Ruijie RG-E-130(GE)-A PoE Injector 802.3at/af 53V Enterprise Power Adapter

• IP surveillance camera deployments
• Wireless access point installations in enterprise offices
• VoIP phone power delivery in office networks
• Retail store network expansion
• Smart building and IoT sensor deployments
• Campus network edge device powering
• Branch office network upgrades without PoE switches
• Temporary network setups for events or deployments
• Industrial monitoring and edge connectivity systems
• Hybrid IT infrastructure modernization projects

• IEEE 802.3at/af PoE standard support
• Delivers both power and data over a single Ethernet cable
• Stable 53V DC output for enterprise-grade devices
• Wide AC input range (110–240V) for global compatibility
• Compact form factor for flexible deployment
• Cost-effective alternative to PoE switches
• Supports IP cameras, APs, and VoIP devices
• Plug-and-play installation with minimal configuration
• Enhances network scalability without infrastructure overhaul
• Reliable power delivery for continuous operations
• Suitable for distributed enterprise environments
• Reduces cabling complexity and installation costs

• Brand: Ruijie
• Product Model: RG-E-130(GE)-A
• PoE Standard: IEEE 802.3at / IEEE 802.3af
• Output Voltage: 53V DC
• Output Current: 0.6A
• Input Voltage: 110–240V AC
• Device Type: PoE Injector
• Function: Power + Data over Ethernet
• Compatibility: PoE-enabled IP devices (APs, IP cameras, VoIP phones)

WHY CHOOSE THIS PRODUCT?

• Organizations choose the Ruijie RG-E-130(GE)-A because it enables fast PoE deployment without requiring a full switch upgrade, reducing both capital expenditure and operational complexity. It is particularly useful in network expansion scenarios where existing infrastructure lacks PoE capability.
• Compared to unmanaged injectors, it delivers stable IEEE 802.3at/af compliance, ensuring safe and standardized power delivery to connected devices. Compared to PoE switches, it provides lower-cost scalability for single-device or distributed deployments, making it ideal for phased infrastructure modernization.
• It also improves deployment flexibility in hybrid networks, supporting business continuity strategies, remote site connectivity, and IoT expansion while maintaining energy efficiency and simplified installation.