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Asus 90-IG1E002M01-3PA0- M2M 5 GHz Dual Radio RJ-45 4 Gigabit Ethernet L- Ports Wireless - IEEE
- M2M (Machine-to-Machine) communication capabilities
- 5 GHz dual radio operation for enhanced wireless performance
- Multiple RJ-45 Ethernet ports for wired connectivity
- Supports IEEE wireless standards for broad compatibility
- Designed for industrial and enterprise networking applications
- Robust and reliable wireless connectivity
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Product Overview
The Asus 90-IG1E002M01-3PA0- is a wireless networking device featuring M2M capabilities, operating on the 5 GHz dual radio band with RJ-45 Ethernet ports. It supports IEEE standards and is designed for machine-to-machine communication and robust wireless connectivity.
Technical Information
| Wireless Bands | 5 GHz Dual Radio |
| Connectivity | M2M, RJ-45 Ethernet |
Additional Specifications
| Standards | IEEE |
Product Description
The Asus 90-IG1E002M01-3PA0- is a specialized wireless networking solution tailored for Machine-to-Machine (M2M) communication and demanding enterprise environments. Its core functionality revolves around providing reliable and secure wireless connectivity for devices and systems that require constant data exchange. The device operates on the 5 GHz frequency band, utilizing dual radio technology to offer increased bandwidth, reduced interference, and improved overall network performance, which is crucial for M2M applications where data integrity and low latency are paramount. Featuring multiple RJ-45 Ethernet ports, this Asus device ensures that wired connections can also be established, offering flexibility in network design and deployment. This hybrid approach allows for seamless integration of both wired and wireless devices within a unified network infrastructure. The adherence to IEEE standards guarantees broad compatibility with a wide range of M2M devices, sensors, controllers, and other networking equipment, simplifying integration into existing or new systems. The design of the 90-IG1E002M01-3PA0- emphasizes robustness and reliability, making it suitable for deployment in industrial settings or other environments where network stability is critical. Its M2M focus suggests advanced features for remote management, data aggregation, and secure communication protocols, enabling efficient automation and monitoring of industrial processes. This device is a key component for building sophisticated IoT and M2M networks.
