RG-RAP2260 Reyee Wi-Fi 6 AX3000 High Performance Multi-G Ceiling Access Point

The Reyee RG-RAP2260(G) Wi-Fi 6 AX1800 Indoor Access Point is engineered to deliver ultra-high performance for demanding network environments. With a total wireless throughput of up to 1775 Mbps, this access point ensures fast and reliable connections for over 500 clients simultaneously, making it ideal for high-density scenarios. Equipped with cutting-edge Wi-Fi 6 technology, it provides extremely low latency and high-speed data transmission, enhancing the user experience with superior practical performance.

Installation is a breeze with the Reyee Mesh technology, allowing you to effortlessly expand your network without the need for extensive wiring. The intuitive Ruijie Cloud APP enables quick and easy setup of your Wi-Fi 6 network in just three minutes. The RG-RAP2260(G) also offers free cloud management, providing convenient access to network settings and monitoring from anywhere.

Specifications:

Key Features:

• Ultra-Fast Wi-Fi 6 Performance: Delivers a combined speed of up to 1775 Mbps for rapid data transmission.
• High Capacity: Supports over 500 concurrent client connections, perfect for high-density environments.
• Reyee Mesh Technology: Simplifies the installation of additional access points without extensive wiring.
• Quick and Easy Setup: Establish a Wi-Fi 6 network in just three minutes using the Ruijie Cloud APP.
• Free Cloud Management: Manage your network from anywhere with the intuitive cloud management platform.

Benefits:

• Enhanced User Experience: Provides reliable, high-speed connections for a large number of users.
• Easy Expansion: Add more access points effortlessly to expand your network coverage.
• Convenient Management: Access and manage network settings remotely with free cloud services.

Environmental Performance:

• Sustainable by Design: Built with consideration for environmental impact.
• Green Premium™: Adheres to high environmental standards, ensuring a greener network infrastructure.
• Transparency: Complies with RoHS and REACh regulations for hazardous substances.

1- Mounting: Install the access point on the ceiling using the included mounting hardware. Ensure it is positioned to provide optimal coverage.
2- Cable Connections: Connect the access point to the network using an Ethernet cable. If PoE is supported, the same cable will provide both power and network connectivity.
3- Power: Ensure the PoE injector or switch provides power to the access point.
4- Configuration: Use the Ruijie management platform or web interface to configure the access point’s settings, including SSID, security options, and network parameters.
5- Testing: Verify connectivity and coverage to ensure the access point is performing as expected and providing the desired wireless coverage.

1- Office Environments: Suitable for businesses and office spaces that require high-speed wireless connectivity for multiple users and devices.
2- Educational Institutions: Ideal for schools and universities where reliable and high-speed Wi-Fi is needed for students and staff.
3- Retail Spaces: Perfect for retail environments that need to provide secure and fast wireless access for customers and point-of-sale systems.
4- Hospitality: Useful in hotels and other hospitality settings to offer guests high-speed wireless internet access.
5- Public Venues: Can be deployed in public spaces such as libraries, airports, and conference centers to support large numbers of users.

The Ruijie RG-RAP2260(G) is a Wi-Fi 6 ceiling access point offering up to 1800 Mbps of wireless speed with enhanced capacity and efficiency features. Its dual-band operation, advanced security, and PoE support make it suitable for high-performance wireless networking in various environments. With its ceiling mount design, the access point delivers broad coverage and reliable connectivity, making it ideal for offices, educational institutions, retail spaces, hospitality, and public venues. Its support for the latest Wi-Fi 6 technology ensures future-proof performance and improved network efficiency.