Raisecom Gazelle S1512i-4GF-8GE-PWR User Manual Download Page 1

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Gazelle S1512i-PWR (A)

User Manual

(Rel_02)

www.raisecom.com

Summary of Contents for Gazelle S1512i-4GF-8GE-PWR

Page 1: ...Gazelle S1512i PWR A User Manual Rel_02 www raisecom com ...

Page 2: ...ication may be excerpted reproduced translated or utilized in any form or by any means electronic or mechanical including photocopying and microfilm without permission in Writing from Raisecom Technology Co Ltd is the trademark of Raisecom Technology Co Ltd All other trademarks and trade names mentioned in this document are the property of their respective holders The information in this document ...

Page 3: ...lists the product versions related to this document Product name Product version Software version Hardware version Gazelle S1512i 4GF 8GE PWR P100R001 V3 41 or later A 00 or later Conventions Symbol conventions The symbols that may be found in this document are defined as below Symbol Description Indicate a hazard with a medium or low level of risk which if not avoided could result in minor or mod...

Page 4: ...aphs in Warning Caution Notes and Tip are in Arial Boldface Buttons and navigation path are in Boldface Italic Book titles are in italics Lucida Console Terminal display is in Lucida Console Book Antiqua Heading 1 Heading 2 Heading 3 and Block are in Book Antiqua Change history Updates between document versions are cumulative Therefore the latest document version contains all updates made to previ...

Page 5: ...hensive management modes 4 1 3 Models 4 1 4 Software features 4 1 5 Networking applications 6 2 Hardware structure 8 2 1 Appearance 8 2 1 1 Front appearance 8 2 1 2 Top appearance 9 2 1 3 Rear appearance 10 2 2 Interfaces 11 2 2 1 Service interfaces 11 2 2 2 RJ45 Console interface 11 2 2 3 Management and auxiliary interfaces 12 2 3 Button 12 2 4 LEDs 13 2 5 Power supply 14 2 5 1 Introduction 14 2 ...

Page 6: ... cable 23 4 3 1 Introduction 23 4 3 2 Appearance 24 4 3 3 Technical specifications 24 4 4 Fiber 27 4 4 1 Introduction 27 4 4 2 Appearance 27 4 4 3 Wiring 28 4 5 Digital input cable 28 4 5 1 Introduction 28 4 5 2 Appearance 29 4 5 3 Technical specifications 29 4 6 Alarm cable 30 4 6 1 Introduction 30 4 6 2 Appearance 30 4 6 3 Technical specifications 30 5 Technical specifications 31 5 1 Overall par...

Page 7: ...4 Connecting cables 39 6 4 1 Connecting LC PC fiber 39 6 4 2 Connecting Ethernet cable 40 6 4 3 Connecting power cable 40 6 5 Powering on device 41 6 6 Checking installation 41 7 Management and maintenance 43 7 1 Management modes 43 7 1 1 CLI 43 7 1 2 Web 44 7 1 3 SNMP 44 7 2 Maintenance methods 44 7 2 1 Ping 44 7 2 2 Traceroute 45 7 2 3 Enviromental monitoring 45 7 2 4 RMON management 45 7 2 5 Sy...

Page 8: ...23 Figure 4 4 Ethernet cable 24 Figure 4 5 Wiring of the straight through cable 25 Figure 4 6 Wiring of the 100 Mbit s crossover cable 26 Figure 4 7 Wiring of the 1000 Mbit s crossover cable 26 Figure 4 8 LC PC fiber connector 28 Figure 4 9 Alarm interface 29 Figure 4 10 Alarm output interface 30 Figure 6 1 Connecting the rail clip to the guide rail 36 Figure 6 2 Installing the rail clip to the gu...

Page 9: ...ry and Confidential Copyright Raisecom Technology Co Ltd vii Figure 6 9 Connecting the Ethernet cable 40 Figure 6 10 Connecting the connector of the DC power cable 41 Figure 6 11 Fastening screws of the DC power cable 41 Figure 7 1 Orientation of the NView NNM system 48 ...

Page 10: ...arm output interface 17 Table 3 5 PINs of the DI interface 17 Table 3 6 Configuring triggering condition 18 Table 3 7 Parameters of the DI interface 18 Table 3 8 Parameters of GE 1250 Mbit s dual fiber bidirectional optical modules 19 Table 3 9 Parameters of GE 1250 Mbit s single fiber bidirectional optical modules 19 Table 4 1 Technical specifications of the ground cable 21 Table 4 2 Technical sp...

Page 11: ...m Technology Co Ltd ix Table 4 10 Technical specifications of the alarm cable 30 Table 5 1 Overall parameters 31 Table 5 2 Reliability indexes 32 Table 5 3 Environmental requirements 33 Table 6 1 Power conditions 34 Table 6 2 Items to be checked after installation 42 Table 7 1 Troubleshooting strategy 46 ...

Page 12: ...lle S1512i PWR is characterized by all 1000 Mbit s interfaces guide rail chassis all metal shell fanless design for heat dissipation with cooling fins small size low power consumption and easy installation It can meet requirements for guide rail switches in scenarios such as the smart city and places with high electromagnetic interference and difficulty in taking power The Gazelle S1512i PWR provi...

Page 13: ... and work at 5 95 relative humidity non condensing Pass IEC 61000 4 industrial grade electromagnetic compatibility test with good anti electromagnetic interference performance Support Mean Time Between Failure MTBF of 35 years When the altitude increases by 220 m between 1800 m and 5000 m the highest operating temperature of the device decreases by 1 C 1 2 2 Various interface types The Gazelle S15...

Page 14: ...to ensure stable operation of the network 1 2 5 Strict QoS The Gazelle S1112i PWR supports the following QoS characteristics Support IEEE 802 1p QoS thus providing the customer with reliable and effective methods for optimizing services Support interface trust modes trusted Class of Service CoS priority and trusted Differentiated Services Code Point DSCP priority Support interface based priority m...

Page 15: ...lle S1512i PWR can be managed through the NView NNM platform which can realizes alarm management of a single device or multiple devices to achieve the goal of managing all devices comprehensively Support Telnet and SSH remote login to implement remote management and maintenance Support multiple software upgrading modes such as TFTP FTP SFTP Network Management System NMS and Web 1 3 Models Table 1 ...

Page 16: ...Access and Trunk interface modes for VLAN Basic QinQ and selective QinQ STP RSTP MSTP Loop detection for eliminating the self loop inner loop and outer loop Line detection Interface protection for isolating Layer 2 data Port mirroring Layer 2 protocol transparent transmission Dot1x packets BPDU packets LACP packets CDP packets PVST packets and VTP packets PoE IEEE 802 3af and IEEE 802 3at PoE Non ...

Page 17: ...agement SNMP v1 v2 v3 KeepAlive RMON statistical group historical statistical group alarm group and event group LLDP Optical module DDM System log Alarm management Hardware environment monitoring CPU monitoring CPU protection Ping and Traceroute 1 5 Networking applications When the economy grows security protection technologies play a vital role in maintaining public order and safeguarding people ...

Page 18: ...aisecom Gazelle S1512i PWR A User Manual 1 Overview Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd 7 Figure 1 2 Security protection and monitoring application with the device ...

Page 19: ...owing sections Appearance Interfaces Button LEDs Power supply 2 1 Appearance Dimensions of the Gazelle S1512i PWR chassis are as below 80 mm Width 121 mm Depth 150 mm Height without cooling fins 105 mm Width 121 mm Depth 150 mm Height with cooling fins The Gazelle S1512i PWR supports the following installation modes Guide rail installation Wall mount installation 2 1 1 Front appearance Figure 2 1 ...

Page 20: ...e 2 1 Front appearance 1 LEDs PWR1 PWR2 ALM RUN POE 1 8 2 Service interfaces 1 8 1000 Mbit s RJ45 electrical interfaces and LEDs LNK ACT and SPEED 3 LEDs 9 12 1000 Mbit s SFP optical interface status LED 4 Service interfaces 9 12 1000 Mbit s SFP optical interface 2 1 2 Top appearance Figure 2 2 shows the top appearance of the Gazelle S1512i PWR ...

Page 21: ... Co Ltd 10 Figure 2 2 Top appearance 1 Ground terminal 2 DC power interface PWR1 and PWR2 3 Alarm interface ALM 4 Console interface 5 RST button 6 DI interface The DC power supply of the Gazelle S1512i PWR supports Redundant Power System RPS input 2 1 3 Rear appearance Figure 2 3 shows the rear appearance of the Gazelle S1512i PWR ...

Page 22: ...rfaces The Gazelle S1512i PWR provides multiple interfaces to transmit services Table 2 1 lists interfaces on the Gazelle S1512i PWR Table 2 1 Interfaces Print Interface type Description 1 8 RJ45 10 100 1000BASE TX auto negotiation electrical interface supporting PoE 9 12 SFP optical interface Support the following optical module 1000BASE X 2 2 2 RJ45 Console interface Table 2 2 lists parameters o...

Page 23: ...zelle S1512i PWR to a PC Alarm interface Use 3 PINs of the 8 pin Phoenix connector with spaces of 5 08 mm It is used to output alarms Alarms generated on the Gazelle S1512i PWR are output by the alarm interface to the monitoring device which records and monitors operations of the Gazelle S1512i PWR DI interface 5 pin Phoenix connector with spaces of 5 08 mm used to input alarms supporting 2 way of...

Page 24: ...rface is in Link Up status Blinking yellow the electrical interface is receiving or sending data Off the electrical interface is in Link Down status PoE remote power supply working status LED POE Green Green the electrical interface is supplying power to a remote PD Off the electrical interface is not supplying power or disconnected from any remote PD Optical interface status LED 9 12 9 12 Green G...

Page 25: ...gnetic relay alarms for power failure 2 5 2 Appearance and interfaces There is one 8 pin Phoenix connector with spaces of 5 08 mm on the top of the Gazelle S1512i PWR The power interface uses 5 PINs of the 8 PINs Figure 2 4 shows appearance of the DC power interface Figure 2 4 Appearance of the DC power interface Table 2 6 lists interface type and description of the DC power interface Table 2 6 DC...

Page 26: ...SE X SFP optical interface Table 3 1 lists parameters of the 1000BASE X SFP optical interface Table 3 1 Parameters of the 1000BASE X SFP optical interface Parameter Description Connector type LC PC Coding scheme 8B 10B Transmission rate 1000 Mbit s Duplex mode Full duplex 3 1 2 1000BASE T electrical interface Table 3 2 lists parameters of the 1000BASE T electrical interface Table 3 2 Parameters of...

Page 27: ...ption Connector type RJ45 Duplex mode Duplex UART Electrical feature RS 232 Baud rate 9600 baud Data bit 8 Stop bit 1 3 1 4 Alarm output interface The alarm output interface is embedded with an electromagnetic relay When the Gazelle S1512i PWR is in abnormal status it can output alarms by controlling the connection status of PINs notify on site maintenance personnel and send alarms to the NMS The ...

Page 28: ... pin Phoenix connector Working mode Electromagnetic relay Electrical feature Connected Disconnected 3 1 5 DI interface The DI interface uses 4 PINs of 5 pin Phoenix connector with spaces of 5 08 mm and is used to input digital signals from an external device for monitoring external environment alarms as shown in Figure 3 2 Figure 3 2 DI interface Table 3 5 lists PINs of the DI interface Table 3 5 ...

Page 29: ...riggering condition Step Command Description 1 Raisecom config Enter global configuration mode 2 Raisecom config alarm outside alarm num high low Configure the triggering condition of an external alarm to high level or low level Num being 1 or 2 DI ID High configure the triggering condition to high level Low configure the triggering condition to low level By default each external alarm is triggere...

Page 30: ... 10 to 3 3 9 21 SM 15 USFP Gb S2 I 1310 1260 1620 2 to 3 3 9 21 SM 40 USFP Gb S3 I 1550 1260 1620 0 5 3 9 22 SM 80 3 2 2 Single fiber bidirectional LC PC Table 3 9 Parameters of GE 1250 Mbit s single fiber bidirectional optical modules Model Tx wavelen gth nm Rx wavelength nm Tx optical power EOL dBm Overloa ding point dBm Extinc tion ratio dB Rx sensiti vity dBm Mode Transm ission distanc e km US...

Page 31: ... is an important guarantee for lightning protection shock proof and anti interference When installing and using the device ensure that the ground cable is properly connected otherwise personnel injury or equipment damage may occur The ground cable is used to connect the Gazelle S1512i PWR to the ground 4 1 2 Appearance The ground cable is composed of ground terminals and the coaxial cable The grou...

Page 32: ...of the ground cable Table 4 1 Technical specifications of the ground cable Parameter Description Model recommended PIL ground cable Φ4 D Φ4 indicates a diameter of 4 mm The letter D is the length which can be customized For example the customer requires a 2 m cable and you can name it PIL ground cable Φ4 2m Standard Comply with the UL standard and meet RoHS requirements Conducting wire Yellow Gree...

Page 33: ...ng lug 4 mm Outer diameter of soldering lug 8 mm Inner diameter of sheath 2 1 mm Thickness of soldering lug 0 6 mm Cross sectional area of the conducting wire 16 15 AWG 1 2 1 5 mm2 The Gazelle S1512i PWR is delivered without the ground cable If required make the ground cable on site according to technical specifications The ground cable cannot be longer than 30 m and should be as short as possible...

Page 34: ...pper core multi strand power cable 18AWG 0 75 mm2 The Gazelle S1512i PWR is delivered without the power cable but with power connector only If required make the power cable on site according to technical specifications 4 3 Ethernet cable 4 3 1 Introduction For the Gazelle S1512i PWR the Ethernet cable connects the Ethernet electrical interface and other devices The Ethernet interface on the Gazell...

Page 35: ... between switches between routers between a PC and a router they are of the same type Table 4 4 lists the wiring of EIA TIA 568A and EIA TIA 568B standards Table 4 4 Wiring of EIA TIA 568A and EIA TIA 568B standards Connector RJ45 EIA TIA 568A EIA TIA 568B PIN 1 White Green White Orange PIN 2 Green Orange PIN 3 White Orange White Green PIN 4 Blue Blue PIN 5 White Blue White Blue PIN 6 Orange Green...

Page 36: ...gh cable Both two RJ45 connectors of the straight through cable follow EIA TIA 568B standard wiring Figure 4 5 shows the wiring of the straight through cable Figure 4 5 Wiring of the straight through cable Crossover cable The wiring of the 100 Mbit s crossover cable is different from that of the 1000 Mbit s crossover cable One RJ45 connector of the 100 Mbit s crossover cable follows EIA TIA 568A s...

Page 37: ...yright Raisecom Technology Co Ltd 26 Figure 4 6 Wiring of the 100 Mbit s crossover cable The 1000 Mbit s crossover cable uses all 8 pins The crossover is PIN 1 to PIN 3 PIN 2 to PIN 6 PIN 4 to PIN 7 and PIN 5 to PIN 8 as shown in Figure 4 7 Figure 4 7 Wiring of the 1000 Mbit s crossover cable ...

Page 38: ... Table 4 6 Type and usage of the fiber Usage Local connector Remote connector Type Standard Connect the Gazelle S1512i PWR to the ODF through the Ethernet optical interface Connect the Ethernet optical interface on the Gazelle S1512i PWR to optical interfaces on other devices LC PC LC PC 2 mm SMF ITU T G 652 2 mm MMF LC PC FC PC 2 mm SMF 2 mm MMF LC PC SC PC 2 mm SMF 2 mm MMF Choose the connector ...

Page 39: ...e 4 7 Wiring of the fiber Wiring Local optical interface Direction of optical signals Peer optical interface Single fiber connection Optical interface Optical interface Dual fiber connection Optical interface Tx Optical interface Rx Optical interface Rx Optical interface Tx 4 5 Digital input cable 4 5 1 Introduction The digital input interface on the Gazelle S1512i PWR uses 4 pins of the 5 pin Pho...

Page 40: ...le 4 8 Digital input interface Terminal Description 1 Positive terminal of No 1 way of external digital input 2 Positive terminal of No 2 way of external digital input Negative terminal 4 5 3 Technical specifications Table 4 9 lists technical specifications of the digital input cable Table 4 9 Technical specifications of the digital input cable Parameter Description Connector 5 08 8pin head RoHS S...

Page 41: ...f the connector and the alarm conducting wire as shown in Figure 4 10 Figure 4 10 Alarm output interface When an alarm is generated PIN 1 and PIN 2 are connected and thus the alarm LED is on When no alarm is generated PIN 3 and PIN 2 are connected and thus the alarm LED is off 4 6 3 Technical specifications Table 4 10 lists technical specifications of the alarm cable Table 4 10 Technical specifica...

Page 42: ...1512i PWR Table 5 1 Overall parameters Parameter Description Dimensions 80 mm Width 121 mm Depth 150 mm Height without cooling fins 105 mm Width 121 mm Depth 150 mm Height with cooling fins Maximum power consumption 240 W with PoE power supply 11 W without PoE power supply Weight without guide rail 1 61 kg Operating temperature altitude 0 1800 m 40 to 75 C Storage temperature 40 to 85 C Operating ...

Page 43: ... management and associated information exchange Data and communications security IEEE 802 3 Information Technology 5 2 2 Laser safety class The laser inside fiber may hurt your eyes Do not stare into the optical interface directly during installation and maintenance According to the Tx power of Laser the Gazelle S1512i PWR laser belongs to Class 1 in safety class In Class 1 the maximum Tx power on...

Page 44: ...onducted Immunity CI meets IEC 61000 4 6 level 3 requirements Power Frequency Magnetic Field meets IEC 61000 4 8 level 3 requirements Pulse Magnetic Field meets IEC 61000 4 9 level 3 requirements Damped oscillation meets IEC 61000 4 12 level 3 requirements Damped Oscillation Wave Magnetic Field meets IEC 61000 4 10 level 5 requirements DC power voltage falling and interruption meet IEC 61000 4 29 ...

Page 45: ...ables Powering on device Checking installation 6 1 Preparing for installation 6 1 1 Enviromental conditions The Gazelle S1512i PWR can be installed in the following scenarios Guide rail Wall Before installation ensure that the location for installing the Gazelle S1512i PWR meets operating environment requirements For details see section 5 2 5 Environmental standards 6 1 2 Power conditions Table 6 ...

Page 46: ...rounded 6 1 4 Grounding conditions The Gazelle S1512i PWR must be grounded and the ground resistance should be no more than 1 Ω Grounding properly is a necessity for lightning protection and anti interference 6 1 5 Other conditions Before installation you should ensure that auxiliary components are ready For example cables and supporting facilities are correctly installed 6 1 6 Precautions for unp...

Page 47: ...36 Figure 6 1 Connecting the rail clip to the guide rail Step 2 Press the Gazelle S1512i PWR downward to fix the spring clip to the guide rail tightly as shown in Figure 6 2 Figure 6 2 Installing the rail clip to the guide rail Step 3 Press the Gazelle S1512i PWR downward to fix the Gazelle S1512i PWR on the guide rail as shown in Figure 6 3 ...

Page 48: ...ll mount installation as required You need to remove the rail clip on the rear panel before the wall mount installation The Gazelle S1512i PWR is not delivered with the wall mount bracket You can purchase it separately if required Install the Gazelle S1512i PWR on the wall as below Step 1 Anticlockwise unscrew the rail clip to remove it as shown in Figure 6 4 Figure 6 4 Removing the rail clip Step...

Page 49: ...wn in Figure 6 6 Figure 6 6 Installing the wall mount bracket on the wall 6 3 Grounding device Connecting the ground cable properly is an important guarantee for lightning protection anti electric shock and anti interference The Gazelle S1512i PWR must be connected to the ground cable correctly during installation which helps avoid personal injury and equipment damage Connect the ground cable as b...

Page 50: ... and clockwise tighten the screw as shown in Figure 6 8 Figure 6 8 Connecting the ground cable 6 4 Connecting cables 6 4 1 Connecting LC PC fiber When the Gazelle S1512i PWR is not used you should put a dustproof cover on the optical interface to prevent dust and dirt from entering it to ensure that the Gazelle S1512i PWR works normally There is invisible laser in the Gazelle S1512i PWR which may ...

Page 51: ...ernet cable according to specifications Step 2 Align the Ethernet cable head with the Ethernet interface of the Gazelle S1512i PWR and insert the Ethernet cable into the Ethernet interface gently as shown in Figure 6 9 Figure 6 9 Connecting the Ethernet cable 6 4 3 Connecting power cable Ensure that the ground cable is grounded correctly before connecting the power cable Disconnect all power suppl...

Page 52: ...e to the cabinet or the powering equipment in the equipment room 6 5 Powering on device Power on the Gazelle S1512i PWR as below Step 1 After the Gazelle S1512i PWR is properly installed connect the power cable to it Step 2 After powering on it the PWR LED is on which means that the power is supplied to the Gazelle S1512i PWR Step 3 The Gazelle S1512i PWR begins to operate properly after self chec...

Page 53: ...s or objects when it is placed outside the cabinet Check 8 The curvature radius of the fiber should be greater than 20 times of the diameter of the fiber In general the curvature radius of the fiber is greater than 40 mm Check 9 The power cable and ground cable are compliant with the engineering design documents for convenience of dilatation Check 10 The power cable and signal cable should be laid...

Page 54: ...rotocols and the standard protocol for Internet remote login You can transfer the PC used by the local user to a terminal in remote host system through the Telnet protocol Using the Telnet program on the terminal user s PC you can log in to and manage the Gazelle S1512i PWR SSH management Secure Shell SSH is a protocol for secure remote login and other secure network services over an insecure netw...

Page 55: ...ket will be discarded Compatible with SNMPv1 SNMPv2c also uses community name authentication mechanism SNMPv2c supports more operation types data types and error codes and thus better identifying errors SNMPv3 uses User based Security Model USM and View based Access Control Model VACM security mechanism You can configure whether USM authentication is enabled and whether encryption is enabled to pr...

Page 56: ... At present RMON implements four function groups statistic group historical group alarm group and event group 7 2 5 System log The system log means that the device records the system information and debugging information in a log and sends the log to the specified destination When the device fails you can check and locate the fault easily The system information and some debugging output will be se...

Page 57: ...Check alarms on the device or the NMS Ensure that the device is configured correctly and versions of different devices are compatible 3 MAC link layer analyses Check MAC address learning and VLAN partition to locate the faulty MAC address learning point or section Check whether MAC address learning on the device interface or chip is correct Analyze network conditions and rule out impact from virus...

Page 58: ...tion which will lock a user if the times of typing incorrect user name and password exceeds the configured number provide security control policies based on level authority and domain provide detailed system device operation logs to facilitate you to control operation authorities Service management manage predefined system services through the application service management framework such as Trap ...

Page 59: ...WR A User Manual 7 Management and maintenance Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd 48 Figure 7 1 shows the orientation of the NView NNM system Figure 7 1 Orientation of the NView NNM system ...

Page 60: ...ser to avoid the maintenance and operation risks when the fiber is pulled out or the output power is over great Auto negotiation The interface automatically chooses the rate and duplex mode according to the result of negotiation The auto negotiation process is the interface adapts its rate and duplex mode to the highest performance according to the peer interface that is both ends of the link adop...

Page 61: ...athematically infeasible D Dynamic ARP Inspection DAI A security feature that can be used to verify the ARP data packets in the network With DAI the administrator can intercept record and discard ARP packets with invalid MAC address IP address to prevent common ARP attacks Dynamic Host Configuration Protocol DHCP A technology used for assigning IP address dynamically It can automatically assign IP...

Page 62: ...s authority for IP address space allocation and domain name assignment to the NIC and other organizations IANA also maintains a database of assigned protocol identifiers used in the TCP IP suite including autonomous system numbers Internet Engineering Task Force IETF A worldwide organization of individuals interested in networking and the Internet Managed by the Internet Engineering Steering Group...

Page 63: ...is used to perform clock synchronization on all devices that have clocks in the network Therefore the devices can provide different applications based on a unified time In addition NTP can ensure a very high accuracy with an error of 10ms or so O Open Shortest Path First OSPF An internal gateway dynamic routing protocol which is used to decide the route in an Autonomous System AS Optical Distribut...

Page 64: ...ty mechanism used to solve problems of network delay and congestion When the network is overloaded or congested QoS can ensure that packets of important services are not delayed or discarded and the network runs high efficiently Depending on the specific system and service it may relate to jitter delay packet loss ratio bit error ratio and signal to noise ratio R Rapid Spanning Tree Protocol RSTP ...

Page 65: ...s logically rather than physically thus implementing multiple virtual work groups which are based on Layer 2 isolation and do not affect each other VLAN mapping VLAN mapping is mainly used to replace the private VLAN Tag of the Ethernet service packet with the ISP s VLAN Tag making the packet transmitted according to ISP s VLAN forwarding rules When the packet is sent to the peer private network f...

Page 66: ...itted Burst Size CE Customer Edge CHAP Challenge Handshake Authentication Protocol CIDR Classless Inter Domain Routing CIR Committed Information Rate CIST Common Internal Spanning Tree CLI Command Line Interface CoS Class of Service CRC Cyclic Redundancy Check CSMA CD Carrier Sense Multiple Access Collision Detection CST Common Spanning Tree D DAI Dynamic ARP Inspection DBA Dynamic Bandwidth Alloc...

Page 67: ...ation Protocol GE Gigabit Ethernet GMRP GARP Multicast Registration Protocol GPS Global Positioning System GVRP Generic VLAN Registration Protocol H HDLC High level Data Link Control HTTP Hyper Text Transfer Protocol I IANA Internet Assigned Numbers Authority ICMP Internet Control Message Protocol IE Internet Explorer IEC International Electro technical Commission IEEE Institute of Electrical and ...

Page 68: ...otocol LLDPDU Link Layer Discovery Protocol Data Unit M MAC Medium Access Control MDI Medium Dependent Interface MDI X Medium Dependent Interface cross over MIB Management Information Base MSTI Multiple Spanning Tree Instance MSTP Multiple Spanning Tree Protocol MTBF Mean Time Between Failure MTU Maximum Transmission Unit MVR Multicast VLAN Registration N NMS Network Management System NNM Network ...

Page 69: ...der Edge PIM DM Protocol Independent Multicast Dense Mode PIM SM Protocol Independent Multicast Sparse Mode Ping Packet Internet Grope PPP Point to Point Protocol PPPoE PPP over Ethernet PTP Precision Time Protocol Q QoS Quality of Service R RADIUS Remote Authentication Dial In User Service RCMP Raisecom Cluster Management Protocol RED Random Early Detection RH Relative Humidity RIP Routing Inform...

Page 70: ...LA Service Level Agreement SNMP Simple Network Management Protocol SNTP Simple Network Time Protocol SP Strict Priority SPF Shortest Path First SSH Secure Shell STP Spanning Tree Protocol T TACACS Terminal Access Controller Access Control System TC Transparent Clock TCP Transmission Control Protocol TFTP Trivial File Transfer Protocol TLV Type Length Value ToS Type of Service TPID Tag Protocol Ide...

Page 71: ...Raisecom Gazelle S1512i PWR A User Manual 8 Appendix Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd 60 W WAN Wide Area Network WRR Weight Round Robin ...

Page 72: ...ss Raisecom Building No 11 East Area No 10 Block East Xibeiwang Road Haidian District Beijing P R China Postal code 100094 Tel 86 10 82883305 Fax 8610 82883056 http www raisecom com Email export raisecom com ...

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