional range level)

• Configuration and monitoring via web-based UI or UART AT commands.

• 电源输入: 24-32V

• Optimized power consumption (1D4U):

  • Access node average < 1.86A @ 28Voltage

  • Center node average < 0.75A @ 28Voltage

• 尺寸紧凑: 131 × 93.7 × 24.8 mm (不包括连接器).

• Lightweight design: 277 克.

• Rugged Aluminum alloy housing.

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技术规格

无线参数

• 技术: 正交频分复用 (OFDM)

• 频段:

  • 566–678兆赫

  • 1420–1530兆赫

• Channel bandwidths: 3 / 5 / 10 / 20 / 40 MHz

• Data rate: 最多 100 Mbps (depending on channel bandwidth and modulation)

• Modulation schemes: QPSK / 16-QAM / 64-QAM (adaptive selection)

• 输出功率: 2 × 10 W per frequency band

• 接收灵敏度: -102 分贝 (1Mbps@ 20 MHz)

• Antenna ports: SMA female connectors (双重的, 主要和辅助)

• MIMO/CA support: Yes

联网

• Topologies supported:

  • 点对点

  • Point-Relay-Point

  • Point-to-Multipoint star (最多 64 节点)

  • 网状网络 (风俗, 最多 32 节点)

• Default uplink/downlink allocation: 4:1 ratio (可配置)

• 自动跳频 within band

接口

• Ethernet:

  • 2 × GH1.25-4P with locking connector

  • 透明传输 (bridge mode, identical IP address for both ports).This design allows users to connect multiple IP-based systems conveniently without additional network configuration.

  • 视频传输
    IP cameras can be connected directly to the radio link device via the Ethernet port for real-time video transmission.
    For cameras with HDMI, SDI, AHD, or AV outputs, video encoding should be handled using an H.265/H.264 video encoders before connecting to the Ethernet port of the radio link device.

  • Video Receiving End
    Except connect to a computer or NVR, an H.265/H.264 video decoder devices can be connected to the Ethernet port of the radio link system to achieve real-time HD video monitoring and playback.

• 串口1:

  • GH1.25-3P locking connector

  • 默认: TTL 3.3 V (可选RS232)

  • 默认波特率: 115200 基点 (configurable via web UI). 选修的 1200, 2400, 4800, 9600, 19200, 28800, 38400, 57600, 76800, 100000, 115200, 230400, 460800, 921600, 1152000, 2304000, 3750000, 4000000 基点.

  • UART1 has the highest priority in transmission, 确保 超低延迟, making it suitable for telemetry, 飞行控制, and other time-critical data applications.

  • Configurable for UART-to-UART or UART-to-Ethernet transmission

• 串口2:

  • GH1.25-3P locking connector

  • 默认: TTL 3.3 V (可选RS232)

  • 默认波特率: 115200 基点 (可配置). 选修的 1200, 2400, 4800, 9600, 19200, 28800, 38400, 57600, 76800, 100000, 115200, 230400, 460800, 921600, 1152000, 2304000, 3750000, 4000000 基点.

  • Configurable for UART-to-UART or UART-to-Ethernet transmission

  • Working Modes:

    • • Data Transmission Mode (默认): Enabling flexible integration with various control systems or telemetry devices.

      • Control UART Mode

• Sbus interface:

  • GH1.25-3P locking connector

  • Supports Sbus-in and Sbus-out

  • Configurable via web UI

• 电源输入:

  • XT30PW-M 连接器

  • 输入电压: 24–32 Voltage DC

• ANT input:

  • ANT1: TX/RX antenna port,SMA 女性.

  • ANT2: TX/RX antenna port,SMA 女性.

LED指示灯

• 电源指示灯 (红色的): Constant ON when device is powered.

• 节点 LED (蓝色的):

  • Constant ON: 中心节点

  • 闪烁: 接入节点

• 链接 LED (multi-color):

  • 离开: no wireless connection

  • 红色的: link established, weak signal

  • 橙子: link established, medium signal

  • 绿色的: link established, strong signal

机械的 & 环境的

• Dimensions: 131 × 93.7 × 24.8 mm (不包括连接器)

• Weight: 277 克 (2x10W model); Another waterproof marine 2×10 watt casing weighs 4468 克.

• 工作电压: 24-32伏直流电

• 功耗:

  • Access node: < 52 平均W

  • Center node: < 21 平均W

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应用领域

无人机 & Drone Communications

This 150km 100Mpbs frequency hopping at 2bands UAV radio link device is an ideal solution for UAV platforms requiring real-time, long-range broadband links for HD video, 遥测, and command control. With its dual Ethernet ports, the device can seamlessly connect to IP cameras or onboard video encoders such as the H.265/H.264 system.

公安 & 应急响应

In mission-critical environments such as firefighting, 救灾, or police operations, this drone radio link provides reliable video surveillance and data connectivity between ground teams and command centers.

军队 & Tactical Use

For reconnaissance missions, 移动装置, and battlefield networks, this long-range radio link supports secure, encrypted bi-directional communication with robust anti-jamming capability. Mesh networking allows self-healing connections if one node is compromised.

工业监控

This 150km 100Mbps long-range video transceiver can be deployed in oilfields, mining sites, or large-scale infrastructure projects for real-time video inspection and data collection across vast distances.

运输 & 海上

With its long-range capability and strong penetration in non-line-of-sight conditions, this 150km 100Mbps long-range video transceiver can be applied to ship-to-shore communications, 边境安全, or railway monitoring systems.

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部署场景

Point-to-Point Wireless Link

This UAV radio link can establish a dedicated long-range bi-directional connection between two endpoints. This mode is suitable for UAV-to-ground station links or remote surveillance camera backhaul.

Point-to-Multipoint Star Network

在此模式下, a central node communicates with up to 64 接入节点. Each access node communicates with the central node, but not directly with each other. This topology is efficient for surveillance systems or sensor networks where multiple field units report back to a central hub.

中继模式

This radio link can be configured as a relay node, extending communication range by forwarding signals between two remote endpoints.

网状网络 (Custom Option)

For complex environments requiring redundancy and resilience, this radio link supports a custom mesh mode with up to 32 节点. In this self-healing topology, if one node goes offline, the remaining nodes automatically reconfigure to maintain network connectivity.

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Integration with Video Systems

The 150km 100Mpbs frequency hopping at 2bands UAV radio link device is compatible with a wide range of IP-based video systems. For applications requiring HDMI, SDI, 的, 或 AHD 视频输入, it is recommended to pair this radio link with the our H.265/H.264 video encoder system. The encoder can connect directly to the 4-pin Ethernet port, enabling efficient wireless transmission of high-definition video streams.

By adjusting video encoder bitrates, users can optimize transmission range. Lowering the video bitrate reduces channel occupancy, allowing this drone radio link to achieve longer transmission distances under the same conditions.

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安全 & Encryption

This radio link incorporates multiple encryption standards to ensure secure communication:

• AES-128: Widely adopted symmetric encryption algorithm offering strong security with low computational overhead.

• 雪花3G: A stream cipher used in mobile communication networks.

• 祖克: A cipher algorithm developed for 3GPP LTE networks, ensuring compatibility with global standards.

These encryption methods guarantee confidentiality, 正直, and protection against interception, making this Unmanned aerial vehicle systems radio link suitable for sensitive applications.

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优点

• Ultra-long range: 最多 150 公里视距.

• High throughput: supports bandwidths up to 40 MHz with speeds up to 100 Mbps.

• 组网灵活: from simple point-to-point to complex mesh topologies.

• 紧凑、轻便: 仅有的 277 g, ideal for UAV payload integration.

• 低延迟: prioritized serial port transmission for real-time control signals.

• Robust security: multiple encryption algorithms.

• 可扩展性: supports large-scale deployments with up to 64 节点.

常见问题解答 (FAQ)

Q1: What is the maximum transmission range of the UAV radio link?
A1: Under optimal line-of-sight conditions, this model can achieve an air-to-ground distance of up to 150 km.

Q2: Can I use this model for UAV video transmission?
A2: Yes. The model is designed for UAV applications and supports direct integration with IP cameras or video encoders such as the our H.265/H.264 encoder system.

Q3: Does it support simultaneous video and data transmission?
A3: 绝对地. With dual Ethernet ports and dual serial ports, the long-range High throughput allows concurrent transmission of video, 遥测, 和控制信号.

第四季度: What is the typical latency of the device?
A4: Latency depends on the interface and configuration. UART1 is prioritized and provides the lowest latency, suitable for control signals. Video transmission latency will depend on the encoder used.

Q5: How secure is the UAV wireless link?
A5: The UAV wireless link supports AES-128, 雪花3G, and ZUC encryption algorithms, ensuring secure communication for both civilian and tactical applications.

Q6: Can the device work in non-line-of-sight environments?
A6: Yes. Operating in sub-GHz frequency bands (566–678兆赫), the long-range drone transmitter and receiver has strong penetration capability, making it effective in environments with trees, 建筑物, or terrain obstacles.

Q7: How many nodes can be supported in a star topology?
A7: It can support up to 64 节点 in a point-to-multipoint star configuration.

Q8: Is mesh networking available?
A8: Yes, mesh networking is available as a custom option, 支持高达 32 nodes with automatic reconfiguration if a node fails.

Q9: 需要什么电源?
A9: The device operates with a DC input of 28–30 V. Power is provided via the XT30PW-M connector.

Q10: Can I configure the device through software?
A10: Yes. it provides a web-based UI for configuration, 监控, and status checking of wireless links.

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结论

The 150km 100Mpbs frequency hopping at 2bands UAV radio link Device 是一个多才多艺的, high-performance solution for long-range wireless communication. Its combination of wideband throughput, robust OFDM-based link stability, flexible networking modes, and strong encryption make it suitable for UAVs, 战术行动, 公安, 和工业监控.

袖珍的, 轻的, and engineered for reliability, it provides the critical connectivity needed for modern unmanned systems and beyond.

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可选配置

• Frequency band selection: 566–678 MHz or 1420–1530 MHz.

• UART interface level: 默认 3.3 TTL电压, 可选RS232.

• 网状网络: available as a custom option for specialized projects.

• Video system integration: optional an encoder/decoder for HDMI/SDI/AV/AHD video sources.

Configuration Options for High Throughput and Dual-Band Hopping

The device is equipped with dual internal power amplifiers and dual-antenna transmission capability, which provides flexibility in how the system is configured for different operational requirements. Depending on whether the priority is maximum throughput or enhanced frequency diversity, the device can be configured in different ways.

1. Configuration for Maximum Throughput (100 Mbps Mode)
To achieve the maximum air interface rate of 100 Mbps, both internal power amplifier modules must be configured to operate in the same frequency band. The transceiver supports two selectable bands: 566–678兆赫 and 1420–1530兆赫. When both amplifiers are locked to the same band, the system operates in a dual-chain mode, effectively combining the capacity of both RF paths. Each individual RF chain is capable of a peak throughput of approximately 50 Mbps. By running both in parallel on the same frequency band, the system aggregates the capacity to deliver up to 100 Mbps total throughput. This configuration is recommended when applications require the highest possible data rate, such as streaming multiple HD video channels or transmitting high-bandwidth sensor payloads from UAV platforms.

2. Configuration for Dual-Band Frequency Hopping
或者, it can be configured for dual-band frequency hopping operation, which enhances anti-jamming capability and spectrum agility. In this configuration, one internal power amplifier is preset to operate in the 566–678 MHz band, while the other is preset for the 1420–1530 MHz band. When the device is placed in dual-band frequency hopping mode, the working frequency dynamically alternates between these two bands. This allows the communication link to adapt to interference, 环境条件, or regulatory requirements, ensuring reliable connectivity even in contested spectrum environments.

概括

• 100 Mbps Mode: Both amplifiers on the same band (566–678兆赫 或者 1420–1530兆赫), 使能 50 + 50 Mbps aggregated throughput.

• Dual-Band Hopping Mode: One amplifier set to 566–678 MHz, the other to 1420–1530 MHz, enabling frequency agility but limiting maximum throughput to 50 Mbps per active chain.

This flexible configuration ensures that users can adapt the 150km 100Mpbs frequency hopping at 2bands UAV radio link Device to mission requirements, whether prioritizing maximum bandwidth 或者 enhanced resilience in complex radio environments.