I80-2GX6GT Industrial Grade Gigabit 2-Optical 6-Electric TSN Synchronous Time Sensitive Switch

overview

The I80-2GX6GT series is an 8-port full gigabit layer 2 network management card rail TSN industrial Ethernet switch from Shanghai Newlink Communication Technology Co., Ltd. It achieves reliable and deterministic low latency transmission of streams, supports 2 gigabit SFP slots and 6 gigabit electrical ports. Adopting a store and forward mechanism, it has powerful bandwidth processing capabilities, automatically checks packet errors, reduces transmission failures, and ensures stable, reliable, and efficient data transmission. The product selects industrial grade components, matched with high standard system design and production control, standard DIN card rail installation, aluminum alloy shell, sturdy and durable, fanless and efficient heat dissipation, wide temperature operation from -40 ℃ to+75 ℃, industrial protection design, able to adapt to various harsh working environments, and stable communication performance.

I80-2GX6GTThe series of switches follow the main communication standards in the industrial field, meeting technical issues such as real-time communication and network security. The product provides multiple ways to manage switches, such as accessing the switch command line (CLI) through CONSOLE port or TELNET/SSH protocol, accessing the switch web interface through HTTP/HTTPS, and accessing the device MIB through SNMP protocol. Simultaneously providing multiple network protocols and industry standards, such as TSN、PTP、ERPS、knewlink-Ring、STP/RSTP/MSTP、VLAN、QoS、LACP、IGMP Snooping、LLDP、802.1X、ACL、RMON、DHCPv4 Client/Server/Listening/Relay NTP、 Port mirroring, DDM, Ping, Traceroute, etc. Support system management such as uploading and downloading configuration files, upgrading and backing up image files online. In terms of structural installation, it is flexible to choose between rail mounted or wall mounted. The product is widely applicable in fields such as comprehensive energy, smart cities, rail transit, intelligent transportation, industrial automation, etc.

Support broadcast frame, multicast frame, and unknown frame storm suppression, support broadcast and multicast packet storm detection, and prevent network storms;

Supporting static and dynamic aggregation of LACP links can increase transmission bandwidth, improve link reliability, and achieve network load sharing;

Support 802.1Q VLAN, provide Access, Trunk, Hybrid interfaces for easy division into multiple broadcast domains, and enhance network security;

Support VLAN partitioning based on MAC, protocol, IP subnet, flow, and other methods, which can be applied to networks in different environments;

Support MAC address table and aging time limit, static unicast/multicast MAC address and interface binding to ensure the use of legitimate users;

Support PIM, IGMP, IGMP Snooping, and multicast filtering to reduce the broadcast of multicast data in the network and save network resources;

Support LLDP link layer discovery protocol, obtain LLDP neighbor device information, monitor link status, facilitate topology management and fault location;

Support ERPS Ethernet multi ring protection technology, provide multi ring networking, perform link backup, achieve fast convergence, and improve network stability;

Support VRRP virtual routing redundancy protocol, which combines multiple routing devices into a virtual router to achieve redundant backup;

Support multiple login methods such as HTTP, HTTPS, TELNET, SSH, CONSOLE port, etc;

Support SNMP v1/v2 c/v3, allowing for information retrieval, modification, and troubleshooting through the MIB network management system, achieving centralized management;

Support RMON remote network monitoring, perform statistics and alarms on various types of data frames, and can be used for remote monitoring and management of network management systems;

Support port security, convert dynamic MAC addresses into secure dynamic/static/Sticky MAC, and enhance device security;

Support 802.1X port authentication for authentication and access control of access users;

Support AAA secure network management mechanism, authenticate, authorize, and account through Radius and TACACS+to prevent unauthorized user login;

Support ACL access control list, customizable filtering rules for multiple frame types, filtering or rate limiting specified messages;

Support QoS service quality, prioritize the transmission of voice, video, and important data in network devices, and solve network congestion;

Support port mirroring, which can collect data sent and received by ports for network detection and fault management;

Support DDM digital diagnostic monitoring, which can monitor parameters such as operating temperature, voltage, current, and transmit/receive optical power of DDM SFP optical modules;

Support Ping IPv4/IPv6 and Traceroute IPv4/IPv6 to detect network connectivity and locate fault points;

Support dual power redundancy power failure alarm and port disconnection alarm, and support relay alarm mode;

Support DHCPv4 servers for centralized dynamic management and configuration of user IP addresses;

Support DHCPv4 listening to ensure that DHCP clients obtain IP addresses from legitimate DHCP servers, preventing DHCP attacks;

Support DHCPv4 relay to assist DHCP servers in dynamically allocating network parameters to DHCP clients;

Support system logging to record user operations, system security, system failures, and other information, and support remote monitoring of Syslog servers.

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