managable 1F4UTP Vlan Media Converter

Media converter, Fiber media converter, Ethernet media converter 1. Description Many thanks for purchasing management 1FX+4TP fiber switch this product supports IEEE802.3U 100Base-Tx/Fx protocol, as well as full duplex and half duplex mode. This manual is for adaptive 100M, 10M/100M transceivers. The following purchasing guide is for customer’s reference. 2. Features Support WEB-based network management Support port VLAN and Tag VLAN.(8Groups) Support QOS Support data packet length up to 1552 bytes. Support MAC address auto-learning. Automatic MDI/MDI-X configuration Support bandwidth control Support for hardware Load Default button to restore the default value Choice of fiber-connector from SC, FC, ST, LC, WDM, multi-mode/single-mode fiber /100Base-SX / LX SFP. 3. Introduction 3. 1 Schematic drawing of connection 3.2 LED indicator lamp LEDDefinitionLNK/ACTON: TX Link connected Flash: TX signal transmission SYSFlash: Normal operation OFF: Abnormal operation PWRON: Normal OFF: Abnormal 3.3 RST-Recover factory-set Notice- Press RST for 5 seconds, fiber switch will recover factory-set IP Address- 192.168.2.1 Subnet mask- 255.255.255.0 User name- admin Password- admin 4. Technical parameters Standards and Protocols SupportedIEEE802.3 IEEE802.3u IEEE802.3x IEEE802.1Q Wavelength850nm/1310nm/1550nm DistanceDual Fiber MM- 2km Dual Fiber SM - 20/40/60/80/ 100km Single Fiber SM - 20/40/60/ 80km MAC2KCPU150Mhz or aboveMemory16MB or aboveInput Voltage Range9-15V/DCConsumptionMax.6WOperating Temperature0 °C 45 °CStorage Temperature-40 °C 70 °COperating Humidity10% 90% RH no condensingStorage Humidity5% 90% RH no condensingDimensions232mm * 142mm * 45mm 5. Trouble shooting 5.1. Device is not matched. Please select the corresponding network device according to the transfer rate of the product (10Mbps or 100Mbps) when connected to other network devices (network card, hub, switch). 5.2. Line loss is excessive during the fiber wiring. Excessive loss in connector plug-in and fiber soldering welding and excessive intermediate nodes may cause excessive loss rate or abnormal operation.