ZXR10 5900/5200 Series All Gigabit
Contents
1. Chapter 7 RPS180 Backup Power ii DC standby power supply C PWR 072 is shown in Figure 43 FIGURE 43 DC STANDBY POWER Supp C PWR 072 The correspondence between two ends of DC cables are shown in Table 22 TABLE 22 DC CABLES TWo ENDS CORRESPONDENCE Conductor Power Color a 2 black read B2 12V sleeve Make sure whether this DC standby cable is needed accord ing to on site configuration In installation connect end A to the backup DC input socket of device connect end B1 to cathode of external 12V power source and connect end B2 with red sleeve to anode of external 12V power source Power on Procedure Check the equipment room environment and hardware installation before powering on ZXR10 RPS180 1 Check whether the equipment room temperature humidity and voltage meet the installation requirements as shown in Table 23 TABLE 23 TEMPERATURE AND HUMIDITY Temperature C RH Item Long Term Working Condition Short Term Working Condition Long Term Short Term Working Working Condition Condition Note 1 Note 2 Long Term Working Condition 15 C 30 C 5 C 45 C 30 70 20 90 Under the normal working environment of ZXR10 RPS180 the measurement values of temperature and humidity refer to those measured at 2 m above the floor and 0 4 m in front of the device the Confidential and Proprietary Information of ZTE CORPORATION 41 ZXR10 5900 5200 Series Hardware Manual ZTERH2. Cabinet Installation To install the ZXR10 RPS180 into the 19 inch cabinet it is neces sary to install flanges to each side of the switch shell flange and screws are part of the accessories Cable Installation ZXR10 RPS180 cable consists of the power cable console cable Power Cable Installation The power cable consists of AC and DC power cables based on the power modules Confidential and Proprietary Information of ZTE CORPORATION 39 ZXR10 5900 5200 Series Hardware Manual ZTERHY 40 1 AC power cable installation The AC power cable adopts the standard printer power cable as shown in Figure 41 FIGURE 41 AC POWER CABLE t E One end of the AC power cable is connected to the AC power socket of ZXR10 RPS180 AC power module and the other end is connected to the 220 VAC power socket 2 DC power cable installation i DC 48V power cable C PWR 084 is shown in Figure 42 FIGURE 42 DC CABLE C PWR 084 The correspondence between two ends of DC cables are shown in Table 20 TABLE 20 DC CABLES Two ENDS CORRESPONDENCE Ena pas JL Power Signal 48VGND The end A is connected to 48V input socket Connect two terminals on end B according to labels pasted on each con ductor The B1 is connected to 48VGND of DC power sup ply and B2 is connected to 48V The conductor labels are described in Table 21 TABLE 21 LABEL emeng Confidential and Proprietary Information of ZTE CORPORATION HIT
3. measurement is done with no protective board in the front or at the back of the cabinet The short term working condition means a continuous running period of not more than 48 hours and accumulated running periods a year of no more than 15 days 2 Check whether the power cables and the cables are connected correctly and reliably or not 3 Check other hardware Check whether equipment labels are complete clear and correct ii Check whether the switch is fixedly installed in the 19 inch standard rack or whether it is stably installed on the desk top Check whether the power switch of the switch is discon nected iv Check whether the rack is properly grounded with the grounding resistance meeting relevant technical require ments 4 Power on ZXR10 RPS180 in the following steps Turn on the external power supply Turn on the power switch on the back plane of switch 5 Power off procedure is shown as follows Turn off the power switch on the back plane of switch Turn off the external power supply 42 Confidential and Proprietary Information of ZTE CORPORATION Figures Figure 1 ZXR10 5900 5200 SYSTEM PRINCIPLE acc 10 Figure 2 ZXR10 5924 FRONT DANI 10 Figure 3 ZXR10 5224 FRONT DANI 10 Figure 4 ZXR10 5924 Backplane AC 11 Figure 5 ZXR10 5924 Backplane DC 11 Figure 6 ZXR10 5224 Backplane AC 11 Figure 7 ZXR10 5224 Backplane DC 11 Figure 8 ZXR10 5928 FRONT DANI 11 Figure 9 ZXR10 5228 FRON
4. FIGURE 28 DESKTOP INSTALLATION bei EE Ge ssansssssazn H EI SR iss amp H ees E 1 Case 2 Pad oS Cabinet Installation To install the ZXR10 5900 5200 switch into the 19 inch cabinet it is necessary to install flanges to each side of the switch shell Confidential and Proprietary Information of ZTE CORPORATION 25 ZXR10 5900 5200 Series Hardware Manual ZTEDH flange and screws are part of the accessories as shown in Figure 29 FIGURE 29 INSTALLING THE FLANGES 1 Case 3 Screw 2 Flange Install two symmetrical brackets at the two sides of the 19 inch cabinet to support the switch as shown in Figure 30 FIGURE 30 INSTALLING THE BRACKETS 1 Bracket 3 Screw 2 Rack After the installation push in the switch along the bracket and fix the flanges to the cabinet as shown in Figure 31 taking ZXR10 5224 as example 26 Confidential and Proprietary Information of ZTE CORPORATION HIT Chapter 6 Installation and Debugging FIGURE 31 FIXING THE SWITCH 1 Rack 3 Panel fastener 2 Case Cable Installation ZXR10 5900 5200 cables consist of the power cable console ca ble network cable and fiber Power Cable Installation The power cables consist of AC and DC power cables based on the power modules 1 AC power cable installation The AC power cable adopts the standard printer power cable as shown in Figure 32 FIGURE 32 AC POWER CABLE One end of the AC power c
5. Interface Card 18 GC LN CNA 18 GC LNGL NER cce cece eee ee eee ee seen ee ee eee eeeaeaaeaeeaeannnneas 19 Power RHogdul t eeeneiensiegsiesegie enges eege eENeeegegekkgeiee d E Power Module Overvlew cette ee ee ee ene neat eae eaennnees 21 ZXR10 5900 5200 Active Bower EN 21 ZXR10 5900 5200 Standby Power 23 550w Power Supply Unit for ZXR10 5928 PS a 23 Installation and Debugging sessenesseeeeseeeeners 2D Equipment Installation cccecceceeee eee eeee reese eeeeeae eae ennees 25 Desktop Installation ccccceeeecee eee tees eee eee teense eneennees 25 Cabinet Installation ccccceceeeeeee eee eeeeeeeeeneeaeeaeenaenas 25 Cable Installation KKK NN NNN NEEN ENNER NNN KENE ENN 27 Power Cable Installation 27 Console Cable Installation 29 Network Cable Installation ccccecceceeeeeee eee eee eeeeeaees 30 Optical Fiber Installatton 31 Power on Procedure EN 32 RPS180 Backup Power ees KR NR KENE E Runen OD System OVENVIEW eege des ie Ra DEE 35 Product OVErVieW ENNEN 35 FUN eidel ER 35 Technical Features and Parameters seceeeeeeee eaten 36 Structure and Principle NENNEN 36 Working Principles EE 36 Hardware Structure riran n aa EE ENEE EEN 37 Card EE 38 Power Conversion Card 38 CAPU EE 38 CDPU EE 38 EPD EE 39 Installation and Debugging eee teeta teeta eee eee es 39 Equipment Installation 39 Desktop Installation ccccecceeeeseeseeeeeeaeeaeeenenas 39 Cabinet Inst
6. V2 8 23 A Series All Gigabit Port Intelli gent Routing Switch User Manual IPv6 Volume ZXR10 Router Ethernet Switch Command Manual Command Index ZXR10 Router Ethernet Switch Command Manual System Management ZXR10 Router Ethernet Switch Command Manual Functional System I ZXR10 Router Ethernet Switch Command Manual Functional System Volume II ZXR10 Router Ethernet Switch Command Manual Functional System Volume III ZXR10 Router Ethernet Switch Command Manual Functional System IV ZXR10 Router Ethernet Switch Command Manual Protocol Stack I ZXR10 Router Ethernet Switch Command Manual Protocol Stack II ZXR10 Router Ethernet Switch Command Manual Protocol Stack III ZXR10 Router Ethernet Switch Information Manual ii Confidential and Proprietary Information of ZTE CORPORATION Chapter 1 Safety Introduction Table of Contents Salety Incr uc OM WE 1 ELL Elei NEE 1 Safety Introduction In order to operate the equipment in a proper way follow these instructions Only qualified professionals are allowed to perform installation operation and maintenance due to the high temperature and high voltage of the equipment Observe the local safety codes and relevant operation pro cedures during equipment installation operation and mainte nance to prevent personal injury or equipment damage Safety precautions introduced in this manual are supplementary to the local safety cod
7. ZXR10 5928 FI 5228 FI is shown in Figure 16 FIGURE 16 ZXR10 5928 FI 5228 FI BACKPLANE AC The backplane of DC power in ZXR10 5928 FI 5228 FI is shown in Figure 17 FIGURE 17 ZXR10 5928 FI 5228 FI BACKPLANE DC ZXR10 5952 5252 ZXR10 5952 and ZXR10 5252 are totally identical in appearance except for product name ID Their standard chassis height is IU ZXR10 5952 5252 provide 44 gigabit Ethernet electrical interfaces and 4 gigabit Ethernet optical or electrical ports There are 4 10G Ethernet Interface board slots on the backplane All 4 slots can be configured with 10G Ethernet optical interfaces or 10G stacking electrical interfaces The front panel of ZXR10 5952 is shown in Figure 18 FIGURE 18 ZXR10 5952 FRONT PANEL The front panel of ZXR10 5252 is shown in Figure 19 FIGURE 19 ZXR10 5252 FRONT PANEL Confidential and Proprietary Information of ZTE CORPORATION 13 ZXR10 5900 5200 Series Hardware Manual ZTERHY The backplane of AC power in ZXR10 5952 5252 is shown in Figure 26 FIGURE 20 ZXR10 5952 5252 BACKPLANE AC The backplane of DC power in ZXR10 5952 5252 is shown in Figure 21 FIGURE 21 ZXR10 5952 5252 BACKPLANE DC 14 Confidential and Proprietary Information of ZTE CORPORATION Functions Interfaces Chapter 4 Units Components Description Table of Contents Control and Switching Boat siccecccscicercieccncccesersimercecsaddrenes 15 Line Interface Card occorra aan A a EEr AA
8. ege iA Ee EEN 28 Table 13 Two Ends Correspondence of DC Cables sssssssssrrssns 29 Table 14 Serial Console Cable Sequence cccceeeeeaeeaeeaeeeneeas 29 Table 15 Straight through Network Cable RJ45 Cable SEQUENCE EE 31 Table 16 Crossover network cable RJ45J Cable Sequence 31 Table 17 Fiber Types ccccccsceeseeseeeeeeaeeeeeeeeeeeeaeeeeeeaeeeneags 32 Table 18 TEMPERATURE AND HUMIDITN 32 Table 19 ZXR10 RPS180 TECHNICAL FEATURES AND PARAMETER Seege eegen SE Ae dE 36 Table 20 DC cables Two Ends Correspondence cceseeeeeeneees 40 Table 21 Label 40 Table 22 DC cables Two Ends Correspondence cceseeaeeeneees 41 Table 23 TEMPERATURE AND HUMIDITN 41 Confidential and Proprietary Information of ZTE CORPORATION 45 ZXR10 5900 5200 Series Hardware Manual ZTERH This page is intentionally blank 46 Confidential and Proprietary Information of ZTE CORPORATION List of Glossary ACL Access Control List BGP Border Gateway Protocol IGMP Internet Group Management Protocol IS IS Intermediate System to Intermediate System LACP Link Aggregation Control Protocol MSDP Multicast Source Discovery Protocol MSTP Multiple Spanning Tree Protocol OSPF Open Shortest Path First PIM SM Protocol Independent Multicast Sparse Mode PVLAN Private VLAN QoS Quality of Service RADIUS Remote Authentication Dial In User Service RIP Routing Information Protocol RMON Remote Monitoring RSTP Rapid Spa
9. of this document Except as expressly provided in any written license between ZTE CORPORATION and its licensee the user of this document shall not acquire any license to the subject matter herein ZTE CORPORATION reserves the right to upgrade or make technical change to this product without further notice Users may visit ZTE technical support website http ensupport zte com cn to inquire related information The ultimate right to interpret this product resides in ZTE CORPORATION Revision History Revision No Revision Date Revision Reason Serial Number sjzl20094256 Contents About This Manual s sssssusnunnunnnnnnnnunnnnnnnnnnnnnnnan Safety Introduction E Safety Introductlon 1 Safety Description 1 System OvervieW sssssssss2u22 222222222220811 9 Product Overvlew ENNEN E PUINCTIONS mireanna E E E A ORE ARO 4 Technical Features and Parameters sssssssssssresrrrrrrrerrsern 5 Structure and Princhple use KREE NEEN enee D Working PrinGiPleS 0929 unge EN citar aries era ENEE NEE E 9 Hardware Structure 10 ZXR1O 5924 5224 civisivcsiiercec des NEEN NENNEN NEEN ENEE KEEN 10 ZXR1LO 5928 5228 iiiki ianari aaia aaia inan 11 ZXR 0 big be 12 ZXR10 5928 FI 5228 FI oc ecccceeeee eee eeeeeeeeeaeeeeaeeneeneas 12 ZXR10 5952 5252 oo ceecccccecceceeeeeeeeeeeeeeeeeeeeeeegeeneeeeneeneas 13 Units Components Description eneen nee L I Control and Switching Board 15 Line
10. to one correspondence at both ends The specific connection relationship is shown in Table 15 30 Confidential and Proprietary Information of ZTE CORPORATION ZTERHY Chapter 6 Installation and Debugging TABLE 15 STRAIGHT THROUGH NETWORK CABLE RJ45 CABLE SEQUENCE en ce er togram ee G ps town Crossover network cable RJ45J cable connection relationship is cross correspondence between two twisted pairs at both ends The specific connection relationship is shown in Table 16 TABLE 16 CROSSOVER NETWORK CABLE RJ45J CABLE SEQUENCE BEE EE white brown ps em Optical Fiber Installation Each optical fiber interface in ZXR10 5900 5200 contains two fibers one is used for receiving data and the other one is used for transferring data Note that there are TX RX on the panel Do not mix them There are two kinds of fibers single mode fiber and multi mode fibers Users can use them according to practical conditions Six fibers are shown in Table 17 Confidential and Proprietary Information of ZTE CORPORATION 31 ZXR10 5900 5200 Series Hardware Manual ZTERHY TABLE 17 FIBER TYPES Single Mode adapter SC PC Multi mode adapter SC PC As for fiber out of the cabinet make sure to protect the fiber against any damages with plastic corrugated sleeve The fiber within the protect sleeve must not be wound up and the corners must be radian The labels at two ends of the fiber must be clear The meaning of th
11. 0 Serial Console Cable Structure DIA QAM EE 29 Figure 36 Network Cable Structure Diagram 30 Figure 37 ZXR10 RPS180 AC Model System Diagram 37 Figure 38 ZXR10 RPS180 DC Model System Diagram 37 Figure 39 ZXR10 RPS180 Front Panel ccccecseeeeee ee eee ee ee ee enna ee 38 Figure 40 ZXR10 RPS180 Backolane AN 38 Figure 41 AC POWER CABLE ea eaeneneeaeaes 40 Figure 42 DC cable C PWR 084 cceceeeeeee teeter een ee eee nnn pa 40 Figure 43 DC Standby Power Supply C DWR O ZI 41 44 Confidential and Proprietary Information of ZTE CORPORATION Tables Table 1 CHAPTER SUMMARY sssssssssssnnnnnnnnrrrrrrrrrrnesesesesnnnnnnn i Table 2 Safety Description ccececeece eee eee teas eee eeneeaeeaeeenennes 1 Table 3 ZXR10 5900 5200 TECHNICAL FEATURES AND PARAMETERS Ee ee EE Ee 5 Table 4 ZXR10 5900 5200 Attributes of 10 100 1000Base T ON Main Control Board 16 Table 5 ZXR10 5900 5200 Main Control Board Indicator BIS wl 1 Let EE 16 Table 6 ZXR10 5928 PS Main Control Board Indicator Description eu 8EEAEE NEEN ESEEEEEEEER E vanaPeae penetra cate 17 Table 7 Card Fupnclon eee e eee eee eee eeaeeaeeeneeaeeaeennenas 18 Table 8 SC 1XGS CX4 Card Interface Attributes sccsssssesr 19 Table 9 SC 1XGS CX4 INDICATORS FUNCTIONS sssssssssssnnnnns 19 Table 10 SC 1XGL XFP INDICATORS FUNCTIONS sassssssssnnnnn 20 Table 11 Two Ends Correspondence of DC Cables sssssssrrssn 28 Table 12 Label 2 ietaseke desen eegene dE
12. 2 176G ZXR10 5924 48G ZXR10 5928 128G ZXR10 5928 FI 128G ZXR10 5952 176G ZXR10 5928 PS 128G ZXR10 5224 36M ZXR10 5228 96M ZXR10 5228 FI 96M ZXR10 5252 132M ZXR10 5924 36M ZXR10 5928 96M ZXR10 5928 FI 96M ZXR10 5952 132M ZXR10 5928 PS 96M ZXR10 5900 20K ZXR10 5200 2 5K ZXR10 5900 16K ZXR10 5200 8K Confidential and Proprietary Information of ZTE CORPORATION 7 ZXR10 5900 5200 Series Hardware Manual ZTERH This page is intentionally blank 8 Confidential and Proprietary Information of ZTE CORPORATION Chapter 3 Structure and Principle Table of Contents Workmg Principles corns cusenrarecetceracdeaieecucanddeontmtewremeridenaes 9 Hardware Structure viv ciniecreiaisianvaseinivereiaietieiascinieereiaieianrouns 10 Working Principles ZXR10 5900 5200 series products are the box line rate Ethernet switches developed by ZTE This series switches adopt modular design and have strong capability in service control and user man agement so as to provide networking solutions to convergence of enterprise network IP MAN network and residential block This series products have powerful functions and sound perfor mance According to system functions the products contain the following modules control module switching module interface module and power module 1 Control module the module contains main processor and some other external functional chips and is used for system to process various applications I
13. 5228 BACKPLANE DC ZXR10 5928 PS The chassis height of ZXR10 5928 PS is the standard IU 1U 44 45mm It provides 24 gigabit Ethernet electrical interfaces and 4 gigabit Ethernet optical or electrical ports There are 4 10G Ethernet Interface board slots on the backplane All 4 slots can be configured with 10G Ethernet optical interfaces or 10G stacking electrical interfaces Additionally it supports CISCO standard PoE and meets IEEE 802 3af standard The front panel of ZXR10 5928 PS is shown in Figure 12 FIGURE 12 ZXR10 5928 PS FRONT PANEL The backplane of ZXR10 5928 PS is shown in Figure 13 FIGURE 13 ZXR10 5928 PS BACKPLANE A ZXR10 5928 F1 5228 F ZXR10 5928 FI and ZXR10 5228 FI are totally identical in appear ance except for product name ID Their standard chassis height is IU ZXR10 5928 FI and ZXR10 5228 FI provide 24 gigabit Ethernet optical interfaces and 4 gigabit Ethernet optical or electrical ports There are 4 10G Ethernet Interface board slots on the backplane All 4 slots can be configured with 10G Ethernet optical interfaces or 10G stacking electrical interfaces The front panel of ZXR10 5928 FI is shown in Figure 14 12 Confidential and Proprietary Information of ZTE CORPORATION ZTE Chapter 3 Structure and Principle FIGURE 14 ZXR10 5928 FI FRONT PANEL rs SE The front panel of ZXR10 5228 FI is shown in Figure 15 FIGURE 15 ZXR10 5228 FI FRONT PANEL The backplane of AC power in
14. R 18 Control and Switching Board Control and switching board the main control board is the core of ZXR10 5900 5200 and it mainly implements the functions of module control and switching module In ZXR10 5900 5200 system the control amp switching board is in stalled in a box without an individual panel and its related interface and signal indicator are located on the system front panel Console Port Management terminal operates and maintains ZXR10 5900 5200 through Console port The console port is the RJ45 socket which is connected to the COM port on the background management terminal through a serial cable One end RJ45 connector of the serial cable is connected to ZXR10 5900 5200 and the other end DB9 female connector is connected to the background management terminal 10 100 1000 Base T Ethernet Interface ZXR10 5900 5200 main control board supports 24 48 10 100 1000 Base T Ethernet interfaces and 1000Base T 100 Base TX 10Base T on CAT 5 The attributes are described in Table 4 Confidential and Proprietary Information of ZTE CORPORATION 15 ZXR10 5900 5200 Series Hardware Manual ZTERHY TABLE 4 ZXR10 5900 5200 ATTRIBUTES OF 10 100 1000BASE T ON MAIN CONTROL BOARD 10 100 1000Base T Standard e 1O00BASE T IEEE 802 3ab e 1000BASE X IEEE 802 3z e 100BASE TX IEEE 802 3u e 100BASE FX IEEE 802 3u e 10BASE T IEEE 802 3 RJ45 Category 5 UTP cables Maximum transmission distance 100 m MDI MDIX Indicato
15. R10 5900 5200 Series Hardware Manual ZTEDH item Description S Weight ZXR10 5224 6kg ZXR10 5228 8kg ZXR10 5228 FI 8kg ZXR10 5252 12kg ZXR10 5924 6kg ZXR10 5928 8kg ZXR10 5928 FI 8kg ZXR10 5952 12kg ZXR10 5928 PS 6 1kg Power supply AC 100V 240V50Hz 60Hz DC 57V 40V Power ZXR10 5224 80w consumption ZXR10 5228 100w ZXR10 5228 FI 100w ZXR10 5252 150w ZXR10 5924 80w ZXR10 5928 100w ZXR10 5928 FI 100w ZXR10 5952 150w ZXR10 5928 PS 820wmain control board 100wPoE port 720w RPS power is needed Reliability MTBF gt 200000 hours MTTR lt 30 minutes Lightning 4KV protection Environment Operating ambient temperature 5 C 45 C temperature Storage temperature 40 C 70 C Environment Relative humidity 10 to 90 non condensing humidity Memory size ZXR10 5224 128M ZXR10 5228 128M ZXR10 5228 FI 128M ZXR10 5252 128M ZXR10 5924 256M ZXR10 5928 256M ZXR10 5928 FI 256M ZXR10 5952 256M ZXR10 5928 PS 256M 6 Confidential and Proprietary Information of ZTE CORPORATION HIT Chapter 2 System Overview item Description S Backplane bandwidth Switching Capacity Packet forwarding rate Routing table entry MAC address table depth ZXR10 5224 160G ZXR10 5228 160G ZXR10 5228 FI 160G ZXR10 5252 320G ZXR10 5924 160G ZXR10 5928 160G ZXR10 5928 FI 160G ZXR10 5952 320G ZXR10 5928 PS 160G ZXR10 5224 48G ZXR10 5228 128G ZXR10 5228 FI 128G ZXR10 525
16. T DANI 11 Figure 10 ZXR10 5928 5228 Backplane AC 12 Figure 11 ZXR10 5928 5228 Backplane DC 12 Figure 12 ZXR10 5928 PS FRONT PANEL sssssssssssssssrrrserrrrrsns 12 Figure 13 ZXR10 5928 PS Backpolane 12 Figure 14 ZXR10 5928 FI FRONT PANEL teen teers 13 Figure 15 ZXR10 5228 FI FRONT PANEL es 13 Figure 16 ZXR10 5928 FI 5228 FI Backplane AC 13 Figure 17 ZXR10 5928 FI 5228 FI Backplane DC 13 Figure 18 ZXR10 5952 FRONT PANEL tena ees 13 Figure 19 ZXR10 5252 FRONT PANEL cette eee e ees 13 Figure 20 ZXR10 5952 5252 Backplane AC 14 Figure 21 ZXR10 5952 5252 Backplane DC 14 Figure 22 SC 1XGS CX4 Panel 18 Figure 23 SC 1XGL XFP Panel ccceeeceeeeee ee eee ner 20 Figure 24 ZXR10 5900 5200 AC Power Supply Interface 21 Figure 25 ZXR10 5900 5200 DC Power Supply Interface 22 Figure 26 ZXR10 5900 5200 12V Standby DC Power Supply Interface NENNEN 23 Figure 27 ZXR10 5928 PS AC Interface ceeceeeee ee eee eens 23 Figure 28 Desktop Installation estes eens eee eaeee es 25 Figure 29 INSTALLING THE FLANGES eee eee es 26 Figure 30 INSTALLING THE BRACKETS cette ee eeeeee es 26 Figure 31 FIXING THE SGWITCH estat eens eee eaeees 27 Figure 32 AC POWER CABLE eee testes aE 27 Figure 33 DC cable C PWR 084 eee eee e tees eee a eee es 28 Confidential and Proprietary Information of ZTE CORPORATION 43 ZXR10 5900 5200 Series Hardware Manual ZTERH Figure 34 DC Standby Power C DWR OZI aha 28 Figure 35 ZXR10 5900 520
17. ZTEDR ZXR10 5900 5200 Series All Gigabit Port Intelligent Routing Switch ZTE CORPORATION ZTE Plaza Keji Road South Hi Tech Industrial Park Nanshan District Shenzhen P R China 518057 Tel 86 755 26771900 Fax 86 755 26770801 URL http ensupport zte com cn E mail support zte com cn Hardware Manual Version 2 8 23A LEGAL INFORMATION Copyright 2006 ZTE CORPORATION The contents of this document are protected by copyright laws and international treaties Any reproduction or distribution of this document or any portion of this document in any form by any means without the prior written consent of ZTE CORPO RATION is prohibited Additionally the contents of this document are protected by contractual confidentiality obligations All company brand and product names are trade or service marks or registered trade or service marks of ZTE CORPORATION or of their respective owners This document is provided as is and all express implied or statutory warranties representations or conditions are dis claimed including without limitation any implied warranty of merchantability fitness for a particular purpose title or non in fringement ZTE CORPORATION and its licensors shall not be liable for damages resulting from the use of or reliance on the information contained herein ZTE CORPORATION or its licensors may have current or pending intellectual property rights or applications covering the subject matter
18. able connects the AC power socket of ZXR10 5900 5200 AC power module and the other end con nects the 220V AC power socket 2 DC power cable installation i DC 48V power cable C PWR 084 is shown in Figure 33 Confidential and Proprietary Information of ZTE CORPORATION 27 28 ZXR10 5900 5200 Series Hardware Manual ZTEDH FIGURE 33 DC CABLE C PWR 084 The correspondence between two ends of DC cables are shown in Table 11 TABLE 11 Two ENDS CORRESPONDENCE OF DC CABLES Ena enaB Power Signal End B1 48vGND End B2 The end A is connected to 48V input socket Connect two terminals on end B according to labels pasted on each con ductor The B1 is connected to 48VGND of DC power sup ply and B2 is connected to 48V The conductor labels on end B are described in Table 12 TABLE 12 LABEL 4 VGND ii DC standby power C PWR 072 is shown in Figure 34 FIGURE 34 DC STANDBY POWER C PWR 072 The correspondence between two ends of DC cables are shown in Table 13 Confidential and Proprietary Information of ZTE CORPORATION HIT Chapter 6 Installation and Debugging TABLE 13 Two ENDS CORRESPONDENCE OF DC CABLES Conductor Power Color a 2 black read B2 12V sleeve Make sure whether this DC standby cable is needed accord ing to on site configuration In installation connect end A to the standby DC input socket of device connect end B1 to cathode of external 12V power source and connect end B2
19. allation ccccceceeseeee esse seers eeeenees 39 Cable Installation ccccccceceeee eee eee esse eases eeaeeaeeaeennenas 39 Power Cable Installation resna 39 Power on Procedure eeceecescese esse eae eeeeeneeaeeaeennenas 41 FIQUIPCOS wiicdctidecnivadiwindwatieasd aiwnis oo TaDleS cenae tO List Of GlOSSarfY 2222000u1uu 2 25 2 2222200222221 OF Purpose Intended Audience Prerequisite Skill and Knowledge What Is in This Manual About This Manual The hardware manual provides procedures and guidelines that support the operation on ZXR10 5900 5200 All Gigabit Port Intelligent Routing Switches including ZXR10 5924 Gigabit Routing Switch ZXR10 5928 Gigabit Routing Switch ZXR10 5928 Fi Gigabit Routing Switch ZXR10 5952 Gigabit Routing Switch ZXR10 5224 Gigabit Convergence Switch m ZXR10 5228 Gigabit Convergence Switch m ZXR10 5228 FI Gigabit Convergence Switch ZXR10 5252 Gigabit Convergence Switch ZXR10 5928 PS Gigabit Convergence Switch This manual is intended for engineers and technicians who per form operation activities on ZXR10 5900 5200 All Gigabit Port In telligent Routing Switches To use the hardware manual effectively users should have a gen eral understanding of OSI Model Familiarity with the following is helpful Protocols Routing concepts and Data Communication Terminologies The hardware manual contains the following chapters TABLE 1 CHAPTER SUMMARY
20. ame AC power The parameters are described as follows gt Input Voltage single phase 100VAC 240VAC gt Input Current 1 5A gt Frequency 50Hz 60Hz gt Max Power Consumption 200W gt Line Voltage Waveform Deviation Factor WDF lt 5 The AC power parameters of ZXR10 5952 5252 are described as follows gt Input Voltage single phase 100VAC 240VAC gt Input Current 2 0A gt Frequency 50HzZ 60Hz gt Max Power Consumption 250W gt Line Voltage Waveform Deviation Factor WDF lt 5 The DC power parameters of ZXR10 5224 are described as follows gt Input Voltage single phase 100VAC 240VAC gt Input Current 1 0A gt Frequency 50HzZ 60Hz 22 Confidential and Proprietary Information of ZTE CORPORATION HIT Chapter 5 Power Module gt Max Power Consumption 150W Line Voltage Waveform Deviation Factor WDF lt 5 ZXR10 5900 5200 Standby Power ZXR10 5900 5200 series products support 12V standby DC power supply input 12V standby power supply interface is shown in Fig ure 26 FIGURE 26 ZXR10 5900 5200 12V STANDBY DC POWER SUPPLY INTERFACE The parameters of 12V standby DC power supply interface are de scribed as follows Rated Voltage 12V Permitted Voltage Range 10 5V 13 5V Max Input Current 15A Max Power Consumption 180W EE 550w Power Supply Unit for ZXR10 5928 PS The active power supply on ZXR10 5928 PS is swappable 550W power supply The p
21. chapter Summary i Chapter 1 Safety This chapter describes the safety Instructions instructions and signs Chapter 2 System This chapter describes the overview and Overview software and hardware features of ZXR10 5900 5200 system Chapter 3 Structure and This chapter describes ZXR10 5900 5200 Principle structure and principles Chapter 4 Units Compo This chapter describes ZXR10 5900 5200 nents Description units components Chapter 5 Power Module This chapter describes structure and parameters of ZXR10 5900 5200 power modules Confidential and Proprietary Information of ZTE CORPORATION i ZXR10 5900 5200 Series Hardware Manual ZTERH chapter Summary Chapter 6 Installation This chapter describes ZXR10 5900 5200 and Debugging installation procedure and debugging method Chapter 7 RPS180 This chapter describes RPS180 Backup Backup Power Power including its structure and installation Related The following documentation is related to this manual PACAMA EEN ZXR10 5900 5200 V2 8 23 A Series All Gigabit Port Intelli gent Routing Switch Hardware Manual m ZXR10 5900 5200 V2 8 23 A Series All Gigabit Port Intelli gent Routing Switch User Manual Ethernet Volume m ZXR10 5900 5200 V2 8 23 A Series All Gigabit Port Intelli gent Routing Switch User Manual Basic Configuration Volume m ZXR10 5900 5200 V2 8 23 A Series All Gigabit Port Intelli gent Routing Switch User Manual IPv4 Volume m ZXR10 5900 5200
22. e label must correctly reflect corresponding se rial numbers and relationship between cabinets and between rows Power on Procedure Check the equipment room environment and hardware installation before powering on the ZXR10 5900 5200 1 Check whether the equipment room temperature humidity and voltage meet the installation requirements as shown in Table 18 TABLE 18 TEMPERATURE AND HUMIDITY Temperature C RH Long Term Item Long Term Short Term Working Working Condition Condition Note 1 Note 2 Working Condition Short Term Working Condition 15 C 30 C 5 C 45 C 30 70 20 90 Under the normal working environment of the ZXR10 5900 5200 the measurement values of temperature and humidity refer to those measured at 2 m above the floor and 0 4 m in front of the device the measurement is done with no protective board in the front or at the back of the cabinet 2 The short term working condition means a continuous running period of not more than 48 hours and accumulated running periods a year of no more than 15 days Long Term Working Condition 2 Check whether the power cables and the cables are connected correctly and reliably or not 3 Check other hardware 4 Power on the ZXR10 5900 5200 in the following steps 32 Confidential and Proprietary Information of ZTE CORPORATION ZTERHY Chapter 6 Installation and Debugging i Turn on the external power supply ii Turn on the power sw
23. e of AC power in ZXR10 5924 is shown in Figure 4 10 Confidential and Proprietary Information of ZTE CORPORATION ZTE Chapter 3 Structure and Principle FIGURE 4 ZXR10 5924 BACKPLANE AC The backplane of DC power in ZXR10 5924 is shown in Figure 5 FIGURE 5 ZXR10 5924 BACKPLANE DC The backplane of AC power in ZXR10 5224 is shown in Figure 6 FIGURE 6 ZXR10 5224 BACKPLANE AC The backplane of DC power in ZXR10 5224 is shown in Figure 7 FIGURE 7 ZXR10 5224 BACKPLANE DC ZXR10 5928 5228 ZXR10 5928 and ZXR10 5228 are totally identical in appearance except for product name ID Their standard chassis height is IU 1U 44 45mm ZXR10 5928 and ZXR10 5228 provide 24 gigabit Ethernet electrical interfaces and 4 gigabit Ethernet optical or electrical ports There are 4 10G Ethernet Interface board slots on the backplane All 4 slots can be configured with 10G Ethernet optical interfaces or 10G stacking electrical interfaces The front panel of ZXR10 5928 is shown in Figure 8 FIGURE 8 ZXR10 5928 FRONT PANEL The front panel of ZXR10 5228 is shown in Figure 9 FIGURE 9 ZXR10 5228 FRONT PANEL Confidential and Proprietary Information of ZTE CORPORATION 11 ZXR10 5900 5200 Series Hardware Manual ZTERH The backplane of AC power in ZXR10 5928 5228 is shown in Figure 10 FIGURE 10 ZXR10 5928 5228 BACKPLANE AC The backplane of DC power in ZXR10 5928 5228 is shown in Figure 11 FIGURE 11 ZXR10 5928
24. er 1 Standard three core input socket is used 2 The wide voltage range supports 100V 240V input voltage en vironment 3 Ithas high power factor and PFC modulation to reduce interface to electric network CDPU CDPU is used to convert inputted 48V to the needed 12V DC power 1 Standard three core DC input socket is used 2 The wide voltage range supports 36V 72V DC input voltage 38 Confidential and Proprietary Information of ZTE CORPORATION HIT Chapter 7 RPS180 Backup Power LPDB LPDB is mainly used to output 12V DC power converted by CAPU or CDPU into three outputs through filtering which can be used by three lower power switches 1 Supporting fan monitoring function 2 Supporting input voltage monitoring function 3 The LED indicators on front panel of drive indicates respectively the status of three fans and input voltage Installation and Debugging Equipment Installation ZXR10 RPS180 can be placed on desks or fixed in 19 inch standard cabinets Where the 19 inch standard cabinet can be provided by the user If ZTE s cabinet is to be used you need refer to the 19 Inch Stan dard Cabinet Installation Manual for cabinet installation Desktop Installation Install four plastic bottom blocks plastic bottom blocks are strews are provided together with device on the bottom plate of switch to form an air passage for which heat generated by power module can be dissipated efficiently
25. er 55 KE KEEEEN NEEN SKESRKKEKSKESNNKKEN 23 550w Power Supply Unit for ZXR10 5928 PS oe 23 Power Module Overview ZXR10 5900 5200 series products provide built in active power supply This active power supports 48V DC power and 220V AC power Additionally ZXR10 5900 5200 series products also sup port 12V standby DC power input ZXR10 5900 5200 Active Power ZXR10 5900 5200 series products provide built in active power supply They adopt independent power supply The power supply input interfaces are located on back plane supporting 48V DC and 220V AC The AC power board on ZXR10 5900 5200 is shown in Figure 24 FIGURE 24 ZXR10 5900 5200 AC POWER SUPPLY INTERFACE 100 240V 60 SOHz The DC power board onZXR10 5900 5200 is shown in Figure 25 Confidential and Proprietary Information of ZTE CORPORATION 21 ZXR10 5900 5200 Series Hardware Manual ZTEDH FIGURE 25 ZXR10 5900 5200 DC POWER SupPLy INTERFACE ZXR10 5900 5200 series products support the same DC power except for ZXR10 5224 The parameters are described as fol lows gt Rated Voltage 48V gt Permitted Voltage Range 57V 40V gt Input Current 5A gt Max Power Consumption 200W The DC power supply parameters of ZXR10 5224 are described as follows gt Rated Voltage 48V gt Permitted Voltage Range 57V 40V gt Input Current 2 5A gt Max Power Consumption 100W 2 AC ZXR10 5924 5928 5228 5928 FI 5228 FI support the s
26. es ZTE bears no responsibility in case of universal safety oper ation requirements violation and safety standards violation in designing manufacturing and equipment usage Safety Description Contents deserving special attention during ZXR10 5900 5200 configuration are explained in Table 2 TABLE 2 SAFETY DESCRIPTION It provides additional information Important It provides great significance or consequence It provides consequence of actions It provides instance illustration Confidential and Proprietary Information of ZTE CORPORATION 1 ZXR10 5900 5200 Series Hardware Manual ZTERH This page is intentionally blank 2 Confidential and Proprietary Information of ZTE CORPORATION Chapter 2 System Overview Table of Contents Product VERVIEW couneis E EOS 3 EE 4 Technical Features and Parameters ccccceeeeeeeeeeeceeceeeeeenenenens 5 Product Overview ZXR10 5900 5200 series products are gigabit Ethernet routing switches developed by ZTE independently The switches can be both used in convergence layer of MAN and used as L3 switch at large size enterprise network campus network and used as ac cess switch for desktop access from gigabit Ethernet network as well as used in data center which requires gigabit bandwidth e g VOD server multicast server file server etc ZXR10 5900 5200 series products provide Gigabit Ethernet inter faces and 10G Ethernet interfaces All support L2 L3 line rate forwarding
27. f no connection Optica Interface Off no connection Green 1G connection Green flash link ACT Green full duplex Green flash link ACT Green POE power supply Green 1G connection Green flash link ACT Green full duplex Green flash link ACT POE Mode Off No connection Off data No 10G Sub card a ee 8 LINK UN Confidential and Proprietary Information of ZTE CORPORATION Green connected Green flash data are transmitted Flash board works well nently on AC works well Yellow 10 100M connection Yellow flash link ACT Yellow Half duplex Yellow flash link ACT Yellow Non PD Check failure Yellow 2 5G connection Yellow flash link ACT Yellow Half duplex Yellow flash link ACT Off 17 ZXR10 5900 5200 Series Hardware Manual ZTERH DC RPS None Perma nently on DC works well Master Slave M S Slave Green Master Line Interface Card Line interface cards are the external interfaces of switches They serve as 10G Ethernet optical interface and 10G stacking electrical interface ZXR10 5900 5200 line interface cards contain 1 port 10G Eth ernet optical interface card and 1 port 10G Ethernet extension interface card Both interface cards can be inserted in the same slots The line interfaces card are described in Table 7 TABLE 7 CARD FUNCTION cars Jegen Applicable Device SC 1XGS 1 por
28. is interface is not connected to others Flash Packets are being transmitted or received on the interface SC 1XGL XFP Functions SC 1XGL XFP 1 port 10G Ethernet optical interface card pro vides users with one 10G Ethernet XFP optical interface which is used for uplink cascading Four cards can be configured in ZXR10 5928 5228 5928 FI 5228 FI 5952 5252 system as maximum providing four 10G Ethernet XFP optical interfaces Panel The SC 1XGL XFP panel is shown in Figure 23 Confidential and Proprietary Information of ZTE CORPORATION 19 ZXR10 5900 5200 Series Hardware Manual ZTERH FIGURE 23 SC 1XGL XFP PANEL N SC 1XGL XFP a Interface SC 1XGL XFP uses swappable XFP modules their attributes are shown as follows Single mode fiber 1310nmnm max transmission distance 10km Range of transmit power 8 2dBm 0 5dBm receive sensitivity lt 10 3dBm Indicators There are two indictors on SC 1XGL XFP panel their functions are described in Table 10 TABLE 10 SC 1XGL XFP INDICATORS FUNCTIONS LINK ACT On A link is established on the interface Off This interface is not connected to others Flash Packets are being transmitted or received on the interface 20 Confidential and Proprietary Information of ZTE CORPORATION Chapter 5 Power Module Table of Contents Power Module OVErVieWw cccscsccscceeecseeeusceeeeveuueeeaugueeneggannees 21 ZXR10 5900 5200 Active EE 21 ZXR10 5900 5200 Standby Pow
29. itch on the back plane of switch 5 Power off procedure is shown as follows i Turn off the power switch on the back plane of switch ii Turn off the external power supply Confidential and Proprietary Information of ZTE CORPORATION 33 ZXR10 5900 5200 Series Hardware Manual ZTERH This page is intentionally blank 34 Confidential and Proprietary Information of ZTE CORPORATION Chapter D RPS180 Backup Power Table of Contents Systemi Overview srirapiiisseina iniae aa EES 35 Structure and Pring e u rg green Abrk D s Ak Au ek 36 EE 38 Installation and DEBUOGING seriean 39 System Overview Product Overview ZXR10 RPS180 redundant power is enhancement provid ing standby power supply This device can use AC 100VAC 240VAC 60HZ 50HZ DC 48VDC input 12VDC output The power box contains power unit voltage distribution unit fans and fan monitoring unit It adopt three power outputs which can be used to support ZXR10 5900 5200 series products The height and width of the standby power supply box are 1U and 19 inch respectively Thus it can be configured on the 19 inch rack together with ZXR10 5900 5200 switches to provide them with needed standby 12V power input Functions 1 Input gt DC model supports standard 48V input gt Supporting 36V 72V wide range voltage input gt AC model supports 110V 220V input gt Supporting 90V 264V wide range voltage input gt Supporting 50Hz 60Hz voltage f
30. nning Tree Protocol SNMP Simple Network Management Protocol SP Strict Priority SSH Secure Shell STP Spanning Tree Protocol VLAN Virtual Local Area Network VRRP Virtual Router Redundancy Protocol WRR Weighted Round Robin Confidential and Proprietary Information of ZTE CORPORATION 47
31. on ports and meet requirements to increasing band width ZXR10 5900 5200 series products also support multiple uni cast and multicast routing protocols With the development of network there are more and more ser vice types in data network which require better service quality and security to network devices ZXR10 5900 5200 series prod ucts provide abundant policies and resources for QoS and ACL and guarantee service quality and system security One of ZXR10 5900 5200 series products ZXR10 5928 PS Eth ernet switch supports PoE All of the 24 gigabit ports on this switch support PoE power supply PoE in CISCO standard and IEEE 802 3af standard The maximum one port output is 30w At the same time 24 30w ports can be supported This POE switch can be used to connect device on Ethernet receiving end including CISCO IP telephone access point and camera All down stream Ethernet receiving end switch can be powered through PoE output port By using PoE switch you do not need to install wall outlet or purchase a great amount of cables and circuits in IP telephone and WLAN deployment Additionally power connector or PoE crossover cables are not required for running IP devices ZXR10 5900 5200 series products have the following features Carrier class reliability Full speed forwarding and filtering capability Confidential and Proprietary Information of ZTE CORPORATION 3 ZXR10 5900 5200 Series Hardware Manual ZTERH Abundant network pr
32. onfidential and Proprietary Information of ZTE CORPORATION ZTEDY Chapter 2 System Overview gt Supporting flow based egress redirection gt Supporting traffic mirroring and traffic statistics 7 Access Authentication gt Supporting RADIUS Client gt Supporting DHCP Relay and DHCP Server 8 Reliability gt Supporting VRRP gt Supporting routing load balance 9 Network Management gt Supporting command line interface CLI configuration mode gt Supporting configuration through the console port Telnet and SSH gt Supporting SNMP and RMON gt Supporting NetNumen N31 unified network management system NMS Technical Features and Parameters Technical features and parameters are listed in Table 3 TABLE 3 ZXR10 5900 5200 TECHNICAL FEATURES AND PARAMETERS item Description i Dimensions ZXR10 5224 43 6mm height x442mm width x280mm depth ZXR10 5228 43 6mm height x442mm width x360mm depth ZXR10 5228 FI 43 6mm height x442mm width x320mm depth ZXR10 5252 43 6mm height x442mm width x400mm depth ZXR10 5924 43 6mm height x442mm width x280mm depth ZXR10 5928 43 6mm height x442mm width x360mm depth ZXR10 5928 FI 43 6mm height x442mm width x320mm depth ZXR10 5952 43 6mm height x442mm width x400mm depth ZXR10 5928 PS 43 6mm height x442mm width x400mm depth Confidential and Proprietary Information of ZTE CORPORATION 5 ZX
33. oprietary Information of ZTE CORPORATION HIT Chapter 7 RPS180 Backup Power 2 The AC model contains power supply distribution card LPDB and AC power card CAPU CAPU corresponds to convert input 110V 220V AC power to 12V DC power output LPDB corresponds to output 12V power in three outputs and maintain them ZXR10 RPS180 AC model system diagram is shown in Figure 37 FIGURE 37 ZXR10 RPS180 AC MODEL SYSTEM DIAGRAM 110 220 VAC ZXR10 RPS180 DC model system diagram is shown in Figure 38 FIGURE 38 ZXR10 RPS180 DC MODEL SYSTEM DIAGRAM Hardware Structure The chassis height of ZXR10 RPS180 is 1U 1U 44 45mm _ It adopts standard 19 inch box which can be installed outside sep arately or within the standard cabinet It contains two cards power supply card and power distribu tion card It provides two 12V DC power supply The input could be AC or standard 48V power supply The front panel of ZXR10 RPS180 is shown in Figure 39 Confidential and Proprietary Information of ZTE CORPORATION 37 ZXR10 5900 5200 Series Hardware Manual ZTERH FIGURE 39 ZXR10 RPS180 FRONT PANEL The back plane of ZXR10 RPS180 is shown in Figure 40 FIGURE 40 ZXR10 RPS180 BACKPLANE Cards Power Conversion Card The power conversion card is the core of ZXR10 RPS180 It is mainly used to convert line voltage or 48V to 12V DC power CAPU CAPU is used to convert inputted AC power to the needed 12V DC pow
34. otocols Open architecture design with greater upgrade capability Functions ZXR10 5900 5200 series products contain the following nine prod ucts ZXR10 5924 ZXR10 5928 ZXR10 5928 FI ZXR10 5952 ZXR10 5224 ZXR10 5228 ZXR10 5228 FI ZXR10 5252 ZXR10 5928 PS All the above Ethernet switch series products use the same solution ZXR10 5900 5200 series products can switch data in layer 2 3 in full line speed and support multiple protocols and provide various functions 1 Physical Port gt Supporting port rate duplex mode and auto sensing gt Supporting port mirroring gt Supporting broadcast storm suppression gt Supporting line diagnosis amp analysis VLAN gt Supporting VLAN based on port protocol and subnet gt Supporting IEEE 802 1Q allowing up to 4094 VLANs gt Supporting PVLAN gt Supporting VLAN double tag gt Supporting SuperVLAN Layer 2 Protocols gt Supporting STP RSTP and MSTP gt Supporting static Trunk and LACH gt Supporting IGMP Snooping Routing Protocols gt Supporting unicast routing protocols such as static route RIP vi v2 OSPF IS IS BGP gt Supporting multicast routing protocols such as IGMP v1 v2 PIM SM MSDP ACL gt Supporting basic ACL extended ACL L2 ACL and hybrid ACL gt Supporting ACL time range limit QoS gt Supporting 802 1p gt Supporting SP and WRR queue schedule mode gt Supporting traffic monitoring 4 C
35. ower supply input interface is located on sys tem back plane supporting 200V AC The AC power supply board on ZXR10 5928 PS is shown in Figure 27 FIGURE 27 ZXR10 5928 PS AC INTERFACE ZXR10 PWR 550WAC The AC power parameters on 5928 PS are described as follows Confidential and Proprietary Information of ZTE CORPORATION 23 ZXR10 5900 5200 Series Hardware Manual ZTERHY Input Voltage single phase 90VAC 264VAC Input Current Max 7 2A Frequency 43Hz 67Hz Max Power Consumption 647W Line Voltage Waveform Deviation Factor WDF lt 5 EE 24 Confidential and Proprietary Information of ZTE CORPORATION Chapter 6 Installation and Debugging Table of Contents E uipment Let sees ee EE EE ES 25 Cable Installation te tee tee E EKANSAISREE RENE SEENEN SEKR KENNEN een 27 Poweron Procedure tte de dE EE 32 Equipment Installation ZXR10 5900 5200 series switches can be placed on desks or fixed in 19 inch standard cabinets Where the 19 inch standard cabinet can be provided by the user If ZTE s cabinet is to be used you need refer to the 19 Inch Stan dard Cabinet Installation Manual for cabinet installation Desktop Installation Install four plastic bottom blocks plastic bottom blocks are strews are provided together with device on the bottom plate of switch to form an air passage for which heat generated by power module can be dissipated efficiently For the installation method refer to Figure 28
36. requency input 2 Output gt QOutputting standard 12V voltage in the range of 11V 13V gt Supporting ZTE switches such as 5100 3900 5900 which have standby 12V power supply Confidential and Proprietary Information of ZTE CORPORATION 35 ZXR10 5900 5200 Series Hardware Manual ZTERH gt Each output provides 15A loading current gt 15A load current is provided in total Technical Features and Parameters Technical features and parameters of ZXR10 RPS180 are listed in Table 19 TABLE 19 ZXR10 RPS180 TECHNICAL FEATURES AND PARAMETERS tem Description Dimensions 43 6mm height x442mm width x280mm depth Input AC power supply 100V 240V50Hz 60Hz DC power supply 57V 40V Power consumption Full Configuration Consumption 220W Reliability MTBF gt 1000000h Environment temperature Operating ambient temperature 0 C 45 C Storage temperature 40 C 70 C Environment humidity Relative humidity 10 to 90 non condensing Structure and Principle Working Principles ZXR10 RPS180 is a multi purpose 12V output redundancy power device It contains two types input 220V AC model and 48V input DC model Each model has two cards 1 The DC model contains power supply distribution card LPDB and DC power card CDPU CDPU corresponds to convert input 48V DC voltage to 12V available DC power LPDB corresponds to output 12V power in three outputs and maintain them 36 Confidential and Pr
37. rs There are 50 indicators on front panel of 2ZXR10 5924 5224 5928 5228 5928 FI 5228 FI system There are 54 indicators on ZXR10 5952 5252 system Their functions are described in Table 5 TABLE 5 ZXR10 5900 5200 MAIN CONTROL BOARD INDICATOR DESCRIPTION Indicator Description RUN Off The main control board is faulty Flash The main control board is operating normally PWR Permanently on The system power supply works well Off The system power supply is faulty LINK ACT Flash Packets are being transmitted or received on the interface On A link is established on the interface Off There is no connection between this interface and others FDX COL On The interface link is full duplex Off The interface link is half duplex Flash there is a conflict in sending and receiving packets on this interface There are 39 indicators on front panel of ZRX10 5928 PS The board supports three display modes rate display duplex display and POE display These indicators on port are double color LEDs There are five indicators mode RUN PWR RPS M S The indi cator functions are shown in Table 6 16 Confidential and Proprietary Information of ZTE CORPORATION HIT Chapter 4 Units Components Description TABLE 6 ZXR10 5928 PS MAIN CONTROL BOARD INDICATOR DESCRIPTION Off no connection Electrical Interface Rate Mode Duplex Mode POE Mode Rate Mode Duplex Mode Off no connection No connection or disable Of
38. t 10G Ethernet CNA extension interface card ZXR10 5928 5228 5928 SC 1XGL 1 port 10G Ethernet optical eelere XFP interface card SC 1XGS CX4 Functions SC 1XGS CX4 1 port 10G Ethernet extension interface card provides users with one 10G Ethernet extension interface which is used for stacking Four cards can be configured in ZXR10 5928 5228 5928 F1 5228 F1I 5952 5252 system as maximum Panel The SC 1XGS CX4 panel is shown in Figure 22 FIGURE 22 SC 1XGS CX4 PANEL SC 1XGS CX4 Interface SC 1XGS CX4 card interface attributes are shown in Table 8 18 Confidential and Proprietary Information of ZTE CORPORATION ZTERHY Chapter 4 Units Components Description TABLE 8 SC 1XGS CX4 CARD INTERFACE ATTRIBUTES Signal Rate 3 125 100 ppm Different output voltage peak to peak value max 1200mV min 800mV Different output voltage peak to peak value difference 150mV Common mode output voltage limit value max 1 9V min 0 4V Voltage level shift time max 130ps min 60ps Output dithering peak to peak value random dithering 0 27UI intrinsic dithering 0 17UI all dithering 0 35UI Error rate 10 12 Signal rate 3 125 100 ppm End coupling AC Different input voltage peak to peak value max 1200mV Indicators There are two indictors on SC 1XGS CX4 panel their functions are described in Table 9 TABLE 9 SC 1XGS CX4 INDICATORS FUNCTIONS LINK ACT On A link is established on the interface Off Th
39. t provides console port for data manipulation and maintenance 2 Switching module the main part of switching module is packet processor used for processing and switching of packets sent from ports 3 Interface module It is composed of interface chips and pe ripherals circuits to connect the external user and receive send packets 4 Power module The module adopts 220V AC or 48V DC to sup ply needed power to the other components within the system ZXR10 5900 5200 system principle diagram is shown in Figure 1 Confidential and Proprietary Information of ZTE CORPORATION 9 ZXR10 5900 5200 Series Hardware Manual ZTEDH FIGURE 1 ZXR10 5900 5200 SYSTEM PRINCIPLE 10G f Interface Gigabit Module Interface Switch Module Module Power Supply Control Module ZXR10 5900 5200 system adopts standard 19 inch plug in box which can be installed outside separately or within the standard cabinet Hardware Structure ZXR10 5924 5224 The front panels of ZXR10 5924 and ZXR10 5224 are different but their backplanes are basically same The standard chassis height is 1U Both ZXR10 5924 and ZXR10 5224 provide 24 gigabit Ether net electrical interfaces and 4 gigabit Ethernet optical or electrical ports There is no slot on the backplane The front panel of ZXR10 5924 is shown in Figure 2 FIGURE 2 ZXR10 5924 FRONT PANEL The front panel of ZXR10 5224 is shown in Figure 3 FIGURE 3 ZXR10 5224 FRONT PANEL The backplan
40. with red sleeve to a node of external 12V power source Console Cable Installation Serial console cables are basic cables in ZXR10 5900 5200 configuration which are used to configure and maintain ZXR10 5900 5200 Serial console cables are delivered together with ZXR10 5900 5200 with one end to be DB9 console port connected to serial port of PC and the other end to be RJ45 port connected to Console port on MP Board of ZXR10 5900 5200 Serial console cables is shown in Figure 35 FIGURE 35 ZXR1i0 5900 5200 SERIAL CONSOLE CABLE STRUCTURE DIAGRAM The serial console cable sequence is shown in Table 14 TABLE 14 SERIAL CONSOLE CABLE SEQUENCE Cable Chroma togram a a 5 Confidential and Proprietary Information of ZTE CORPORATION 29 ZXR10 5900 5200 Series Hardware Manual ZTERH Cable Chroma togram ps e gt Oo o7 we e o o s m Network Cable Installation RJ45 plugs are crimped on both ends of the cable with the structure as shown in Figure 36 Cable name 8P8C straight cable solder plug a Specification E5088 001023 Technical parameters rated current 1 5A rated voltage 125V crimped with AWG24 28 wire gauge round cable FIGURE 36 NETWORK CABLE STRUCTURE DIAGRAM Cables can be classified into the following two types according to different cable crimping order in the plug Straight through network cable RJ45 the cable connection re lationship is in the one
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