The CF-HY4T1632SP-SFP is a 10G uplink L3 managed PoE Industria switch independently developed by CF FIBERLINK. It has 32*10/100/1000Base-T PoE ports . Port 1-32 can support Powered by PoE compliant with (IEEE802.3af/at standards. Each port provides a power supply of 15.4W, with a maximum power of 30W per port and a total power of 450W). and 16*100/1000Base-X SFP fiber ports and 4*10G SFP+ fiber ports As a PoE power supply device, it can automatically detect and recognize the power receiving equipment that meets the standard and supply power through the network cable. It can supply power to POE terminal equipment such as wireless AP, webcam, VoIP phone, building visual access control intercom, etc. through a network cable to meet the network environment that needs high-density PoE power supply.
The CF-HY4T1632SP-SFP features L3 network management capabilities, supports IPV4/IPV6 management, boasts dynamic routing with full line-rate forwarding, a comprehensive security protection mechanism, sophisticated ACL/QoS policies, and rich VLAN functionality, making it easy to manage and maintain. Leveraging industry-leading ring technology, it supports multiple industrial-grade ring protocols, allowing each port to form a ring network. It supports chain ring networks, star networks, dual star networks, ring networks, tangent ring networks, intersecting ring networks, and coupled ring networks, and can achieve self-healing of the ring network within ERPS < 20ms. This series of switches offers high reliability, high security, and high manageability, ensuring reliable transmission of critical data and supporting remote management. The product fully complies with industrial product design specifications and material standards. The enclosure is made of metal material and features fan cooling. It exhibits excellent performance in adapting to industrial field environments, including mechanical stability, climate environmental adaptability, and electromagnetic environmental adaptability. it comes with a 3-year warranty. It is suitable for network access, convergence, and core application scenarios in campus, hotel, and enterprise park networks.
