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Raisecom
Gazelle S1020i-GL (A) User Manual

2 Hardware structure

Raisecom Proprietary and Confidential

Power module

Print

Description

+/L

Connected to the positive pole of the DC voltage or L input
terminal of the AC voltage

2.5.3 Specifications

Table 2-21 lists specifications of power supplies.

Table 2-21

Specifications of DC power supplies

Parameter

Description

Overall maximum power
consumption



Gazelle S1020i-2GF-4GE-P WH-GL-DC48: 8 W



Gazelle S1020i-4GF-8GE-P WH-GL-DC48: 12 W



Gazelle S1020i-2GF-4GE-GL: 10 W



Gazelle S1020i-4GF-8GE-GL: 14 W

DC
power
supply

Rated voltage



Gazelle S1020i-2GF-4GE-P WH-GL-DC48: 48V DC



Gazelle S1020i-4GF-8GE-P WH-GL-DC48: 48V DC



Gazelle S1020i-2GF-4GE-GL-DC W48: 24/48V DC



Gazelle S1020i-4GF-8GE-GL- DC W48: 24/48V DC

Voltage range



Gazelle S1020i-2GF-4GE-PWH-GL-DC48: 45–57 VDC



Gazelle S1020i-4GF-8GE-PWH-GL-DC48: 45–57 VDC



Gazelle S1020i-2GF-4GE-GL: 20–72 VDC



Gazelle S1020i-4GF-8GE-GL: 20–72 VDC

AC
power
supply

Rated voltage



110/220 VAC



110/220 VDC

Voltage range



85–264 VAC



88–300 VDC

Frequency

50/60Hz

2.6 Lookup table of optical module parameters

Dual-fiber bidirectional (LC/PC)

Table 2-22

Parameters of the GE (1250 Mbit/s) dual-fiber bidirectional optical module

Model

wavelen

gth (nm)

wavelengt

h (nm)

Tx optical

power

(EOL)

(dBm)

Overl
oadin

point

(dBm)

Extinc

tion

ratio

(dB)

sensitivit

y (dBm)

Mode Transm

ission

distanc

e (km)

USFP-
Gb/M-I

850

830–870

-9.5 to -3

> 0

> 9

< -17

0.55

USFP-
Gb/S1-I

1310

1260–1620

-10 to -3

> -3

> 9

< -21

Summary of Contents for Gazelle S1020i-GL Series

Page 1: ...Gazelle S1020i GL A User Manual Rel_01 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: ...he product versions related to this document Product name Software version Hardware version Gazelle S1020i GL A 00 V3 60M 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 Indicate a potentially hazardous situation th...

Page 4: ...arning 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 previous versi...

Page 5: ...4GF 8GE PWH GL DC48 9 2 1 3 Gazelle S1020i 2GF 4GE GL 11 2 1 4 Gazelle S1020i 4GF 8GE GL 15 2 2 Interfaces 19 2 2 1 Interface types and usage 19 2 2 2 Button 21 2 3 Interface properties 21 2 3 1 1000BASE X SFP optical interface 21 2 3 2 10 100 1000BASE T electrical interface 21 2 3 3 Console interface 22 2 3 4 Alarm output interfaces 22 2 3 5 DI interface 24 2 4 LEDs 25 2 5 Power supply 26 2 5 1 I...

Page 6: ...2 Environmental conditions 46 4 1 3 Power supply conditions 47 4 1 4 Static electricity conditions 47 4 1 5 Grounding conditions 47 4 1 6 Other conditions 47 4 2 Installing device 48 4 2 1 Installing device on guide rail 48 4 3 Grounding device 49 4 4 Connecting cables 50 4 4 1 Connecting Ethernet cable 50 4 4 2 Connecting fiber 51 4 4 3 Connecting power cable 52 4 5 Powering on device 53 4 6 Chec...

Page 7: ...aisecom Gazelle S1020i GL A User Manual Contents Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd v 5 3 2 Features 58 6 Appendix 60 6 1 Terms 60 6 2 Acronym and abbreviations 65 ...

Page 8: ...the Gazelle S1020i 2GF 4GE GL AC 14 Figure 2 8 Top appearance of the Gazelle S1020i 2GF 4GE GL AC 15 Figure 2 9 Front appearance of the Gazelle S1020i 4GF 8GE GL DCW48 16 Figure 2 10 Top appearance of the Gazelle S1020i 4GF 8GE GL DCW48 17 Figure 2 11 Front appearance of the Gazelle S1020i 4GF 8GE GL AC 18 Figure 2 12 Top appearance of the Gazelle S1020i 4GF 8GE GL AC 19 Figure 2 13 Alarm output i...

Page 9: ...igure 2 30 European AC power cable 38 Figure 2 31 American AC power cable 39 Figure 2 32 LC PC fiber connector 41 Figure 4 1 Connecting the rail clip to the guide rail 48 Figure 4 2 Installing the device on the guide rail 49 Figure 4 3 Loosen the screw of the ground terminal 50 Figure 4 4 Connecting the ground cable 50 Figure 4 5 Connecting the Ethernet cable 51 Figure 4 6 Inserting the optical mo...

Page 10: ...Table 2 9 Button of the Gazelle S1020i GL 21 Table 2 10 Parameters of the 1000BASE X SFP optical interface 21 Table 2 11 Parameters of the 10 100 1000BASE T electrical interface 21 Table 2 12 Parameters of the Console interface 22 Table 2 13 Parameters of the alarm output interface 23 Table 2 14 Digital input interface 24 Table 2 15 Configuring triggering condition 25 Table 2 16 Parameters of the ...

Page 11: ... 2 30 Technical specifications of DC power cable 2 38 Table 2 31 AC power cables of the Gazelle S1010i 2GF 4GE GL 38 Table 2 32 Technical specifications of the European AC power cable 39 Table 2 33 Technical specifications of the American AC power cable 39 Table 2 34 Type and usage of the fiber 40 Table 2 35 Wiring of the fiber 41 Table 3 1 Overall parameters of the Gazelle S1020i GL 42 Table 3 2 ...

Page 12: ...t dissipation design features small size and low power consumption and is easy to install It is designed to meet requirements for industrial on site data backhaul and industrial automated controlling system so it can work stably for a long time in harsh environments The Gazelle S1020i GL supports industrial redundant ring network protocol completes Layer 2 features and network management functions...

Page 13: ...reliability Support a wide range of operating temperature from 40 to 75 C altitude 0 1800 m Be dampproof and corrosion resistant Support humidity of 5 95 in the operating environment non condensing Support the Digital Input DI interface and relay alarms Provide multiple interface types The uplink interface supports the SFP optical interface The downlink interface supports the RJ45 electrical inter...

Page 14: ...g configurations and restarting the device Task scheduling Ethernet MAC address Basic VLAN up to 4094 concurrent VLANs Access and Trunk interface modes Basic QinQ STP RSTP MSTP Loop detection solving the problem of self loop and inner loop Interface protection implementing L2 data isolation Port mirroring Transparent transmission of L2CP PoE IEEE 802 3af and IEEE 802 3at PoE Non standard PDs Smart...

Page 15: ... System log Alarm management Hardware monitoring CPU monitoring CPU protection Ping and Traceroute 1 4 Applications 1 4 1 Crossroad video monitoring system application The crossroad video monitoring system is used in hierarchical highway toll stations and specific transportation crossings in the cities etc It can accurately collect and record information about vehicles that pass the station and cr...

Page 16: ...azelle S1020i GL Table 1 2 Models of the Gazelle S1020i GL Model Description Gazelle S1020i 2GF 4GE PWH GL DC48 Provide two 100BASE FX 1000BASE X SFP optical interfaces Provide four 10 100 1000BASE T auto negotiation electrical interfaces support IEEE 802 3 af IEEE 802 3 at and IEEE 802 3 bt and support non standard PDs Provide 2 DI interfaces for inputting digital signals Support outputting 1 way...

Page 17: ...4GE GL DCW48 Provide two 1000Base X 100Base FX optical interfaces Provide four 10 100 1000BASE TX Ethernet electrical interfaces Provide 1 ALM interface Provide 1 RJ45 Console interface Support dual DC power input with wide range of 24 48 V Gazelle S1020i 4GF 8GE GL AC Provide four 1000Base X 100Base FX optical interfaces Provide eight 10 100 1000BASE TX Ethernet electrical interfaces Provide 1 AL...

Page 18: ...is chapter describes the hardware structure of the Gazelle S1020i GL including the following sections Appearance Interfaces Interface properties Lookup table of optical module parameters LEDs Power supply Cables 2 1 Appearance 2 1 1 Gazelle S1020i 2GF 4GE PWH GL DC48 Front appearance Figure 2 1 shows the front appearance of the Gazelle S1020i 2GF 4GE PWH GL DC48 ...

Page 19: ...GF 4GE PWH GL DC48 Print Description LED PWR1 and PWR2 ALM SYS MGMT LNK ACT 5 6 SPEED 5 6 LNK ACT 1 4 POE 1 4 PWR power status LED ALM alarm LED SYS system status LED MGMT network management LED LNK ACT 5 6 GE optical interface status LED SPEED 5 6 GE optical interface rate LED LNK ACT 1 4 GE electrical interface status LED POE 1 4 PoE status LED Interface 100 1000M 1 4 100 1000M 5 6 1000M 1 4 ser...

Page 20: ...op appearance of the Gazelle S1020i 4GF 8GE GS Figure 2 2 Top appearance of the Gazelle S1020i 4GF 8GE GS 1 Console interface RJ45 2 RST button 3 DI interface 4 Power interface 1 PWR1 and PWR2 5 Alarm output interface ALM 6 Ground terminal 2 1 2 Gazelle S1020i 4GF 8GE PWH GL DC48 Front appearance Figure 2 3 shows the front appearance of the Gazelle S1020i 4GF 8GE PWH GL DC48 ...

Page 21: ...the Gazelle S1020i 4GF 8GE PWH GL DC48 Print Description LED PWR1 and PWR2 ALM SYS MGMT LNK ACT 9 12 LNK ACT 1 8 POE 1 8 PWR power status LED ALM alarm LED SYS system status LED MGMT network management LED LNK ACT 9 12 GE optical interface status LED LNK ACT 1 8 GE electrical interface status LED POE 1 8 PoE status LED Interface 100 1000M 1 8 100 1000M 9 12 1000M 1 8 service interface 10 100 1000B...

Page 22: ...azelle S1020i 4GF 8GE PWH GL DC48 Figure 2 4 Top appearance of the Gazelle S1020i 4GF 8GE PWH GL DC48 1 Console interface RJ45 2 RST button 3 DI interface 4 Power interface 1 PWR1 and PWR2 5 Alarm output interface ALM 6 Ground terminal 2 1 3 Gazelle S1020i 2GF 4GE GL Front appearance of the Gazelle S1020i 2GF 4GE GL DCW48 Figure 2 5 shows the front appearance of the Gazelle S1020i 2GF 4GE GL DCW48...

Page 23: ... Description LED PWR1 and PWR2 ALM SYS MGMT LNK ACT 1 6 SPEED 1 6 PWR power status LED ALM alarm LED SYS system status LED MGMT network management LED LNK ACT 1 6 GE optical electrical interface status LED SPEED 1 6 GE optical electrical interface rate LED Interface 1000M 1 4 100 1000M 5 6 1000M 1 4 service interface 10 100 1000BASE T auto negotiation Ethernet electrical interface GE downlink elec...

Page 24: ... Ltd 13 Figure 2 6 Top appearance of the Gazelle S1020i 2GF 4GE GL DCW48 1 Ground terminal 2 RST button 3 Console interface RJ45 4 Alarm output interface ALM 5 Power interface 2 PWR2 6 Power interface 1 PWR1 Front appearance of the Gazelle S1020i 2GF 4GE GL AC Figure 2 7 shows the front appearance of the Gazelle S1020i 2GF 4GE GL AC ...

Page 25: ...escription LED PWR1 and PWR2 ALM SYS MGMT LNK ACT 1 6 SPEED 1 6 PWR power status LED ALM alarm LED SYS system status LED MGMT network management LED LNK ACT 1 6 GE optical electrical interface status LED SPEED 1 6 GE optical electrical interface rate LED Interface 1000M 1 4 100 1000M 5 6 1000M 1 4 service interface 10 100 1000BASE T auto negotiation Ethernet electrical interface GE downlink electr...

Page 26: ...Co Ltd 15 Figure 2 8 Top appearance of the Gazelle S1020i 2GF 4GE GL AC 1 Ground terminal 2 RST button 3 Console interface RJ45 4 Alarm interface ALM 5 Power interface 2 1 4 Gazelle S1020i 4GF 8GE GL Front appearance of the Gazelle S1020i 4GF 8GE GL DCW48 Figure 2 9 shows the front appearance of the Gazelle S1020i 4GF 8GE GL DCW48 ...

Page 27: ...E PWH GL DCW48 Print Description LED PWR1 and PWR2 ALM SYS MGMT LNK ACT 1 12 PWR power status LED ALM alarm LED SYS system status LED MGMT network management LED LNK ACT 1 12 GE optical electrical interface status LED Interface 1000M 1 8 100 1000M 9 12 1000M 1 8 service interface 10 100 1000BASE T auto negotiation RJ45 Ethernet electrical interface GE downlink electrical interface 100 1000M 9 12 s...

Page 28: ...igure 2 10 Top appearance of the Gazelle S1020i 4GF 8GE GL DCW48 1 DI interface 2 RST button 3 Console interface RJ45 4 Alarm output interface ALM 5 Power interface 2 PWR2 6 Power interface 1 PWR1 7 Ground terminal Front appearance of the Gazelle S1020i 4GF 8GE GL AC Figure 2 11 shows the front appearance of the Gazelle S1020i 4GF 8GE GL AC ...

Page 29: ...GF 8GE GL AC Print Description LED PWR1 and PWR2 ALM SYS MGMT LNK ACT 1 12 PWR power status LED ALM alarm LED SYS system status LED MGMT network management LED LNK ACT 1 12 GE optical electrical interface status LED Interface 1000M 1 8 100 1000M 9 12 1000M 1 8 service interface 10 100 1000BASE T auto negotiation RJ45 Ethernet electrical interface GE downlink electrical interface 100 1000M 9 12 ser...

Page 30: ...onsole interface RJ45 4 Alarm output interface ALM 5 Power interface 6 Ground terminal 2 2 Interfaces 2 2 1 Interface types and usage Service interfaces Table 2 7 lists interface types and usage of the Gazelle S1020i GL Table 2 7 Interface types and usage Interface type Description RJ45 10 100 1000BASE T auto negotiation electrical interface SFP GE SFP optical interface supporting the following op...

Page 31: ...r supply using the 2 pin Phoenix connector interface supporting dual power supplies and inputting 24 48 VDC power AC power supply using the 3 pin Phoenix connector interface and inputting 110 220 VAC power Console interface RJ45 interface used to debug and configure the device by using the Console cable to connect the Console interface on the device to the PC ALM alarm interface Gazelle S1020i 2GF...

Page 32: ... to restore factory settings 2 3 Interface properties 2 3 1 1000BASE X SFP optical interface Table 2 10 lists parameters of the 1000BASE X SFP optical interface Table 2 10 Parameters of the 1000BASE X SFP optical interface Parameter Description Connector type LC PC Optical interface properties Depending on the selected SFP optical module Coding scheme 8B 10B Duplex mode Full duplex Standard IEEE 8...

Page 33: ...plex UART Electrical feature RS 232 Baud rate 9600 baud 2 3 4 Alarm output interfaces The alarm output interface is embedded with an electromagnetic relay When alarms are input through the DI interface or overtemperature abnormal interface status or abnormal power status occurs the electromagnetic relay will output alarms based on the connection status of the control terminal notifying the on site...

Page 34: ...gure 2 14 Figure 2 14 Alarm output interface 2 Alarm status When an alarm is generated PIN 1 and PIN 2 are connected and thus the ALM LED is on When no alarm is generated PIN 2 and PIN 3 are connected and thus the ALM LED is off Table 2 13 lists parameters of the alarm output interface Table 2 13 Parameters of the alarm output interface Parameter Description Connector type 7 62 mm 3 pin phoenix te...

Page 35: ... 16 shows the DI interface on the Gazelle S1020i 12GF 16GE GS Figure 2 15 DI interface 1 Figure 2 16 DI interface 2 for the GazelleS1020i 4GF 8GE GL only Table 2 14 lists the usage and related PIN prints of the digital input interface Table 2 14 Digital input interface Print Usage 1 The first external digital input positive terminal 2 The second external digital input positive terminal Negative Th...

Page 36: ...h level Table 2 16 lists parameters of the DI interface Table 2 16 Parameters of the DI interface Parameter Description Connector type 5 08 mm 5 pin Phoenix connector Input voltage range 30 to 30 VDC High level 13 30 VDC Low level 30 to 1 VDC Maximum input current 8 mA 2 4 LEDs Table 2 17 lists LEDs on the Gazelle S1020i GL which are located at the line side on the front panel Lights are guided to...

Page 37: ... improperly Optical interface status LED LNK ACT Green Green the optical interface is in Link Up status Blinking green the optical interface is receiving or sending data Off the optical interface is in Link Down status Network management LED MGMT Green Green the device is being accessed Off power supply 1 is abnormal or off PoE LED POE Green Green the PoE power supply is normal Off the PoE power s...

Page 38: ...th spaces of 5 08 mm Table 2 18 lists interface type and usage of DC power supply Table 2 18 Terminals on DC power interface 1 Terminal Description PWR1 Positive input terminal of power supply 1 PWR1 Negative input terminal of power supply 1 PE Ground terminal PWR2 Negative input terminal of power supply 2 PWR2 Positive input terminal of power supply 2 Figure 2 18 shows the DC power interface on t...

Page 39: ...nce of the AC power interface on the Gazelle S1020i 2GF 4GE GL AC Figure 2 19 Appearance of theAC power interface on the Gazelle S1020i 2GF 4GE GL AC Figure 2 20 shows appearance of the AC power interface on the Gazelle S1020i 4GF 8GE GL AC Figure 2 20 Appearance of theAC power interface on the Gazelle S1020i 4GF 8GE GL AC The AC power interface on the Gazelle S1020i GL is a 3 pin or 5 pin Phoenix...

Page 40: ...8 48V DC Gazelle S1020i 4GF 8GE P WH GL DC48 48V DC Gazelle S1020i 2GF 4GE GL DC W48 24 48V DC Gazelle S1020i 4GF 8GE GL DC W48 24 48V DC Voltage range Gazelle S1020i 2GF 4GE PWH GL DC48 45 57 VDC Gazelle S1020i 4GF 8GE PWH GL DC48 45 57 VDC Gazelle S1020i 2GF 4GE GL 20 72 VDC Gazelle S1020i 4GF 8GE GL 20 72 VDC AC power supply Rated voltage 110 220 VAC 110 220 VDC Voltage range 85 264 VAC 88 300 ...

Page 41: ...cal module Model Tx wavelen gth nm Rx wavelengt h nm Tx optical power EOL dBm Overl oadin g point dBm Extinc tion ratio dB Rx sensitivit y dBm Mode Trans missio n distan ce km USFP Gb SS13 I 1310 1500 1610 10 to 3 3 0 9 0 21 SM 15 USFP Gb SS15 I 1550 1260 1360 10 to 3 3 0 9 0 21 SM 15 USFP Gb SS24 I 1490 1530 1580 3 0 to 2 0 3 0 9 0 21 SM 40 USFP Gb SS25 I 1550 1450 1530 3 0 to 2 0 3 0 9 0 21 SM 4...

Page 42: ...nect the other end to the ground Appearance The ground cable is composed of the ground terminal and conductive wire In general the ground terminal is an OT bare pressure terminal and the conductive wire is a yellow green copper soft flame retardant conducting wire Figure 2 21 shows the ground cable Figure 2 22 shows the OT terminal Figure 2 21 Ground cable 1 Conducting wire 2 Stripped end connecte...

Page 43: ...rdant heat shrink tubing It is a 20 mm plastic tube which shrinks when being heated Welding technology The conducting wire and OT terminals adopt solderless pressed connection Error in length of conducting wire 5 mm Table 2 25 lists technical specifications of the OT terminal Table 2 25 Technical specifications of the OT terminal Parameter Description Model Grounding round pressed terminal M6 RoHS...

Page 44: ...The console locally debugs and maintains the Gazelle S1020i GL through the Console interface Connector types of the Console cable are below RJ45 connector connect the Console interface on the Gazelle S1020i GL DB9 female interface connector connect the serial interface on the console Appearance Figure 2 23 shows the RJ45 console cable Figure 2 23 RJ45 Console cable Wiring Figure 2 24 shows PINs an...

Page 45: ...trical interfaces with other devices The Ethernet interface on the Gazelle S1020i GL is adaptive to straight through cable mode and crossover cable mode Make the Ethernet cable on site as required Use the STP cable Appearance Figure 2 25 shows the Ethernet cable Figure 2 25 Ethernet cable Technical specifications The Ethernet cables have two types Straight through cable used to connect devices of ...

Page 46: ...N 2 Green Orange PIN 3 White Orange White Green PIN 4 Blue Blue PIN 5 White Blue White Blue PIN 6 Orange Green PIN 7 White Brown White Brown PIN 8 Brown Brown Straight through cable Both two RJ45 connectors of the straight through cable follow EIA TIA 568B standard wiring Figure 2 26 shows the wiring of the straight through cable Figure 2 26 Wiring of the straight through cable Crossover cable One...

Page 47: ...ctor RJ45 crystal header Model Cat 5 or better STP cable Number of cores 8 Length The letter D is the length which can be customized For example if the customer requires a 2 meter cable you can name it CBL ETH RJ45 RJ45 2m 2 7 4 DC power cables Introduction to DC power cable 1 The DC power cable used by the PoE model supplies 48 VDC power from the power souring equipment to the power interface on ...

Page 48: ... Parameter Description Connector 5 08 8 pin header RoHS Cable gauge Copper core multi strand power cable 18 AWG 0 75 mm2 Introduction to DC power cable 2 The DC power cable used by the non PoE model supplies 12 24 VDC power from the power souring equipment to the power interface on the Gazelle S1020i GL and then transmits power to the entire device Appearance of DC power cable 2 The DC power cable...

Page 49: ...to technical specifications 2 7 5 AC power cable Introduction to AC power cable 1 The AC power cable used by the Gazelle S1020i 2GF 4GE GL and Gazelle S1020i 4GF 8GE GL transmits 110 220 VAC or VDC power to the power interface and supplies power to the entire device The AC power cables vary with local standards as lists in Table 2 31 Table 2 31 AC power cables of the Gazelle S1010i 2GF 4GE GL Regi...

Page 50: ...meter Description Name POL AC European 3 pin stripped 0 75 mm2 1 5m RoHS Connector European 3 pin plug 7 62 3 pin header RoHS Cable color Outer Black PVC insulating layer Inner Blue N brown L and yellow green strip E Conductor gauge Copper core multi strand power cable 18 AWG 0 75 mm2 Length 1 5 m Table 2 33 lists technical specifications of the American AC power cable Table 2 33 Technical specifi...

Page 51: ...fiber Table 2 34 Type and usage of the fiber Usage Local connector Remote connector Type Standard Connect the Gazelle S1020i GL to the ODF through the Ethernet optical interface Connect the Ethernet optical interface on the Gazelle S1020i GL 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 connec...

Page 52: ...align the header of the fiber with the optical interface and insert the fiber into the interface gently To remove the fiber press down the spring clip and push the fiber header inwards and then pull the fiber out Wiring Table 2 35 lists the wiring of the fiber Table 2 35 Wiring of the fiber Wiring relationship Local optical interface Direction of optical signals Peer optical interface Single fiber...

Page 53: ...iption Dimensions Width Depth Height Gazelle S1020i 2GF 4GE PWH GL DC48 80 mm 130 mm 150 mm Gazelle S1020i 4GF 8GE PWH GL DC48 98 mm 155 mm 177 mm Gazelle S1020i 2GF 4GE GL 56 mm 105 mm 135 mm Gazelle S1020i 4GF 8GE GL 80 mm 130 mm 150 mm Overall power consumption Without PoE Gazelle S1020i 2GF 4GE PWH GL DC48 8 W Gazelle S1020i 2GF 4GE PWH GL DC48 12 W Gazelle S1020i 2GF 4GE GL 10 W Gazelle S1020...

Page 54: ...F 4GE GL 20 72 VDC Gazelle S1020i 4GF 8GE GL 20 72 VDC AC power supply Rated voltage 110 220 VAC 110 220 VDC Voltage range 85 264 VAC 88 300 VDC Frequency 50 60 Hz 3 2 Compliance standards IEC 62351 Power systems management and associated information exchange Data and communications security IEC 61588 Precision clock synchronization protocol for networked measurement and control systems IEEE 802 3...

Page 55: ...reliability indexes include system usability average annual return rate Mean Time to Repair MTTR and so on as listed in Table 3 3 Table 3 3 Reliability indicators Parameter Requirements System availability 99 999 The annual failure time for the Gazelle S1020i GL should be no longer than 5 minutes Annually system mean repair rate 1 5 MTTR 2 hours 3 4 EMC standards The Gazelle S1020i GL is compliant...

Page 56: ...etic field meets IEC 61000 4 8 level 4 requirements The pulse magnetic field meets IEC 61000 4 9 level 5 requirements Damped oscillatory magnetic field meets IEC 61000 4 10 level 4 requirements Conducted Immunity CI meets IEC 61000 4 6 level 3 requirements AC voltage dips and short interruptions immunity meets IEC 61000 4 11 requirements DC voltage dips and short interruptions immunity meets IEC 6...

Page 57: ... shell When installing the Gazelle S1020i GL keep it away from adjacent electric devices Do not operate the Gazelle S1020i GL when your hands are wet or sweating Do not alter mechanical or electric parts of the Gazelle S1020i GL 4 1 2 Environmental conditions The hot air inside the Gazelle S1020i GL flows to cool the internal circuit through the front panel and heat dissipation holes on both side ...

Page 58: ...onsumption RPS We recommend preparing a professional RPS in case of abnormal power supply 4 1 4 Static electricity conditions To prevent body static electricity from damaging the Gazelle S1020i GL wear the Anti Static Discharge ASD wrist strap properly any time when you contact the Gazelle S1020i GL 4 1 5 Grounding conditions The Gazelle S1020i GL must be grounded and the ground resistance should ...

Page 59: ...guide rail We recommend guide rail installation When the Gazelle S1020i GL is taken out of the packing box it is already installed with the rail clip on the rear panel Install the Gazelle S1020i GL on the guide rail as below Step 1 Connect the rail clip to the guide rail as shown in Figure 4 1 Figure 4 1 Connecting the rail clip to the guide rail Step 2 Press the device to secure it to the guide r...

Page 60: ...ghtly 4 3 Grounding device Connecting the ground cable properly is an important guarantee for lightning protection anti electric shock and anti interference The Gazelle S1020i GL must be connected to the ground cable correctly during installation which helps avoid personal injury and equipment damage Connect the ground cable as below Step 1 Loosen the screw of the ground terminal counterclockwise ...

Page 61: ...n order Step 3 Install the screw to the ground terminal again and tighten the screw clockwise as shown in Figure 4 4 Figure 4 4 Connecting the ground cable 4 4 Connecting cables 4 4 1 Connecting Ethernet cable Connect the Ethernet cable as below Step 1 Make the Ethernet cable as required Step 2 Align the Ethernet cable header with the Ethernet interface of the Gazelle S1020i GL and insert the Ethe...

Page 62: ...uring that the Gazelle S1020i GL works normally There is invisible laser inside the Gazelle S1020i GL which may cause eye injury Therefore do not look directly into the optical interface header of the optical connector or breakage of the fiber Inserting optical module Insert the SFP optical module into the optical interface on the Gazelle S1020i GL Figure 4 6 Inserting the optical module Connect L...

Page 63: ...s according to the marks displayed on the device shell Otherwise the Gazelle S1020i GL will be damaged or fail to be started normally Ensure that the ground cable is correctly grounded before connecting the power cable Disconnect all power supplies before connecting or removing the power cable Use the power cable which meets the technical specifications The power interface of the Gazelle S1020i GL...

Page 64: ... the power cable and installed properly The Gazelle S1020i GL is powered on when the power LED PWR is lightening up The Gazelle S1020i GL begins to operate properly after Power on Self Test POST and initialization Interface LEDs indicate the working status of the interface lit up off or blinking 4 6 Checking installation Table 4 3 lists items to be checked after installation Table 4 3 Items to be ...

Page 65: ...iring of the power cable and ground cable should comply with engineering design documents to facilitate capacity expansion Check 9 Power cables and signal cables are laid separately Check 10 No stains or scratches on the surface of the device Check 11 The capacity of the fuse is large enough to support the device to work properly under the maximum power consumption Use a tester 12 When making the ...

Page 66: ...he Console interface connecting a terminal or a PC that runs the terminal emulation program This management mode is based on the local Console interface without relying on the service network Therefore even though the service network fails you can configure and manage the Gazelle S1020i GL through the Console interface Telnet management The Telnet protocol one of the TCP IP protocol stack is a sta...

Page 67: ...h SNMPv1 SNMPv2c also uses community name authentication mechanism SNMP V2c supports more operation types data types and errored codes and thus better identifying errors SNMPv3 uses User based Security Model USM and View based Access Control Model VACM security mechanisms You can configure authentication and encryption to provide higher security for communication between the SNMP NMS and SNMP agen...

Page 68: ...fecting packets forwarding You can use this function to monitor the receiving and sending status of a certain port and analyze the network or fault status The Gazelle S1020i GL supports port mirroring based on ingress port or egress port When port mirroring is enabled packets on the ingress egress mirroring port will be mirrored to the monitor port The monitor port and mirroring port cannot be the...

Page 69: ... service Data center enable you to manage devices uniformly conducting operations such as upgrade backup restoration rollback and activation and meanwhile enable you to manage upgradable files back up files operations and generated logs ensuring that the backup operation is easy simple and with high security Data storage save logs history alarms and performance data from database as viewable files...

Page 70: ...Raisecom Gazelle S1020i GL A User Manual 5 Management and maintenance Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd 59 Figure 5 1 Location of the NView NNM system ...

Page 71: ...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 adopt the h...

Page 72: ...matically 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 add...

Page 73: ... 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 IESG the IETF is charged with studying technical problems facing the Interne...

Page 74: ...teway dynamic routing protocol which is used to decide the route in an Autonomous System AS Optical Distribution Frame ODF A distribution connection device between the fiber and a communication device It is an important part of the optical transmission system It is mainly used for fiber splicing optical connector installation fiber adjustment additional pigtail storage and fiber protection P Passw...

Page 75: ...rded 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 Evolution of the Spanning Tree Protocol STP which provides improvements in the speed of convergence for bridged networks Remote Authentication Dial In User Service RADIUS RADIUS refers t...

Page 76: ...ping 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 from the ISP network the VLAN Tag is restored to the original private VLAN Tag according to the same VLAN forwarding rules Thus the packet is sent to the des...

Page 77: ... 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 CPU Central Processing Unit CRC Cyclic Redundancy Check CSMA CD Carrier Sense Multiple Access Collision Detection CST Common Spanning Tree D DAI Dynamic ARP Inspection DBA Dynamic Bandwidth Allocation DC Direct Curr...

Page 78: ...CS Frame Check Sequence FE Fast Ethernet FIFO First Input First Output FTP File Transfer Protocol G GARP Generic Attribute Registration Protocol GE Gigabit Ethernet GMRP GARP Multicast Registration Protocol 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 I...

Page 79: ... Unit LAN Local Area Network LCAS Link Capacity Adjustment Scheme LLDP Link Layer Discovery Protocol 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 ...

Page 80: ...DS PPPoE Active Discovery Session confirmation PAP Password Authentication Protocol PDU Protocol Data Unit PE Provider 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 S...

Page 81: ...quisition SF Signal Fail SFP Small Form factor Pluggable SFTP Secure File Transfer Protocol SLA 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 T...

Page 82: ...GL A User Manual 6 Appendix Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd 71 V VLAN Virtual Local Area Network VRRP Virtual Router Redundancy Protocol W WAN Wide Area Network WRR Weight Round Robin ...

Page 83: ...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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