A professional high-gain wireless communication antenna, specifically designed for LoRa and ZigBee technology units and shields to enhance data transmission... اقرأ المزيد
2,500 IQD Excl. VAT
A professional high-gain wireless communication antenna, specifically designed for LoRa and ZigBee technology units and shields to enhance data transmission and reception efficiency over vast kilometer distances, available in two standard frequency options (433 MHz or 915 MHz).
The high-gain LoRa Antenna is considered the essential mechanical Benchmark for the success of any long-range communication project or Internet of Things (IoT) systems; it is designed with precise internal engineering that ensures optimal wave resonance, preventing wireless signal loss and increasing the accuracy of data exchanged in environments full of environmental obstacles and walls.
The antenna comes equipped with a flexible mechanical joint that can be bent at a 90-degree angle to facilitate its aiming and installation on control cabinets or Arduino boards, with a standard threaded connector that directly links to all wireless modules. We offer you this antenna with two frequency variants to perfectly match your wireless module's frequency: the 433MHz version, distinguished by its high penetration of buildings, and the 915MHz version, dedicated to advanced industrial networks and frequencies. It is the professional and sole choice for mechatronics and telecommunications students to build wireless weather stations, remote control systems for robots and drones, smart autonomous sensor networks, and advanced DIY hobbyists.
A premium, hardware-level LoRa omnidirectional rubber duck antenna precision-engineered for maximum signal resonance and multi-kilometer wireless telemetry booster links. Standing as the definitive hardware benchmark for long-range RF network amplification and internet of things (IoT) infrastructure, this high-gain antenna acts as an essential impedance-matched load for high-power transceivers. Outfitted with a flexible 90-degree knuckle joint for adaptive spatial orientation, it is available in two strategic operating frequency variants: the highly industrial 433MHz bands and the high-stability 915MHz cellular nodes. Terminated with a standardized SMA male screw connector for plug-and-play integration with standard shields, it serves as an indispensable hardware block for automated sub-grid sensor arrays, remote drone tracking telemetry, and advanced academic telecommunication labs.
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نحن نشحن الطلبات إلى جميع أنحاء العالم. سيتم تعبئة طلبك بعناية فائقة وتسليمه أينما تريد. يستغرق التسليم ما بين 2-4 أيام عمل. ستتلقى بريدًا إلكترونيًا بعد الطلب يحتوي على مزيد من المعلومات حول التسليم.
يمكن إرجاع الطلبات أو استبدالها في غضون 30 يومًا من استلام الطرد، شريطة أن تكون بحالة قابلة لإعادة البيع الأصلية.
نحن نعمل جاهدين لتسليم أغراضك دون تلف. يمكن إرجاع الطلبات أو استبدالها في غضون 30 يومًا من استلام الطرد، شريطة أن تكون بحالتها الأصلية القابلة لإعادة البيع.