0.9/1.2 Meter Quick Deploy Auto Acquisition Antenna
The 0.9/1.2 Meter Quick Deploy Auto Acquisition Antenna is a compact, portable satellite communication solution featuring automatic signal acquisition. Designed for rapid deployment and ease of use, it caters to field operations, emergency response, and remote communications, offering reliable connectivity and high-speed data transmission in diverse environments.
Dolph Microwave’s 0.9/1.2 Meter Quick Deploy Motorized Auto Acquisition Antenna Systems, comprising the DH 0.9 Meter MPA Ku-band Antenna and the DH 1.2 Meter QDA Ku-band Antenna, redefine portability and efficiency in satellite communications. These systems are engineered for rapid deployment and reliable high-speed communication, making them ideal for a wide range of applications from commercial to military uses. With one-button auto acquisition, these antennas ensure fast and effortless alignment with satellites, providing instant access to communication channels.
Key Features
- Auto Acquisition: Features a one-button auto acquisition system, enabling users with no professional training to quickly establish satellite connections.
- Lightweight and Portable: The entire system is designed for portability, fitting into a single backpack or transit case, making it perfect for field operations.
- Rugged Design: Built to withstand harsh environments, ensuring reliable performance in any condition with weatherproofing to IP65 standards.
- Carbon Fiber Reflector: Utilizes a carbon fiber reflector for superior stiffness, lightweight design, and exceptional performance, including excellent sidelobe and cross-polarization characteristics.
- Fast and Accurate Positioning: Equipped with a motorized positioner mount for accurate assisted manual pointing and fast satellite acquisition via Beacon/DVB signal peaking.
- Versatile Frequency Band Compatibility: Available in X-band frequencies, with options to select other frequency bands as required.
- Easy Setup and Operation: Designed for quick assembly and disassembly, facilitating rapid deployment and retraction without the need for extensive technical knowledge.
Applications
The versatility and advanced technology of the Dolph Microwave Antenna Systems make them suitable for various critical applications:
- Satellite News Gathering (SNG) and Broadcasting: Ideal for mobile broadcasting units requiring quick setup and reliable communication links.
- Government and Military Operations: Supports secure, fast-deployable communication needs for field operations and remote deployments.
- Emergency Response and Homeland Security: Essential for establishing immediate communication links in disaster-stricken areas or during critical incidents.
- Remote Business Communications: Enables reliable communication for industries such as energy, mining, and exploration in isolated locations.
- Live Streaming and Data Transmission: Supports live video streaming and secure transmission of critical data across various sectors.
Product Specifications
Parameter | Specification |
---|---|
Antenna Diameter Options | 0.9 Meter, 1.2 Meter |
Frequency Bands | X-band, with other options available |
Reflector Material | Carbon Fiber |
Acquisition | One-button auto acquisition |
Portability | Fits into single backpack/transit case |
Environmental Resistance | Weatherproof to IP65, ruggedized for harsh environments |
Setup Time | Quick deployment and easy assembly |
Dolph Microwave’s 0.9/1.2 Meter Antenna Systems are not just antennas but complete satellite communication solutions designed for the demanding requirements of modern operations. These systems combine high performance, rugged durability, and unparalleled ease of use to provide reliable communication channels in the most challenging environments. For more information, detailed datasheets, or to discuss specific requirements, Dolph Microwave invites potential clients to reach out. Whether for broadcasting, military, emergency response, or remote business applications, Dolph Microwave is ready to support your communication needs with its innovative solutions.