Airlink101 ASW308P User's Manual
Contents
1. 5 up to 100m Number of Ports e 4 x 10 100 Auto MDIX RJ45 ports with PoE enabled port 1 port 4 e 4 x 10 100Mbps Auto MDIX RJ45 ports port 5 port 8 PoE Power on RJ 45 e Power ping 3 amp ping 6 e Power ping 1 amp ping 2 Performance RAM Buffer 96K bytes per device Filtering Address Table 1K entries per device Packet Filtering Forwarding Rate e 10Mbps Ethernet 14 880 pps e 100Mbps Fast Ethernet 148 800 pps MAC Address Learning Automatic update Transmits Method Store and forward Technical Support E mail support airlink101 com Toll Free 1 888 746 3238 Web Site www airlink101 com Actual data throughput will vary Network conditions and environmental factors lower actual data throughput rate Specifications are subject to change without notice All products and trademarks are the property of their respective owners Copyright 2006 Airlink1012. PAbintiyg Connecting the Switch Quick Installation Guide INQ WI 8 Port 10 100Mbps Switch with 4 Port PoE 8 7 6 54 3 2 1 oeo vol WASH SPF O PoE 48V Ports 1 4 These ports are PoE enabled ports Connect any PoE compatible device to these ports and the Switch will automatically supply power through these ports If you connect a legacy device that is not PoE compatible the Switch will not deliver power to the legacy device This feature allows you to freely and safely mix legacy and PoE compatible devices on your network The total power resource of the system is 30 watt sharing among the 4 PoE ports maximum power per port is 15 4 watt Package Contents e Switch with 4 Port PoE e Power Adapter e Rubber Feet Cushion 4 d Quick Installation Guide Ports 5 8 These ports are standard Ethernet ports Connect any legacy device to these ports Power Jack Plug the supplied Power Adapter to the power jack to power on the Switch Introduction PoE Status Thank you for purchasing the 8 Port 10 100Mbps Switch with 4 Port Power over c Ethernet PoE ower i 2 KS O 100M 8 Port 10 100Mbps PoE Switch PoE delivers power and data through one single Category 5 Cat 5 Ethernet cable eliminating the need to have AC power available at every location of the end devices such as WLAN access points IP telephones and IP cameras PoE is already widely adopted in the market saving up to 50 of overall installation cos
3. system will automatically distribute power according to the priority status of each port The lower port number has higher priority than the higher port number Port 1 gt Port 2 gt Port 3 gt Port 4 For example Port 2 is using 7 watt and Port 3 is using 15 4 watt for a combined usage of 22 4 wait If you connect an additional PoE device to Port 1 with 15 4 watt requirement the shared power resource would be over 30 watt and the priority function would be activated Since Port 1 has the highest priority it will have 15 4 watt Port 2 will have 7 watt and the system will cut off power to Port 3 due to overcurrent Specifications Physical and Environmental DC inputs 48VDC 0 8A Power Consumption e 6 3 watt max no PoE device connected e 36 3 watt max with 30W PoE device connected Temperature Operating 0 40 C Storage 10 70 C Humidity Operating 10 90 Storage 5 90 Dimensions 171 x 98 x 29 mm EMI FCC Class B CE Mark Class B Safety cUL UL60950 CB IEC60950 General Standards e IEEE 802 3 10BASE T Ethernet e IEEE 802 3u 100BASE TX Fast Ethernet e IEEE 802 3x Full Duplex Flow Control e IEEE 802 3af Power over Ethernet Protocol CSMA CD Data Transfer Rate e Ethernet 10Mbps half duplex 20Mbps full duplex e Fast Ethernet 100Mbps half duplex 200Mbps full duplex Topology Star Network Cables e 10BASE T 2 pair UTP Cat 3 4 5 up to 100m e 100BASE TX 2 pair UTP Cat
4. ts by eliminating the need to install separate electrical wiring and power outlets Power On When the Power LED lights the Switch is receiving power Off When the Power LED is off the Switch is not receiving power PoE Status Green A PoE device is connected and the port is supplying power Red When the PoE port has the following problem e PoE power circuit shortage e Power over PoE s classification e Out of PoE voltage range of 44 57 VDC output Off No PoE device is connected The Switch can auto transform between MDI II or MDI X type so you can connect your network devices without worrying about using a standard or crossover Ethernet cable Please follow the instructions in this guide to setup the Switch properly PoE Max On When the remaining system power is less than or equal to 7 5 watt this LED will light and no more power will be provided to additional PoE devices Off When the system has power over 7 5 watt For example When the total power consumption is 25 watt the PoE Max LED will light because the remaining power is less than 7 5 watt If another PoE device is connected the system will not provide power to the additional PoE device Priority This function protects the Switch when the system power is over loaded The Switch will disable PoE function to the lower priority PoE ports to maintain the power requirement of the PoE port with a higher priority When the shared power resource is over 30 wait the
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