High Performance anti-jamming drone wireless radio link communication module for video data telemetry
目录
介绍
Vcan2111 is the first product based on ISSA (智能频谱感知和对抗) High-performance wireless video transmission module with advanced technology.
Vcan2111 uses a high-performance FPGA, real-time perception of the spatial spectrum status, and automatically selects the channel with the lowest interference to form a network.
NOW Technology can predict the arrival of interference in advance, 所以 Vcan2111 module can minimize the jamming and packet loss problems caused by various interferences. Especially in electronic countermeasure environments, NOW Technical advantages are excellent. Compared with traditional frequency modulation technology, it can use a lower frequency modulation number to ensure the smooth and stable link.
Vcan2111 supports reliable wireless transmission in a variety of complex electromagnetic environments. The module integrates advanced modulation schemes and flexible parameter configuration capabilities, making it suitable for low-latency, high-bandwidth multimedia data transmission in complex electromagnetic interference environments.
特征
- 50km long-range transmission
- low latency
- Intelligent Spectrum Sensing & Anti-Jamming
- 自适应 调制 &Demodulation Algorithm
- Modern industrial drone operations face increasingly challenging electromagnetic environments. These environments contain diverse interference sources, such as pulsed, 宽带, and hybrid interference from human and natural causes, which are becoming more common in operational scenarios. To overcome these issues, the model uses AI-driven Dynamic Spectrum Sensing and Interference Countermeasure Algorithms (国际社会保障协会) for proactive interference prediction and avoidance in different interference environments.
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Real-time adaptive signal modulation and demodulation, using self-optimizing anti-jamming algorithms. Rigorous testing has verified that this model substantially improves a drone’s ability to withstand interference. Employing commercial-grade interference simulators (costing ¥100k-500k) to mimic severe natural interference conditions, the model outperforms traditional video transmission systems by an order of magnitude. In tests, when drones with standard systems experienced communication failures and were grounded, this model allowed drones to maintain stable, unrestricted flight.
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As shown in the table below, this model system maintains 1080P@60fps transmission capability at 50 meters above the interference source, even under extreme interference conditions simulating 800W transmission power across 14 频段. With smart frequency hopping at over 1,500 hops per second and several patented wireless anti-jamming algorithms, this model is the best global solution for industrial drones, setting new standards for operational survivability in heavy electromagnetic warfare.
| 表现 | 我们的模型 | Common Video 传播 和 一般的 Frequency-Hopping | 优势 |
| 抗干扰半径 | 50m from 干涉 来源
(稳定的 传播) |
Disconnection at>2,000米 | 20×larger Jamming-Resistant Radius |
| Anti-Jamming 模式 | Al-driven dynamic 光谱 sensing &反作用 | No anti-jamming or basic 频率- hopping | Revolutionary architecture dominance |
| 视频质量 | 1080P@60fps
(zero frame loss) |
Severe lag/mosaic artifacts | Dual superiority
解决 + frame 速度 |
| 少量 Error 速度(误码率) | <1e-6
(以下 demodulation 临界点) |
>1e-6
(demodulation failure) |
BER always within demodulation limits |
| 延迟 | <50多发性硬化症 | >500多发性硬化症 or timeout | 10×real-time improvement |
| 频率捷变 | >1,000 跳数/秒
(millisecoND 适应性 hopping) |
<100 跳数/秒
(fixed-pattern hopping) |
速度 + intelligence dual dominance |
| Full-Band Jamming Resistance | Spectrum hole 捕获 | No effective countermeasures | 8.5×spectrum utilization efficiency |
| Extreme Environment 耐力 | 30+分钟
(连续的 抗干扰 手术) |
<2分钟
(forced return) |
15×sustained operational 能力 |
System Parameters
| 类别 | Parameter details |
| 发射功率 | Dual Channel
2-瓦特 transmitter power |
| 工作频率 | 1350～1450MHz |
| Carrier bandwidth | 20兆赫 |
| 双工模式 | 时分双工 模型 |
| Encryption method | AES256 |
| Power supply and power consumption | DC 18~27V 输入, 功耗 ≤20W |
| 接口配置 | 天线接口: SMA-K×2
电源接口: XT30PW-M 网络端口/串口: PH2.0 封装 |
Physical and environmental indicators
| project | 规范 |
| 尺寸 | 102.5mm × 81mm × 22mm |
| 重量 | 162G (不带天线) |
| Ambient temperature | -40℃ ~ +55℃ |
| 工作温度 | -40℃ ~ +85℃ |
| Humidity range | 5%〜95% |
ISSA Technology
国际社会保障协会 (智能频谱感知和对抗): Intelligent spectrum sensing and countermeasure technology.
- The module scans the working frequency band spectrum in real time (default 1350~1450MHz).
- Based on a customizable local data model, the system dynamically selects the best receiving frequency channel using dynamic frequency hopping, considering the interference intensity and noise characteristics of all frequencies. It switches to the frequency with the least interference before interference occurs.
- Each node dynamically creates links for communication between frequencies, reacting to environmental factors in real time, which greatly improves communication that resists interference in complex environments.
- High-performance transmission capability
- Modulation system:支持 QPSK/16QAM/64QAM/256QAM 自适应调制,
- 20兆赫 带宽.
- 传输率:最大限度 47Mbps@20MHz.
- Receive sensitivity：<-100dBm@5MHz, ensuring stable communication in weak signal environments.
- 最大传输距离：<=50km
iVcan.com_buyer –
This wireless video data telemetry radio link is an absolute game-changer for serious drone operations! Flying in congested urban areas used to mean constant anxiety about signal loss, but this system delivers rock-solid, uninterrupted control and crystal-clear HD video feed even with heavy interference present. The range is impressive, reliability is unmatched, and the peace of mind knowing your connection won’t drop mid-flight is invaluable. 设置很简单, and the performance consistently exceeds expectations. It’s not cheap, but for professional pilots or anyone needing guaranteed, high-performance communication, this anti-jamming link is worth every penny – a truly outstanding investment.