User manual GIGAFAST EE2400-SV

EE2400-SV 24 Ports Fast Ethernet Switch USER'S GUIDE 1 TABLE OF CONTENTS 1 2 UNPACKING INFORMATION ....................................................4 PRODUCT INTRODUCTION ......................................................5 2.1 MODELS.....................................................................................5 2.2 KEY FEATURES ..........................................................................5 2.3 FRONT PANEL ............................................................................6 2.3.1 10/100Mbps TP Ports........................................................6 2.3.2 Cabling..............................................................................6 2.3.3 Status LEDs.......................................................................6 2.4 REAR PANEL ..............................................................................6 2.4.1 Power Socket.....................................................................6 3 INSTALLATION ............................................................................7 3.1 3.2 4 TO LOCATE THE SWITCH ON A DESKTOP......................................7 RACKMOUNT PLACEMENT..........................................................7 HELPFUL SUGGESTIONS ..........................................................8 4.1 4.2 4.3 4.4 4.5 PRIOR TO INSTALLATION ............................................................8 HALF- AND FULL-DUPLEX .........................................................8 FAST ETHERNET.........................................................................8 AUTO-NEGOTIATION..................................................................9 MAC ADDRESS TABLE...............................................................9 5 SMART FUNCTION SETTINGS ...............................................10 5.1 5.2 5.3 HARDWARE INSTALLATION.......................................................10 SOFTWARE INSTALLATION ........................................................10 START SWITCH CONFIGURATION SOFTWARE ............................11 6 USE FUNCTION MENU .............................................................13 6.1 SWITCH CONFIGURATION SOFTWARE.......................................13 6.1.1 New .................................................................................13 2 6.1.2 Open................................................................................13 6.1.3 Model ..............................................................................14 6.1.4 About ...............................................................................14 6.1.5 Exit ..................................................................................14 6.1.6 24-Port Switch Configuration Software ..........................15 6.2 SYSTEM BASE CONFIGURATION ...............................................15 6.2.1 System Base Configuration Page ....................................16 6.2.2 Packet drop if ..................................................................16 6.2.3 Backoff operation mode ..................................................16 6.2.4 Address table mapping ....................................................16 6.2.5 Address aging out............................................................17 6.2.6 Back pressure ..................................................................17 6.2.7 Priority Setting................................................................17 6.3 PRIORITY SETTING ...................................................................18 6.3.1 Priority Setting Page (Port Base) ...................................18 6.3.2 High/Low priority setting................................................18 6.3.3 IP base (TOS) priority recognition..................................19 6.3.4 VLAN tagging base (TCI) priority recognition ...............19 6.4 VLAN GROUP SETTING ...........................................................19 6.4.1 VLAN Group Setting Pages(Port Base) ..........................19 6.4.2 VLAN Group 1 to 23 (G01 to G23) .................................19 6.5 SPEED,DUPLEX,FLOW CONTROL SETTING ...............................20 6.5.1 802.3x Flow Control Setting (Port Base) ........................20 6.5.2 Speed and Duplex Setting (Port Base) ............................20 7 PRODUCT SPECIFICATIONS ..................................................21 3 1 UNPACKING INFORMATION Thank you for purchasing the Switch. Before continuing, please check the contents of the product package. This product package should contain the following items: ¡D One (1) Switch ¡D One (1) Software Disk ¡D One (1) Console Cable ¡D One (1) Power Cord ¡D Four (4) Rubber Feet ¡D One (1) Rackmount Kit ¡D This User's Guide If anything is missing, please contact your place of purchase. 24-Port 100BASE-TX Fast Ethernet Switch Power Cord Rubber Feet Rackmount Kit (Optional) User's Guide Software Disk Console Cable 4 2 2.1 PRODUCT INTRODUCTION Models The Switch is a multi-speed, versatile network device combining both standard and "Big-Pipe" ports under the same hood. The Switch is a Twenty-Four (24) ports Fast Ethernet Switch. Key Features ¡D Support QoS function based on IEEE 802.1p/802.1q port priority, VLAN tag priority and TCP/IP header's TOS/DS. ¡D Supports VLAN, up to 24 group VLANs. ¡D Provide console port and software for easy configuration. ¡D Store-and-Forward technology filtering/forwarding is used to eliminate bad packets. ¡D Back-Pressure Flow-Control support for Half-Duplex operation. ¡D IEEE802.3x Flow-Control support for Full-Duplex operation. ¡D All connectors and LEDs on front panel for easy access and real time viewing of Switch status. ¡D All TP ports support Auto-MDI/MDIX, and Auto-Negotiation function. 2.2 5 2.3 Front Panel 2.3.1 10/100Mbps TP Ports Each 10/100Mbps TP port provides an Auto-Negotiation function that senses for the attached device's maximum operating speed and automatically sets the Switch to operate at that speed. Users only need to connect a network device into any TP port. Auto-MDIX is also supported on all TP ports which allows uplinking to another Switch free of cross-over or straight cable selection hassle. 2.3.2 Cabling 10Mbps -When transmitting at 10Mbps Category 3, 4 or 5 TP cabling with RJ-45 sockets can be used. 100Mbps -To transmit at 100Mbps requires Category 5 TP cabling. Port Type Cable Type Connector 10BASE-T Category 3, 4 or 5 TP RJ-45 100BASE-TX Cat.5 TP RJ-45 Note: Category 5 UTP cable is recommended whenever installing new cabling. 2.3.3 Status LEDs The Switches come with a complete range of LEDs. The table below lists each LEDs name, color and a brief description of its function. Name Color Pwr Green LINK/ACT Green FD/COL Function Lit: Power "On" Lit: When the port has a valid physical connection with another device. Blinks: When the port is sending or receiving data (Activity). Amber Lit: When the port is set to Full-Duplex mode. Blinks: When a collision is detected, when the port is in Half-Duplex mode. 2.4 Rear Panel 2.4.1 Power Socket The Power Socket is designed to be used with the power cord included in the product package. ¡D Attach the female end of the cord to the power connector on the back panel. ¡D Attach the male end of the cord to a grounded power outlet. 6 3 INSTALLATION The Switch is "Plug-&-Play". It does not require software configuration. Users can immediately use any of the features of this product simply by attaching the cables and turning on the power. If user need advanced smart functions to manage LAN network more effectively, we provide software and cable for easy configuration of the Switch. Please see section 5 and 6 for further details. 3.1 To locate the switch on a desktop ¡D Attach the Four (4) rubber feet included in the product package to the bottom of the Switch, one in each corner. ¡D Place the Switch on a clean, flat desk or tabletop close to a power outlet. ¡D Plug in all network connections and the power cord, and Power "ON". Rackmount placement ¡D Attach One (1) rackmounting bracket on each side of the Switch front panel and secure each bracket with the provided screws. ¡D Use the other provided screws to secure each Switch to the rack. 3.2 Use the other provided screws to secure each Switch to the rack. 7 4 4.1 HELPFUL SUGGESTIONS Prior to Installation Before installing the Switch and connecting network devices, it is important to plan the network's layout. Things you should consider include: ¡D Dedicated Bandwidth: File servers and other high-traffic hardware improve their performance if they have their own dedicated 10Mbps or 100Mbps bandwidth. ¡D Full-Duplex: Determine which devices support Full-Duplex connections. ¡D Fast Ethernet: Make sure rules for cable lengths and categories are followed. ¡D Auto-Negotiation: Devices with different speeds may be easily swapped when the other end of the cable is fixed to a port with Auto-Negotiation. Half- and Full-Duplex The Switch supports both Half- and Full-Duplex modes for 10BASE-T and 100BASE-TX. ¡D In Half-Duplex mode: Data cannot be transmitted and received at the same time. Attached devices must finish transmitting data before they can receive data. ¡D In Full-Duplex mode: Data can be transmitted and received at the same time. However: ¡D Full-Duplex transmission is only possible between two devices with a dedicated link (ex: Switch-Switch, Switch-PC) ¡D Both devices must have Full-Duplex capability ¡D Both devices must be set to Full-Duplex (ex: Auto-Negotiation ­ Auto-Negotiation, Non-Auto-Negotiation to Non-Auto-Negotiation) The 100BASE-TX/10BASE-T ports on the Switch detect and set the line's operating mode by using their Auto-Negotiation function. Fast Ethernet 100BASE-TX is called "Fast Ethernet". In Fast Ethernet data travels ten times faster (100Mbps) than in traditional Ethernet (10Mbps). Below is a list of the cable types and connectors supported by the Switch for 10BASE-T and 100BASE-TX networks. Port Type Cable Type Connector 10BASE-T Category 3, 4 or 5 TP RJ-45 100BASE-TX Cat. 5 TP RJ-45 Note: If your 10BASE-T network currently uses Category 5 TP cabling, you can instantly upgrade the network to a 100BASE-TX network by changing network devices. 4.2 4.3 8 4.4 Auto-Negotiation Every 10/100Mbps dual speed port on the Switch has a Built-In "Auto-Negotiation" function. This technology automatically sets the best possible bandwidth as soon as a connection is established with another network device. (Usually at Power "On" or Reset.) This capability is achieved via the Switch's Auto-Negotiation function that automatically detects the modes and speeds the second (attached) device is capable of. Evaluating Auto-Negotiation Capability: If attached device is: The Switch will automatically set its TP ports to operate at: 100Mbps 100Mbps (100BASE-TX, Half-Duplex) no Auto-Negotiation 100Mbps 200Mbps (100BASE-TX, Full-Duplex) with Auto-Negotiation 10Mbps 10Mbps (10BASE-T, Half-Duplex) no Auto-Negotiation 10Mbps 20Mbps (10BASE-T, Full-Duplex) with Auto-Negotiation Note: If the attached device is set to a fixed mode (ex: Forced Full-Duplex) it will not operate as an Auto-Negotiation device. 4.5 MAC Address Table Every Ethernet data packet includes both source and destination addresses. This Six (6)-bytes ID is called the MAC (Media Access Control) Address. The Switch can automatically learn and store MAC addresses. However, the MAC address table is volatile: it disappears when the Switch is powered "Off" or reset. Note: When the network needs reconfiguration, we recommend turning off the power first. After all nodes have been moved, turn the Switch back "On" to rebuild the internal MAC address table. 9 5 5.1 SMART FUNCTION SETTINGS Hardware installation The Switch has a smart function that you can use to manage your Local Area Network (LAN) more effectively. You also can use the default setting to make the Switch operate as a dumb switch. If you want to use smart function, install the Switch as below: Use the Printer Cable to connect the Switch to a computer. Connect One (1) cable end to the Switch, and connect the other end to the computer's "LPT" port. Software installation First, you should execute setup program to install the software. Listed below shows the disk label, execute setting up file and the default installation path. Disk label 24 Port switch software Setting up file Txsetup.exe Default installation path C:\Program Files\PureTX 5.2 Click Start to continue. The configuration software should be installed with the following Menu shown on the Computer Screen. After installed completely, please click OK when the following Menu is shown. 10 Now you can execute the program to configure your Switch. 5.3 Start Switch Configuration Software When you start the program, if you see the screen as shown below, it indicates that the Switch is either not power on or the LPT cable is disconnected. You need to check the power cord and the LPT cable connection. When the message "Switch is not connected or the switch type is not recognizable. Do you want to continue?" pop-up, you can press Y to continue or N to exit. If you see the message shown below, it means that the program has found the Switch. 11 Please click OK to continue. If you see the screen shown below, you can use the software correctly. Note: Any configuration you have changed, we recommend that you un-plug the power cord and reconnect it again to reboot the Switch settings in order to maintain proper functioning of the Switch. 12 6 6.1 USE FUNCTION MENU Switch Configuration Software New Open Model About Exit Create a new switch configuration file. Open an existing switch configuration file. Supported models introduction. Information about this switch configuration software. Close this program. 6.1.1 New First time you use the software to configure the Switch, you can select New, to setup the Switch's configuration. After you click New, the following message pop-up. You can select Auto Detect for automatically detect the current Switch or select existing Switch's model name for configuration. 6.1.2 Open If you want to open your configuration setting file you had already saved, you can select Open and open the saved file from your harddisk. If the settings of the opened file is not the same as the current Switch settings, the following message would be pop-up and alert you. You should be careful when writing 13 settings to Switch. You can click OK to continue using the opened configuration. 6.1.3 Model You can select the specific model by click Model selection. The following message shows how many and what the Switch Models you could select. If you select the model which doesn't match the current switch you connect, the following message should pop-up and warn you. 6.1.4 About This will show the versions of the software and copyright. 6.1.5 Exit You can click Exit to close the software. It will pop-up the following confirmation 14 message. 6.1.6 24-Port Switch Configuration Software After the program correctly installed to the Switch, you can now setup the Switch by the Switch Configuration Software. There are Four (4) setting pages for the switch configuration: ¡E System Base Configuration ¡E Priority Setting ¡E VLAN Group Setting ¡E Speed, Duplex, Flow Control Setting 6.2 System Base Configuration Default OK Cancel You can use Default setting or modify the setting by yourself. If you click OK after modifying the settings, the following message would pop-up. You can click Yes to save the modified settings to the Switch and save the Switch Configuration File (default name is Mxcfg24) to your harddisk. If you click No, the modified settings will only be saved to the Switch but will not be saved to the harddisk. If you click Cancel, the Switch will not be changed. 15 Apply After the setting is modified, click Apply to change the Switch's settings immediately. 6.2.1 System Base Configuration Page All the settings made in this page will take effect in the system of the Switch. 6.2.2 Packet drop if There are two packet drop conditions, one is when packet encounters 16-time collisions and the other is packet timeout. Having the check mark on each box will enable corresponding packet drop condition. item description If you enable this check mark, the same packet that Continuous runs into 16 consecutive collisions will be dropped. 16-time collision Timeout If you enable this check mark, packet will be dropped when the packet being queued over 1 second The IEEE standard specifies the packet drop if it runs into 16 consecutive collisions. For some performance reason, you can disable the function by unmark Continuous 16-time collision item, and the Switch will retransmit the packet after 16 consecutive collisions. Default: setting Continuous 16-time collisions. 6.2.3 Backoff operation mode Set the switch backoff operation mode. Standard mode or SuperMAC mode. Note: SuperMAC means when collision occurrs, the Switch will reduce the random waiting time to retransmit the packet. Default: setting Standard mode. 6.2.4 Address table mapping Tell the switch how to map MAC address to its address table. You can use CRC calculation to get the hashing index of address table direct mapping to enable the whole address table mapping. Note: 48-bit DA/SA address is translated separatly into 12-bit entry pointer of address table for address learning and recognition. The translation is by aid of CRC generator within the switch controller. The index of entry pointer selection 16 is defined by the following selection. ¡E CRC hashing bit [11:0] ¡E CRC hashing bit [16:5] ¡E CRC hashing bit [24:13] ¡E CRC hashing bit [30:19] Note: Direct mapping: It means DA/SA addresses are directly used as an index of address table. Default: setting CRC hashing bit [11:0] 6.2.5 Address aging out If the dynamically learned Source Address will be cleared if it is not refreshed in less than programmed time. Only when you enable address aging out, aging timer would be active. You can setup the aging timer from 0 to 24 hrs and from 0 to 59 min. Note: Aging timer provides for address table. The timer period is defined to age out the least unused entries on address table. Default: setting Enable aging time about 5 minutes. 6.2.6 Back pressure You can enable Back-Pressure Flow-Control on half duplex connection for all ports. Default: setting Enable 6.2.7 Priority Setting If you enable the function, it has two priority subitem: ¡E All high then low priority packet ¡E Set priority transmission ratio Note: The Switch supports 3 types of QoS functions to improve multi-media or real-time network applications. The QoS function based on IEEE802.1p/802.1q port priority, VLAN tag priority, and TCP/IP header's TOS/DS. Only when you check the Enable priority setting box at System Base Configuration page, then the Priority Setting page will be active. ¡E All high then low priority packets ¡E Set priority transmission ratio Tell the Switch transmit all the high priority packets All high first, then the other low priority packets. then low priority packets Tell the Switch make a transmission ratio of the Set priority high/low priority packet. transmissio The default high/low ratio is 5:1. You can make the n ratio ratio by yourself from 1 to 7 of high or low ratio. Default: setting Enable and All high then low. 17 6.3 Priority Setting 6.3.1 Priority Setting Page (Port Base) There are Three (3) kinds of priority settings: ¡E High/Low priority setting ¡E IP Base (TOS) priority ¡E VLAN tagging base (TCI) priority Before you can do the priority setting, you have to check the Enable priority setting box at System Base Configuration page. Class of Service denotes the classification of traffic used to differentiate services among traffic classes. The Switch offers 2-level priority (High and Low) queues, which catch the priority information in the TOS field, port base, or VLAN tag in the incoming frames as IEEE 802.1p/802.1q standard defines. In this way, the switch controller guarantees the service for high priority frames to some extent, depending on the load condition of incoming traffic. (At least, the high priority service offers better than that of best effort service.) It also provides different service ratio settings for users to shape the prioritized frames on the streams in the incoming traffic. 6.3.2 High/Low priority setting Specify high or low priority for each port. The port is in High priority if the port has a check mark, otherwise, the port is in Low priority. Each port has 2 priority queues for transmit. When both queues have data at the same time, packet delivery will follow high/low ratio. Default: setting all port in Low priority 18 6.3.3 IP base (TOS) priority recognition Ports with TOS enabled will induce switch to inspect the specific field of IP packet to control packets priority. Making a check mark in front of port id indicates this port is TOS priority recognition enabled. Default: setting all port in TOS priority recognition disabled. 6.3.4 VLAN tagging base (TCI) priority recognition Making a check mark in front of port id indicates this port is TCI priority enabled. Default: setting all port in TCI priority recognition disabled. 6.4 VLAN Group Setting There is One (1) default group (G00) and Twenty-Three (23) user defined groups (from G01 to G23). You can click Change to VLAN group 0 to 11 or Change to VLAN group 12 to 23 to switch the group page for setting. 6.4.1 VLAN Group Setting Pages(Port Base) Organize your Virtual LAN (VLAN) groups in this page. In this version, you can set at most 24 VLAN groups. Usually, group 0 is default group and not allowed for user to use. 6.4.2 VLAN Group 1 to 23 (G01 to G23) Grouping user with the same attribute provides flexible network managing. Users in the same group can have a group name to name it, i.e. in the Group name field. To config a VLAN group, you should need just to check all the ports belonging to the same group and leave the others unchecked. Default: setting all ports in the same VLAN group G00. After you click Apply, 19 you can check group 0 G00 to see if any ports are left out for setting. 6.5 Speed,Duplex,Flow Control Setting 6.5.1 802.3x Flow Control Setting (Port Base) Specify IEEE 802.3x Flow-Control mechanism for each port. Enable 802.3x Flow-Control: IEEE 802.3x Flow-Control can avoid lost packets due to traffic congestion on egress ports. Default: setting Enable and all port in IEEE 802.3x Flow-Control. 6.5.2 Speed and Duplex Setting (Port Base) Each port can operate in Auto Negotiation mode and force mode, i.e. 100Mbps/Full duplex, 100Mbps/Half duplex, 10Mbps/Full duplex, and 10Mbps/Half duplex. Speed/Duplex setting: You can specify the speed and duplex setting manually for each port if necessary. Usually Auto is OK, only when the port connected to other side of device which is set to forced mode, you need to specify the match setting for the port. Default: setting all port in Auto-Negotiation mode. Note: a. If the port set to forced mode, the IEEE 802.3x Flow-Control will be inactive. b. If the Switch has 100BASE-FX fiber port; the fiber port will only support force to 100Mbps Half-Duplex or 100Mbps Full-Duplex mode. Default: setting 100Mbps Full-Duplex mode. 20 7 PRODUCT SPECIFICATIONS 24-Port 100BASE-TX Fast Ethernet Switch ¡E IEEE 802.3: 10BASE-T ¡E IEEE 802.3u: 100BASE-TX ¡E IEEE 802.3x: Flow-Control for Full-Duplex operation Models Standards Ports Media Support Bandwidth ¡E Twenty-Four (24) 100BASE-TX (Copper) ¡E 10BASE-T: Category 3, 4 or 5 TP ¡E 100BASE-TX: Category 5 TP ¡E 100BASE-TX: 200/100Mbps ¡E 10BASE-T: 20/10Mbps Forwarding/Filtering ¡E 148810 packets/second per port @ 100Mbps, maximum Rate Latency MAC Addresses Buffer Memory Duplex Modes Crossover LED Indicators ¡E 14881 packets/second per port @ 10Mbps, maximum ¡E 8 µsec @100Mbps, minimum ¡E 75 µsec @ 10Mbps, minimum ¡E 8K Six (6)-bytes entries maximum, Self-Learning ¡E 2.5Mb ¡E TP ports have 10/100Mbps Full/Half-Duplex Auto-Negotiation function ¡E All the TP ports support Auto-MDIX function ¡E One (1) for Power ¡E One (1) per port for Link/ACT ¡E One (1) per port for Full-Duplex/Collision Power Supply ¡E Full range Auto-Switching ¡E Input voltage: 100 ~ 240 +/-10% VAC/ 50 ~ 60 Hz Power Consumption ¡E 16.5 watt maximum Environment ¡E Operating Temperature: 0° ~ 45°C (32° ~ 113°F) ¡E Storage Temperature: -20° ~ 70°C (-4° ~ 158°F) ¡E Humidity: 10% ~ 90% Non-Condensing Certifications Dimensions ¡E FCC Class A ¡E CE Mark ¡E 442x184x44mm (17.40x7.24x1.73inches) 21 FCC WARNING This equipment has been tested and found to comply with the limits for a Class A computing device pursuant to Part 15 of FCC Rules, which are designed to provide reasonable protection against electromagnetic interference in a commercial environment. Changes or modifications to the equipment not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. CE MARK WARNING This is a Class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures. 22