SMAX GW-8F2G Manual

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GW-8F2G

Ver 1.03

2015/2/25

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Summary of Contents for SMAX GW-8F2G

Page 1: User Menu
User Menu GW-8F2G Ver 1.03 2015/2/25...
Page 2: Table Of Contents
Contents 1. Start to use...................... 3 2. Web page of “System Information”..............4 3. Quick Install ....................5 4. System Configuration ..................7 5. PoE........................8 6. LED Power Saving ..................11 7. Fundamentals ....................12 8. Security ......................18 9.
Page 3: Start To Use
1. START TO USE Fig. Front panel of GW-8F2G  Power on the Switch: Power on the Switch before plug in any Ethernet cable, system will go through Power-On-Self-Test (POST) with LEDs lighting in Green or Amber. Then, after completing the POST, LEDs will stay at the state as the table below..
Page 4: Web Page Of "System Information
2. WEB PAGE OF “SYSTEM INFORMATION”  “System Information”, “POE Configuration” and “Basic Configuration” expose most of the important information which Installer or Network Administrator may need for realizing the status and configuration in a quick glance.  No setting function is provided on this page. Want to configure the Switch device? Kick an icon on the left side of the page.
Page 5: Quick Install
3. QUICK INSTALL Quick Install Fig. IP Surveillance Quick Setup  IP Surveillance Quick Setup requires only 2 steps to complete your surveillance network installation. Step 1: Connect IPCAM, NVR, and PC as the Figure. Step 2: Enable and Apply “IP Surveillance VLAN”. (Default value is Disable.) Then, all connected devices will be discovered automatically;...
Page 6 Quick Install What is IP Surveillance VLAN? Enable IP Surveillance VLAN, the Switch will automatically find and setup the connected surveillance devices, such as IP Camera or NVR which supports our proprietary “IP Finder Protocol”. After discovered IP Camera, its IP address will be modified to ensure all IPCAMs and Switch are in the same working subnet.
Page 7: System Configuration
4. SYSTEM CONFIGURATION System  In this page, user can re-set the IP address of this Switch device. Also you can give your Switch an easily-remembered name in “System” “System Configuration” “Description”.  In “System” “System Configuration” “Web Configuration”, set “Idle Time” will make device automatically log out by the time you set.
Page 8: Poe
Budget” User can define the POE power budget of the Switch device here. Note that POE power budget of GW-8F2G is 90 Watt, which is the Maximum power for POE usage.  “Power Over Ethernet ”  “POE Configuration”  “Port level”  “Status”...
Page 9 Default setting here applies the same priority to every port, meaning port1 priority is the highest in this Switch device, followed by port2, then port3….
Page 10 Power Over Ethernet  Enable “Power Over Ethernet ”  “POE Power Delay”  “ PoE Powering Timer Delay”  “Delay” and set “Powering delay time” will postpone the port to feed power to PD. At most, a port can delay 300 seconds before its powering.
Page 11: Led Power Saving
6. LED POWER SAVING LED Power Saving  User can turn on or turn off LEDs of the front panel, except POWER LED. This green feature helps energy saving. If user sets “off”, meaning the LEDs of the front panel are turned off. However, in the WEB GUI, user still can see the LED lighting reflecting the real network connection.
Page 12: Fundamentals
7. FUNDAMENTALS Fundamentals - PORT  In general application, these parameters are automatically negotiated between Switch and Client via IEEE802.3 standard.  Note that Disable “Fundamentals”  “Port ”  “Port Configuration”  “Link” will only disable the data path of that port. No impact on POE function. If user wants to disable POE function, go to “Power Over Ethernet”...
Page 13 Fundamentals -QoS  “Fundamentals”  “QoS” ”Priority Queue Configuration”  ”First-In-First-Out”: The first packet put into the queue will be firstly switched out.  “Fundamentals”  “QoS” ”Priority Queue Configuration”  “All-High-Before-Low” After all packets in the high-priority queue are switched out, packet in the low-queue can be then processed.
Page 14 Fundamentals - QoS  “Fundamentals”  “QoS”  “CoS Setting (Port, 802.1p, IP TOS/DS)” This Switch provides 2 priority queues, High and Low, for packet store-and-forward. This Switch provides 3 types of Class of Service, Port based, 802.1p based, and IP TOS/DS Based. Check the CoS of a Port will enable the Switch to follow the CoS setting and put the packet into High or Low priority queue.
Page 15 Fundamentals – Loop Free  “Fundamentals”  “Loop Free”  “Loop Detection”  “Loop Detection Settings”  “Time Interval” set the time interval the Switch send out ARP for detecting loop. ( Enable “System Loop Detection” first.)  If user wants to enable “Auto Recover Function”, user can also set “Recover Time ” which is the time interval before the blocked port is re-activated.
Page 16 Fundamentals – Loop Free  “Fundamentals”  “Loop Free”  “STP” The Switch implements two versions of the Spanning Tree Protocol, the Rapid Spanning Tree Protocol (RSTP) and STP. “Hello Time” (1-10 sec) is the interval between two transmissions of BPDU packets sent by the Root Bridge to tell all other switches that it is indeed the Root Bridge.
Page 17 Fundamentals - Trunking  “Fundamentals”  “Trunking”  “Link Aggregation Algorithm” Traffic may be distributed over the member ports of the Trunking Group. The algorithm to distribute traffic can be based on “MAC Source Address” or “MAC Source & Destination Address”. ...
Page 18: Security
8. SECURITY Security  Change “Security”  “Administrator”  “Username” “Password” for logging into WEB GUI will take effect only after “Apply & Reboot” the Switch.  For security concern, Enable “Security”  “WEB Access Control”  “State” and select “Allowed Port”...
Page 19: Statistics
9. STATISTICS Statistics – FDB Table  The “Statistics”  “FDB Table” (Forwarding Database) table is to store the MAC addresses that have been learned and which the ports that MAC address was learned on.  “Statistics”  “Packet Counter” records 4 kinds of packet count. They are Transmit Packet and Receive Packet Collision counts and Transmit Packet Drop Packet and Receive Packet...
Page 20: Product Specification
10. PRODUCT SPECIFICATION 10.1. External Interfaces  8 10/100-T ports + 2 10/100/1000-T ports FE ports support PoE, 9 ~ 10 GE port does not support PoE.)  Per port LED indicators.  System and POE LED indicators.  DC Inlet. ...
Page 21: Push Button
PoE output power capacity Maximum output: 30Watt per port. 1. Support PoE and PoE+. (IEEE 802.3af /at standard.) 2. Automatically discover the connection of PD device. 3. Automatically disable port if the port current is over 720mA. 4. Via Web setting, working mode of each port can be configured. 5.