Fast Shipping Ruijie: Rg-nbs5200-48gt4xs, 48-port Gigabit Layer 3 Managed Switch, Non-poe, 4 Sfp+ Uplinks, 6kv Surge Protection Device [aVLo3iO4]

48-Port Gigabit Layer 3 Managed Switch Overview

Introducing the Ruijie RG-NBS5200-48GT4XS, a powerful and versatile 48-port Gigabit Layer 3 managed switch designed for enterprise-level networking needs. This non-PoE switch boasts 4 SFP+ uplinks, providing seamless connectivity and scalability for demanding environments. With its enterprise-class quality and high performance, the RG-NBS5200-48GT4XS is a reliable choice for core networking areas where reliability and speed are paramount. Key features include 6KV surge protection to minimize port damage risks, ensuring long-lasting performance even under adverse conditions.

Technical Specifications and Product Details

The Ruijie RG-NBS5200-48GT4XS is a robust solution, offering 48 Gigabit Ethernet ports and 4 SFP+ uplinks for flexible network connectivity. manufactured by Ruijie/Reyee, this switch is designed to handle heavy traffic with ease, making it ideal for high-performance environments. It weighs 3.90 kg and operates within a temperature range of 0°C to 50°C, ensuring stable performance in various conditions. With CE and RoHS certifications, the RG-NBS5200-48GT4XS meets the highest industry standards for quality and safety.

Ideal Uses and Applications

Perfect for enterprises seeking a robust and secure network infrastructure, the RG-NBS5200-48GT4XS is designed to support high-performance core networking areas. Whether it's for data centers, large-scale enterprises, or any other critical network environment, this switch delivers exceptional reliability and efficiency. With its lifetime management available on Ruijie Cloud, remote access and management are convenient and hassle-free, allowing for seamless network operations. By choosing the RG-NBS5200-48GT4XS, you not only gain a high-performance switch but also contribute to energy efficiency and cost savings, as it is designed to operate efficiently with minimal energy waste.