Description
Discover the Aria X2 IPH Bridge, a revolutionary single universe indoor lighting management system designed to elevate your wireless lighting control experience with unmatched precision, efficiency, and simplicity. This advanced system is engineered to adapt seamlessly to your lighting needs, whether you're on a show site or in a retail environment, providing a harmonious and dynamic lighting experience.
The Aria X2 IPH Bridge is not only capable of transmitting the proprietary Aria X2 serial protocol but is also fully compatible with a range of existing wireless DMX solutions, including ADJ WiFLY, Elation eFly, Magmatic MagFly, and Acclaim Aria. This compatibility ensures that your lighting setup remains versatile and future-proof, bridging the gap between new and existing technologies.
One of the standout features of the Aria X2 IPH Bridge is its frequency agility. The system operates on standard 802.15.4 channels across multiple spectrums, including 2.4GHz and 915MHz in the U.S., and 2.4GHz, 868MHz, or 863MHz in Europe. This flexibility ensures optimal network performance, even in densely populated environments, by allowing seamless spectrum switching to maintain network reliability.
The Aria X2 IPH Bridge also simplifies device configuration through Bluetooth Low Energy (BLE). This feature allows for direct setup from the fixture menu and provides additional functions such as individual DMX channel adjustments, offering you creative control over your lighting environment.
Stay ahead with Over-The-Air (OTA) updates, which keep your Aria system, fixture firmware, and fixture menus current. These updates are stored in a cloud repository and efficiently retrieved by the service app, with future enhancements including multi-hop DMX support for mesh network updates.
Built on a robust Wireless Mesh technology foundation, the Aria X2 IPH Bridge features a versatile multi-hop DMX protocol that adapts to various settings and use cases. Early configurations require minimal user intervention for optimal performance, and future releases will further simplify network configuration through internal metrics, ensuring low latency and reduced collisions.
Additionally, the Aria modules will soon incorporate a frequency hopping scheme, which will enhance network reliability and minimize user configuration needs. This innovation optimizes spectrum utilization, delivering a seamless and efficient lighting experience.
Experience the future of wireless lighting management with the Aria X2 IPH Bridge, where cutting-edge technology meets unparalleled control and adaptability.
Features
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Frequency Agility: Transmit on 802.15.4 channels for optimal performance in crowded spaces
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BLE Configuration: Set up devices easily and adjust DMX channels directly from the menu
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OTA Updates: Keep firmware current with seamless Over-The-Air updates from the cloud
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Wireless Mesh Tech: Multi-hop DMX protocol adapts to various settings with minimal setup
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Low Latency: Future updates will enhance network efficiency for faster response times
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Frequency Hopping: Improves reliability and reduces setup complexity for seamless operation
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Seamless Integration: Compatible with existing wireless DMX solutions for enhanced flexibility
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Creative Control: Unlock advanced DMX adjustments for unique and innovative lighting effects
Delivery & Returns
At Gear Club Direct, we want you to be happy with your purchase. We understand that there are times when once a product is received, it may not be what you needed or wanted after all. So, we will gladly accept your qualifying return within 15 days of the delivery date. After 15 days of the delivery date, all sales are final.
The Return Process
Customers are required to obtain a Pre-Authorization to return any product. To submit a request for a return, simply log in to your account and request a return and one of our sales representatives will contact you within 24-48 business hours. If you do not have an account with us, please open a help ticket, providing as much detail as possible and whether you are requesting a refund or an exchange. READ MORE