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Objectives This document describes overview, hardware structure, technical specifications, serial server features, hardware installation, networking application, and management and maintenance of the Gazelle S1000i-LI. The appendix lists terms, acronyms, and abbreviations involved in this document. Versions The following table lists the product versions related to this document.
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Raisecom Gazelle S1000i-LI (A) User Manual Preface 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 moderate injury.
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Raisecom Gazelle S1000i-LI (A) User Manual Figures Figures Figure 1-1 Appearance of the Gazelle S1000i-2GF-8FE-LI .................. 1 Figure 2-1 Front appearance of the Gazelle S1000i-2GF-4FE-LI ................6 Figure 2-2 Front appearance of the Gazelle S1000i-2GF-8FE-LI ................7 Figure 2-3 Front appearance of the Gazelle S1000i-4GF-16FE-LI ................ 8 Figure 2-4 Front appearance of the Gazelle S1000i-4GX-16FE-LI ...............
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Raisecom Gazelle S1000i-LI (A) User Manual Figures Figure 2-2 Wiring of the Mini-USB Console cable ....................34 Figure 2-3 LC/PC fiber connector ........................35 Figure 2-4 Ethernet cable ............................. 36 Figure 2-5 Wiring of the straight-through cable ....................38 Figure 2-6 Wiring of the 100 Mbit/s crossover cable ................... 38 Figure 2-7 Wiring of the 1000 Mbit/s crossover cable ..................
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Raisecom Gazelle S1000i-LI (A) User Manual Tables Tables Table 1-1 Models ..............................4 Table 2-1 Interfaces .............................. 16 Table 2-2 Management and auxiliary interfaces ....................18 Table 2-3 Parameters of the RJ45 Console interface .................... 18 Table 2-4 Parameters of the Mini-USB Console interface ................... 19 Table 2-5 Parameters of the 1000BASE-X SFP optical interface ................
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Table 3-2 Software features ..........................42 Table 3-3 Reliability indexes ..........................44 Table 3-4 Environmental requirements ........................ 45 Table 4-1 Power conditions of the Gazelle S1000i-LI ..................46 Table 4-2 Items to be checked after installation ....................60 Raisecom Proprietary and Confidential...
Raisecom Gazelle S1000i-LI (A) User Manual 1 Overview Overview This chapter is an overview of the Gazelle S1000i-LI, including the following sections: Introduction Characteristics Models 1.1 Introduction The 1000 Mbit/s industrial Ethernet switch Gazelle S1000i-LI (hereinafter referred to as the...
Provide the RST button to restart the entire device or restore factory settings. Provide 110/220 VAC power supply input. 1.2.3 Powerful PoE power supply The Gazelle S1000i-LI PoE model supports PoE, with the following characteristics: Support Endpoint PSE (PoE integrated in the Gazelle S1000i-LI). ...
ARP attacks. Support storm control (including broadcast, unknown multicast, and unknown unicast packets), which effectively ensures the Gazelle S1000i-LI to work normally under bad network conditions. Support VLAN partition based on the IEEE 802.1Q to isolate physical interfaces.
Raisecom Gazelle S1000i-LI (A) User Manual 1 Overview 1.3 Models Table 1-1 lists the models of the Gazelle S1000i-LI. Table 1-1 Models Model Description Provide two 100/1000 auto-negotiation SFP optical interfaces. Gazelle S1000i- Provide four 10/100BASE-TX auto-negotiation electrical 2GF-4FE-LI interfaces.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Hardware structure This chapter describes the hardware structure of the Gazelle S1000i-LI, including the following sections: Appearance Interfaces Interface parameters Button LEDs Power supply ...
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Figure 2-1 Front appearance of the Gazelle S1000i-2GF-4FE-LI LEDs (ALM, RUN, PWR, MGMT, SPEED, and LNK/ACT) Service interfaces 5–6 (SFP optical interfaces) Service interfaces 1–4 (RJ45 electrical interfaces) and LEDs (LNK/ACT and SPEED)
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Figure 2-2 Front appearance of the Gazelle S1000i-2GF-8FE-LI LEDs (ALM, RUN, PWR, MGMT, SPEED, and LNK/ACT) Service interfaces 9–10 (SFP optical interfaces) Service interfaces 1–8 (RJ45 electrical interfaces) Gazelle S1000i-4GF-16FE-LI Figure 2-3 shows the front appearance of the Gazelle S1000i-4GF-16FE-LI.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Figure 2-3 Front appearance of the Gazelle S1000i-4GF-16FE-LI LEDs (ALM, RUN, PWR, MGMT, SPEED, and LNK/ACT) Service interfaces 17–20 (SFP optical interfaces) Service interfaces 1–16 (RJ45 electrical interfaces) Gazelle S1000i-4GX-16FE-LI Figure 2-4 shows the front appearance of the Gazelle S1000i-4GX-16FE-LI.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Figure 2-5 Front appearance of the Gazelle S1000i-2GF-4GE-LI LEDs (ALM, RUN, PWR, MGMT, SPEED, and LNK/ACT) Service interfaces 5–6 (SFP optical interfaces) Service interfaces 1–4 (RJ45 electrical interfaces) and LEDs (LNK/ACT and SPEED) Gazelle S1000i-2GF-8GE-LI Figure 2-6 shows the front appearance of the Gazelle S1000i-2GF-8GE-LI.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Figure 2-6 Front appearance of the Gazelle S1000i-2GF-8GE-LI LEDs (ALM, RUN, PWR, MGMT, SPEED, and LNK/ACT) Service interfaces 9–10 (SFP optical interfaces) Service interfaces 1–8 (RJ45 electrical interfaces) Gazelle S1000i-2GF-8GE-PWR-LI Figure 2-7 shows the front appearance of the Gazelle S1000i-2GF-8GE-PWR-LI.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Figure 2-7 Front appearance of the Gazelle S1000i-2GF-8GE-PWR-LI LEDs (ALM, RUN, PWR1, PWR2, MGMT, SPEED, and LNK/ACT) Service interfaces 9–10 (SFP optical interfaces) Service interfaces 1–8 (RJ45 electrical interfaces) and LEDs (LNK/ACT and POE) 2.1.2 Top appearance...
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Figure 2-8 Top appearance of the Gazelle S1000i-2GF-4FE-LI and Gazelle S1000i-2GF-4GE-LI Ground terminal RST button Console interface (RJ45) AC power interface Gazelle S1000i-2GF-8FE-LI (A), Gazelle S1000i-2GF-8GE-LI, Gazelle S1000i-4GF- 16FE-LI, and Gazelle S1000i-4GX-16FE-LI Figure 2-9 shows the top appearance of the Gazelle S1000i-2GF-8FE-LI (A), Gazelle S1000i- 2GF-8GE-LI, Gazelle S1000i-4GF-16FE-LI, and Gazelle S1000i-4GX-16FE-LI.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure RST button AC power interface Ground terminal Gazelle S1000i-2GF-8FE-LI (H) Figure 2-10 shows the top appearance of the Gazelle S1000i-2GF-8FE-LI (H). Figure 2-10 Top appearance of the Gazelle S1000i-2GF-8FE-LI (H) Console interface (Mini-USB interface)
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Figure 2-11 Top appearance of the Gazelle S1000i-2GF-8GE-PWR-LI Console interface (RJ45 interface) RST button DC power interface Ground terminal 2.1.3 Rear appearance Figure 2-12 shows the rear appearance of the Gazelle S1000i.
Figure 2-13 Rear appearance of the Gazelle S1000i Spring clip Rail clip Sliding connector 2.2 Interfaces 2.2.1 Service interface The Gazelle S1000i-LI provides multiple interfaces to access services. Table 2-1 lists interfaces on the Gazelle S1000i-LI. Table 2-1 Interfaces Model Print Interface type...
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Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Model Print Interface type Description S1000i-2GF- 5–6 Support the following optical modules: 4FE-LI 1000BASE-X 100BASE-FX Gazelle 1–8 RJ45 10/100BASE-TX electrical interface S1000i-2GF- 9–10 Support the following optical modules: 8FE-LI ...
Table 2-2 Management and auxiliary interfaces Interface type Description Console RJ45 Console interface, used to connect the Gazelle S1000i-LI to a PC interface Mini-USB Console interface, used to connect the Gazelle S1000i-LI to a PC through a Mini-USB Console cable...
IEEE 802.3 Supported network protocol 2.3.6 Optical module parameters All Raisecom modules comply with RoHS and all Raisecom optical modules support DDM. GE optical modules Dual-fiber bidirectional (LC/PC) Table 2-8 Parameters of GE (1250 Mbit/s) dual-fiber bidirectional optical modules...
Gazelle S1000i-LI (A) Configuration Guide (CLI). Short press of the RST button for less than 3s will restart the Gazelle S1000i-LI. To prevent configuration files from being lost, save the current configurations before restarting the Gazelle S1000i-LI.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Table 2-13 LEDs Print Color Description Green: the system is being logged in to. Network Green Off: the system is not being logged in to. management Red: alarms are generated in the system.
2.6 Power supply 2.6.1 AC power supply Functions The Gazelle S1000i-LI is embedded with an AC power supply. Based on related industrial standards, it meets strict specifications and supports functions as below: The AC power supply has the following functions: ...
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Table 2-14 AC power supply Print Description Connected to the ground terminal Connected to the N-wire input terminal of the AC power Connected to the L-wire input terminal of the AC power Specifications Table 2-15 lists specifications of the AC power supply.
The ground cable is used to connect the Gazelle S1000i-LI to the ground. A ground screw is on the top panel of the Gazelle S1000i-LI, used to fix the terminal of the ground cable with OT terminal after pressed connection, and other terminal of the ground cable can access to the ground.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Figure 2-16 Ground cable 1 Conducting wire Stripped end (connected to the OT terminal) 3 Insulating sheath OT terminal Figure 2-17 OT terminal Inner diameter of Inner diameter of Thickness of soldering...
The AC power cable supplies 110/220 VAC power from the power souring equipment to the power interface on the Gazelle S1000i-LI, and then transmits power to the entire device. The AC power cables of the Gazelle S1000i-LI are different according to local standards, as listed in Table 2-20.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Regional standard Description America POL-AC-American-3-pin/stripped-18AWG-1.5m/RoHS Appearance The AC power cable which meets European standard is composed of the European French- mode 3-pin plug and coaxial cable, as shown in Figure 2-18.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Table 2-22 Specifications of the American AC power cable Parameter Description Name POL-AC-American-3-pin/stripped-18AWG-1.5m/RoHS American 3-pin plug NEMA5-15 Connector 7.62-3pin-header/RoHS Color Outer Black (PVC insulating layer) Inner White (N), black (L), green (E) Type Copper core multi-strand power cable 18AWG (0.75 mm...
2.7.4 RJ45 Console cable 1 Introduction The Console cable is used to connect the Console interface on the Gazelle S1000i-LI to the RS-232 serial interface of the console. It transmits configuration data signals. The console locally debugs and maintains the Gazelle S1000i-LI through the Console interface.
2.7.5 RJ45 Console cable 2 Introduction The Console cable is used to connect the Console interface on the Gazelle S1000i-LI to the RS-232 serial interface on the console. It transmits configuration data signals. The console locally debugs and maintains the Gazelle S1000i-LI through the Console interface.
Gazelle S1000i-LI through the maintenance console. Connectors at both ends of the configuration cable are as below: Mini-USB: connected to the Mini-USB Console interface on the Gazelle S1000i-LI USB: connected to the USB interface on the maintenance console Appearance Figure 2-1 shows the appearance of the Mini-USB Console cable.
2.7.7 Fiber Introduction The Gazelle S1000i-LI supports the Single-Mode Fiber (SMF) and Multi-Mode Fiber (MMF). These two kinds of fiber are same in appearance while different in color. The yellow one is the SMF and the orange one is the MMF.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure The Gazelle S1000i-LI can be connected to the Optical Distribution Frame (ODF) or optical interfaces of other devices through fiber. Table 2-27 lists the type and usage of the fiber. Table 2-27 Type and usage of the fiber...
<- Optical interface Tx 2.7.8 Ethernet cable Introduction For the Gazelle S1000i-LI, the Ethernet cable connects the Ethernet electrical interface and other devices. The Ethernet interface on the Gazelle S1000i-LI is self-adaptive to straight-through cable mode and crossover cable mode.
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure Figure 2-5 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 standard wiring;...
Raisecom Gazelle S1000i-LI (A) User Manual 2 Hardware structure 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 2-7.
Raisecom Gazelle S1000i-LI (A) User Manual 3 Technical specifications Technical specifications This chapter describes technical specifications of the Gazelle S1000i-LI, including the following sections: Overall parameters Software features Protocols and standards 3.1 Overall parameters Table 3-1 lists overall parameters of the Gazelle S1000i-LI.
Raisecom Gazelle S1000i-LI (A) User Manual 3 Technical specifications Table 3-2 Software features Feature Description Logging in to the device through RJ45 Console/Telnet/SSH Basic features User management in login authentication, privilege allocation, and commands Hierarchical command management ...
Raisecom Gazelle S1000i-LI (A) User Manual 3 Technical specifications Feature Description IGMP basis (assigning the multicast router interface, immediate Multicast leaving, multicast forwarding entries, aging time of the router interface, and IGMP ring network forwarding on the interface) ...
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 S1000i-LI laser belongs to Class 1 in safety class. In Class 1, the maximum Tx power on the optical interface is smaller than 10 dBm (10 mW).
AC power voltage falling and interruption meet IEC 61000-4-11 requirements. DC voltage dips and short interruptions immunity meet IEC 61000-4-29 requirements. 3.3.6 Environmental standards The Gazelle S1000i-LI is applicable to the industrial environment and should meet environmental requirements shown in Table 3-4. Table 3-4 Environmental requirements Parameter...
4.2 Installing device 4.2.1 Installing device on guide rail When the Gazelle S1000i-LI is taken out of the packing box, it is installed with the rail clip on the rear panel. The following installation and disassembling process aiming at two types of guide rails.
Raisecom Gazelle S1000i-LI (A) User Manual 4 Hardware installation Figure 4-1 Connecting the rail clip to the guide rail Step 2 Press hard to fix the spring clip to the guide rail tightly, as shown in Figure 4-2. Figure 4-2 Installing the rail clip to the guide rail Step 3 Press hard to secure the device on the guide rail, as shown in Figure 4-3.
Figure 4-3 Installing the device on the guide rail Step 4 Ensure that the rail clip is connected to the guide rail tightly. Install the Gazelle S1000i-LI on the guide rail as below: Step 1 Connect the rail clip to the guide rail, as shown in Figure 4-4.
Step 3 Ensure that the rail clip assembly is connected to the guide rail tightly. Removing device from guide rail Remove the Gazelle S1000i-LI from the guide rail as below: Step 1 Pull downward the device to make a gap between the rail clip and the guide rail, as shown in Figure 4-6.
Raisecom Gazelle S1000i-LI (A) User Manual 4 Hardware installation Figure 4-7 Removing the rail clip bottom from the guide rail Step 3 Pull upward the device lightly and the spring clip is bounced. This operation separates the rail clip top from the guide rail. Then remove the device from the guide rail, as shown in Figure 4-8.
Raisecom Gazelle S1000i-LI (A) User Manual 4 Hardware installation Figure 4-9 Removing the sliding connector bottom from the guide rail Step 2 Pull the device bottom in the opposite direction of the guide rail to lean it and remove the rail clip bottom from the guide rail, as shown in Figure 4-10.
Figure 4-11 Removing the rail clip Figure 4-12 Removing the rail clip Step 2 Install the wall-mount plate to the rear panel of the Gazelle S1000i-LI and clockwise screw the wall-mount plate tightly, as shown in Figure 4-13. Raisecom Proprietary and Confidential...
4 Hardware installation Figure 4-15 Laying the device on the tray Step 2 Align the Gazelle S1000i-LI with holes of the tray, and fasten screws, as shown in Figure 4- Figure 4-16 Fastening the device to the tray Step 3 Use screws to fasten the brackets of the tray to the guide rail of the rack. Ensure that the Gazelle S1000i-LI is horizontally installed on the tray in the rack.
4.3 Grounding device Connecting the ground cable properly is an important guarantee for lightning protection, anti-electric shock, and anti-interference. The Gazelle S1000i-LI must be connected to the ground cable correctly during installation, which helps avoid personal injury and device damage.
Connect the Ethernet cable as below: Step 1 Make the Ethernet cable according to specifications. Step 2 Align the Ethernet cable header with the Ethernet interface of the Gazelle S1000i-LI and insert the Ethernet cable into the Ethernet interface gently, as shown in Figure 4-20.
Step 1 Make the AC power cable according to specifications. Step 2 Insert the AC power cable header into the power interface of the Gazelle S1000i-LI and confirm full insertion, as shown in Figure 4-21. Figure 4-21 Connecting the connector of the AC power cable Step 3 Fastening screws of the AC power cable tightly, as shown in Figure 4-22.
Step 1 Make the DC power cable according to specifications. Step 2 Insert the connector of the DC power cable into the power interface of the Gazelle S1000i-LI properly, and fasten spring screws at both sides of the connector, as shown in Figure 4-21.
4.6 Powering on device Power on the Gazelle S1000i-LI as below: Step 1 The Gazelle S1000i-LI can be powered on after being inserted with the power cable and installed properly. Step 2 The Gazelle S1000i-LI is powered on when the power LED (PWR) is on.
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Gazelle S1000i-LI (A) User Manual 4 Hardware installation Step 3 The Gazelle S1000i-LI begins to operate properly after Power-on Self-Test (POST) and initialization. Interface LEDs indicate the working status of the interface (on, off, or blinking). Raisecom Proprietary and Confidential...
100/1000 Mbit/s double-star redundant Ethernet. The Gazelle S3028i provides redundant guarantee for routers on the whole system through the VRRP protocol. The Gazelle S1000i-LI is adopted to establish the redundant network and provide redundant channel for service transmission, thus enhancing network reliability. When the working device fails, the backup device can take charge of the data forwarding and provide transparent switching for users.
Figure 5-2 shows networking application of intelligent monitoring and recording system for expressway vehicles by using the Gazelle S1000i-LI. After the Gazelle S3028i in the police station is connected to the Gazelle S1000i-LI, the Layer 2 industrial Ethernet switch, IP high-definition bullet cameras, and car sensors form an intelligent monitoring and recording system to monitor vehicles and record information about illegal vehicles.
Maintenance methods NView NNM system 6.1 Management modes You can use the following methods to access the Gazelle S1000i-LI for management and maintenance: CLI: for details, see Gazelle S1000i-LI (A) Configuration Guide (CLI). Web: for details, see Gazelle S1000i-LI (A) Configuration Guide (Web).
The network management system can visit the agent only by specifying its community name correctly. If the community name carried in a SNMP packet is not authorized by the Gazelle S1000i-LI, the packet will be discarded.
Raisecom Gazelle S1000i-LI (A) User Manual 6 Management and maintenance 6.2.2 Traceroute Traceroute is used to discover the real route taking by the packet to transmit to the destination. Although the Ping feature can test the connectivity, it cannot record all network devices on the route limited by the IP header.
Gazelle S1000i-LI (A) User Manual 6 Management and maintenance The Gazelle S1000i-LI is in support of data stream mirroring on the ingress interface, egress interface, and both the ingress and egress interfaces. Packets received and sent by the mirroring port will be copied to the monitor port for analyses and monitoring after port mirroring is enabled.
Raisecom Gazelle S1000i-LI (A) User Manual 6 Management and maintenance Work as the uniform platform for all manageable devices of Raisecom. Uniformly manage data network and transport network. Provide strong NE-level management and subnet-level management. Provide northbound interfaces for integration with the OAM system, such as COBRA, SNMP, JDBC, and SOCKET interfaces.
Raisecom Gazelle S1000i-LI (A) User Manual 7 Appendix Appendix This chapter lists terms, acronyms, and abbreviations involved in this document, including and following sections: Terms Acronyms and abbreviations 7.1 Terms A series of ordered rules composed of permit | deny sentences. These...
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Raisecom Gazelle S1000i-LI (A) User Manual 7 Appendix CHAP is a widely supported authentication method in which a representation of the user's password, rather than the password itself, is sent during the authentication process. With CHAP, the remote access server sends a challenge to the remote access client. The remote access...
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Raisecom Gazelle S1000i-LI (A) User Manual 7 Appendix Generic Framing Procedure (GFP) is a generic mapping technology. It can group variable-length or fixed-length data for unified adaption, encapsulation making data services transmitted through multiple high-speed physical transmission channels. The cable used to connect the device to ground, usually a yellow/green coaxial cable.
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Raisecom Gazelle S1000i-LI (A) User Manual 7 Appendix Link Aggregation A protocol used for realizing link dynamic aggregation. The LACPDU Control is used to exchange information with the peer device. Protocol (LACP) Link-state tracking is used to provide interface linkage scheme for specific application and it can extend range of link backup.
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Raisecom Gazelle S1000i-LI (A) User Manual 7 Appendix PVLAN adopts Layer 2 isolation technology. Only the upper VLAN is Private VLAN visible globally. The lower VLANs are isolated from each other. If you (PVLAN) partition each interface of the switch or IP DSLAM device into a lower VLAN, all interfaces are isolated from each other.
Raisecom Gazelle S1000i-LI (A) User Manual 7 Appendix Simple Network Time SNTP is mainly used for synchronizing time of devices in the network. Protocol (SNTP) Single-Mode In this fiber, single-mode optical signals are transmitted. Fiber (SMF) STP can be used to eliminate network loops and back up link data. It Spanning Tree blocks loops in logic to prevent broadcast storms.
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Raisecom Gazelle S1000i-LI (A) User Manual 7 Appendix Boundary Clock Backup Designated Router BITS Building Integrated Timing Supply System BOOTP Bootstrap Protocol BPDU Bridge Protocol Data Unit Base Transceiver Station Committed Access Rate Channel Associated Signaling Committed Burst Size Customer Edge...
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Raisecom Gazelle S1000i-LI (A) User Manual 7 Appendix EAPoL EAP over LAN Ethernet in the First Mile Electro Magnetic Compatibility Electro Magnetic Interference Electro Magnetic Susceptibility ERPS Ethernet Ring Protection Switching Electro Static Discharge Frame Check Sequence GARP Generic Attribute Registration Protocol...
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Raisecom Gazelle S1000i-LI (A) User Manual 7 Appendix ITU-T International Telecommunications Union - Telecommunication Standardization Sector LACP Link Aggregation Control Protocol LACPDU Link Aggregation Control Protocol Data Unit Local Area Network LCAS Link Capacity Adjustment Scheme LLDP Link Layer Discovery Protocol...
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Raisecom Gazelle S1000i-LI (A) User Manual 7 Appendix Option 82 DHCP Relay Agent Information Option P2MP Point to Multipoint Point-to-Point PADI PPPoE Active Discovery Initiation PADO PPPoE Active Discovery Offer PADS PPPoE Active Discovery Session-confirmation Password Authentication Protocol Protocol Data Unit...
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Raisecom Gazelle S1000i-LI (A) User Manual 7 Appendix RSVP Resource Reservation Protocol RTDP Raisecom Topology Discover Protocol SCADA Supervisory Control And Data Acquisition Signal Fail Small Form-factor Pluggable SFTP Secure File Transfer Protocol Service Level Agreement SNMP Simple Network Management Protocol...
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