Product Features - Ruijie RG-AP680-O Instruction Manual

Applicable Scenarios
Smart City
Parks
With Wi-Fi deployed in parks, people can enjoy high-speed
mobile internet access anytime, anywhere. They can flexibly
and easily enjoy Internet services, including browsing the web,
watching videos, and engaging in voice and video chats with
friends.

Product Features

Multi-scenario Adaptability
The RG-AP680-O(V3) is a dual-band outdoor wireless
access point designed for outdoor scenarios such as smart
cities, higher education, general education, energy, and rail
transportation. It can be deployed in various scenarios to meet
diverse service requirements.
High-speed Access and Compatibility
The RG-AP680-O(V3) supports various wireless protocols,
such as 802.11ax, 802.11ac Wave2, 802.11ac Wave1, and
802.11n. It features a hardware-independent dual-band
design to deliver a data rate of up to 2.976 Gbps, effectively
eliminating wireless performance bottlenecks. Additionally,
it is compatible with an extensive array of devices,
promoting seamless interconnectivity among employees
and customers.
Higher Education
Sports Field
You can cheer and show support for sports events on the
spots field, and share moments in real time on social media.
High-speed mobile Wi-Fi allows you to leave real-time
memories.
Security and Scalability
The RG-AP680-O(V3) stands out with its exceptional wireless
network security, RF control, mobile access, QoS guarantee,
and seamless roaming. With Ruijie's wireless access controller
(AC), it enables wireless user data forwarding, security, and
access control to cope with diverse service needs.
Flexible Deployment and Power Supply
The RG-AP680-O(V3) supports both local power supply and
Power over Ethernet (PoE), providing you with the flexibility to
choose the power supply mode. In addition, the RG-AP680-
O(V3) can be mounted against a wall or pole, making space
deployment and environmental requirements less challenging.
This makes the RG-AP680-O(V3) particularly suitable for
scenarios such as parks, sports fields, and rail transportation
scenarios.
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