RG-RAP2260H أداء فائق الأداء واي فاي 6 نقطة الوصول-طراز RG-RAP2260H-5.95 جيجابت في الثانية ، ووصلة صاعدة 5 جيجابت في الثانية ، ويدعم 500+ عميل ، وشبكة Reyee و Captive Portal
الاجهزه الالكترونيات الامريكية قد تحتاج الى محمول فولت من ١١٠ الى ٢٢٠.قد تحتاج إلى محول كهرباء
مميزات خاصة
Ultra-High WiFi 6 Performance: Delivers up to 5.95 Gbps wireless throughput to support bandwidth-intensive applications.
Supports Over 500 Client Connections: Engineered for high-density environments ensuring stable, efficient connectivity.
5 Gbps Wired Uplink: Future-ready with ultra-fast backhaul for minimizing bottlenecks and maximizing internet speeds.
Mesh Technology: Simplifies network expansion by enabling easy installation of additional access points with seamless roaming.
Standalone Captive Portal: Enables straightforward Wi-Fi authentication for guest access or secure user management.
Optimized for Enterprise and Campus Networks: Suitable for large offices, schools, hotels, and public venues requiring robust wireless infrastructure.
Flexible Deployment Options: Designed for easy integration into existing network environments with advanced management capabilities.
وصف
The RG-RAP2260H is an ultra-high-performance WiFi 6 access point designed to deliver blazing-fast wireless speeds and robust connectivity for demanding environments. Capable of achieving up to 5.95 Gbps throughput, this AP supports over 500 simultaneous client connections while maintaining excellent practical performance for enterprise, campus, and high-density deployments. Equipped with a 5 Gbps uplink, it future-proofs network infrastructure by supporting ultra-fast wired backhaul. The RG-RAP2260H easily integrates into larger networks using Mesh technology, enabling seamless expansion without complex cabling. Additionally, it features a standalone captive portal for simple Wi-Fi authentication setup, enhancing security and user experience. This access point combines cutting-edge hardware and versatile software to build reliable, high-speed wireless networks tailored to modern connectivity demands.
