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高级管理功能
508TX-A提供多种管理功能，可以使用COM端口(位于交换机右侧的DB 9连接器)轻松连接。IGMP Snooping:互联网组管理协议，允许N-Tron交换机智能转发和组播流量c。
VLAN:虚拟局域网允许交换机分段，以便创建两个或多个独立的局域网域。
QoS:服务质量通过管理数据包的优先级来简化网络操作。QoS的主要目标是改善环管理、实时和其他交互式应用程序所需的优先级以太网数据包的延迟。
Trunking(聚合):将多个物理端口连接在一起，作为一个上行链路连接到另一个具有相同功能的集群交换机。该特性增加了交换机之间的带宽，并为需要高水平容错操作的应用程序创建了冗余。
端像:端像允许将一个端口上的流量c复制并发送到的镜像端口。通过的镜像端口监控源端口上的以太网流量c。N-View OPC交换机监控:(仅带-A或-N选项)N-View OPC服务器软件可与流行的HMI软件包一起使用，从具有N-View功能的交换机传输操作信息。该技术可实现网络流量c监控，以及告警和趋势详细信息。总而言之，N-View OPC服务器收集41个不同的流量每个端口c变量和每个交换机5个系统级变量，提供网络负载，服务质量和数据包流量的完整概述c。通过N-View OPC服务器数据，用户可以更快地解决网络问题，并对整体系统性能做出更明智的决策。

产品概述
N-TRON®508TX系列工业以太网交换机具有出色的性能和易用性。它非常适合连接支持以太网的工业和/或安全设备，并且可以选择性地与高级以太网通信管理功能相结合。
工业包装和规格
508TX设计用于在工业环境中运行。它被安置在一个坚固的din轨道安装钢外壳。可选的面板和机架安装套件也可用。该开关标配扩展温度额定值，扩展冲击和振动规格，冗余电源输入，高MTBF(大于2M小时)。
易用性
508TX不需要设置，除非使用高级端口功能。
8个10/100BaseTX接口是自动传感和自动控制。默认情况下，每个端口自动协商速度和性能。提供双色led，显示每个端口的链路状态、链路速度和活动以及上/下电状态。
表演
508TX支持多达4000个MAC地址，采用的IEEE 802.3快速以太网10/100BaseTX交换技术，消除网络冲突，提高网络确定性。高速处理器和背板允许所有端口同时具有全线速度能力。

PRODUCT OVERVIEW
The N-TRON® 508TX Series Industrial Ethernet Switch offers outstanding performance and ease of use. It is ideally suited for connecting Ethernet enabled industrial and/or security equipment and can be optionally con gured with advanced Ethernet communication management functions.
Industrial Packaging and Speci cations
The 508TX is designed to operate in industrial environments. It is housed in a rugged DIN-rail-mounted steel enclosure. Optional panel and rack mount kits are also available. The switch comes standard with extended temperature rating, extended shock and vibration specs, redundant power inputs, and a high MTBF (greater than 2M hours).
Ease of Use
The 508TX requires no setup unless the advanced port functions are utilized.
The eight 10/100BaseTX ports are auto sensing and auto con guring. Each port automatically negotiates for maximum speed and performance by default. Bi-color LEDs are provided to display the link status, link speed and activity of each port as well as power on/off status.
Performance
The 508TX supports up to 4,000 MAC addresses and uses advanced IEEE 802.3 Fast Ethernet 10/100BaseTX switching technology to eliminate network collisions and increase network determinism. A high-speed processor and backplane allow full-wire speed capability on all ports simultaneously.

ADVANCED MANAGEMENT FEATURES
The 508TX-A offers several management functions that can be easily con gured using the COM Port (DB 9 connector located on the right side of the switch). IGMP Snooping: Internet Group Management Protocol allows the N-Tron switch to intelligently forward and  lter multicast traf c.
VLAN: Virtual Local Area Network allows switch segmentation in order to create two or more separate local area network domains.
QoS: Quality of Service streamlines network operation by managing packet priority. The primary goal of QoS is to improve the latency of prioritized Ethernet packets required for ring management, real-time and other interactive applications.
Trunking: Trunking (aggregation) enables multiple physical ports to be linked together and function as one uplink to another identically con gured trunkingcapable switch. This feature increases the bandwidth between switches and creates redundancy for applications requiring high levels of fault tolerant operation.
Port Mirroring: Port mirroring allows traf c on one port to be duplicated and sent to a designated mirror port. This function can be used to monitor Ethernet traf c on the designated source port using the assigned mirror port. N-View OPC Switch Monitoring: (With -A or -N Option Only) N-View OPC server software can be used with popular HMI software packages to transmit operational information from N-View-capable switches. This technology enables network traf c monitoring, as well as alarm and trending details. In all, the N-View OPC Server collects 41 different traf c variables per port and  ve system level variables per switch, providing a complete overview of network load, service quality, and packet traf c. Empowered with N-View OPC Server data, users can resolve network problems faster and make more informed decisions about overall system performance.