VSOL 1GE + XPON ONU

The V-Sol V2801SG 1GE+ XPON Optical Network Unit (ONU) is a high-performance solution designed to meet the needs of FTTH, FTTD, FTTO, SOHO, and video surveillance deployments. Supporting both EPON and GPON dual-mode connectivity, it offers exceptional flexibility for telecom operators and service providers. With bridge mode and router mode support, the V2801SG adapts seamlessly to various network configurations, ensuring reliable, carrier-grade broadband access for homes and businesses alike. Engineered for stability, the V2801SG ensures a long-term, consistent connection, even in challenging climates, thanks to its wide-temperature design. It features hardware rogue ONU detection and dying gasp protection to maintain uptime and safeguard network integrity. With a 20km transmission distance and high optical sensitivity, this ONU is built to deliver robust performance in both urban and remote installations. Security is at the core of the V2801SG. Its integrated firewall chipset includes Anti-DDoS, Anti-virus, and filtering capabilities based on ACL, MAC, URL, whitelist, and blacklist rules. These advanced security measures protect networks from malicious attacks and unauthorized access, ensuring safer internet connectivity. Additionally, QoS features guarantee stable performance for critical services, whether for business productivity, home entertainment, or surveillance systems. Designed with a compact form factor, the V-Sol V2801SG offers desktop and wall-mount installation options, making it suitable for a variety of spaces. Its small footprint saves space while maintaining full functionality, and the easy plug-and-play setup simplifies deployment. Whether you’re a telecom operator looking for scalable ONU solutions or an end user seeking a fast, stable, and secure fiber connection, the V-Sol V2801SG delivers performance and reliability in a sleek package. FEATURES: XPON Dual Mode Automatic access to EPON/GPON Powerful firewall Prevent Rogue ONT Wide Temp Design Security ONT Secure and dependable