04/06/2026
#筑波科技 分享Tabor Electronics最新推出 #反無人機測試與評估解決方案,以Proteus SDR平台強化C-UAS與RF場景模擬能力
隨著無人機(UAV)應用在公共安全、關鍵基礎設施與國防領域快速擴展,反無人機(C-UAS)系統的測試與驗證需求也大幅提升。面對持續演進的通訊協定與複雜RF威脅場景,傳統硬體式測試環境已逐漸無法滿足需求。
Tabor Electronics 正式推出 Anti-Drone Test and Evaluation Solution,以 Proteus Software-Defined Radio(SDR)平台為核心,打造可軟體定義的高彈性測試架構,能在實驗室中模擬真實電磁與戰場級RF情境。
該方案支援 frequency hopping(跳頻)、jamming(干擾)、closed-loop signal analysis(閉迴路訊號分析) 等能力,可協助工程團隊:
• 驗證無人機偵測與追蹤效能
• 壓力測試 C-UAS 系統可靠性
• 模擬動態電磁與威脅環境
• 加速反無人機系統開發與部署
筑波科技/ Tabor Electronics 將協助台灣客戶導入 RF / SDR / mmWave 高頻測試與系統整合解決方案,加速次世代通訊、電子戰與國防應用驗證。
在 AI 與無人機威脅快速演進的時代,軟體定義測試平台正成為關鍵核心基礎。
官方新聞連結
https://www.taborelec.com/Tabor-Electronics-unveils-Anti-Drone-Test-and-Evaluation-solution
ACE Shares Tabor Electronics’ Newly Launched Anti-Drone Test and Evaluation Solution Based on the Proteus SDR Platform for Advanced C-UAS and RF Scenario Emulation
As UAV adoption continues to expand across public safety, critical infrastructure, and defense applications, the demand for advanced Counter-UAS (C-UAS) testing and validation is rapidly increasing. Traditional hardware-based test environments are struggling to keep pace with evolving communication protocols and complex RF threat scenarios.
Tabor Electronics has officially launched its Anti-Drone Test and Evaluation Solution, built on the Proteus Software-Defined Radio (SDR) platform, enabling a fully software-defined, highly flexible test architecture capable of emulating real-world RF and battlefield-grade environments in the lab.
The solution supports advanced capabilities such as frequency hopping, RF jamming, and closed-loop signal analysis, enabling engineering teams to:
• Validate drone detection and tracking performance
• Stress-test C-UAS system resilience
• Emulate dynamic electromagnetic threat environments
• Accelerate anti-drone system development and deployment
As a partner of Tabor Electronics in Taiwan, ACE Solution continues to support customers with integrated RF, SDR, and mmWave high-frequency test and measurement solutions, enabling faster validation for next-generation communications, EW, and defense applications.
In an era of rapidly evolving AI-driven drone threats, software-defined test platforms are becoming a critical enabler for future-ready validation.
#筑波科技