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All other trademarks and trade names mentioned in this document are the property of their respective holders. Notice The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope.
About This Document Intended Audience This document provides an overall description of the S7700, details about each chassis and board, cables available to the device, and lists of components. This document describes hardware features of the S7700, which helps intended readers obtain detailed information about each chassis, board, and cable, and rapidly locate specific information through lists of components.
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4.1.3 Heat Dissipation System of the S7703....................47 4.2 Fan Module...............................47 4.2.1 Function Overview..........................47 4.2.2 Panel................................49 4.2.3 Technical Specifications of the Fan Modules on the S7700..............50 4.3 Air Filter................................51 4.3.1 Air Filter of the S7712..........................51 4.3.2 Air Filter of the S7706..........................51 4.3.3 Air Filter of the S7703..........................52...
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Hardware Description Contents 7.6 CMU Indicators..............................177 8 List of Boards..........................179 8.1 Boards Supported by the S7700........................180 8.2 Power Consumption and Weight........................182 9 Attribute List of Interfaces and Optical Modules...............184 9.1 Electrical Interface Attributes.........................185 9.2 Attributes of 10GE Optical Interfaces and 10GE Optical Modules..............185 9.3 Attributes of GE Optical Interfaces and GE Optical Modules ..............187...
Combined N68E cabinets are not equipped with side panels. When combining two cabinets, you must install side panels on the cabinets. Otherwise, heat dissipation of the S7700 is affected. 1.1 Introduction to the N66E Cabinet This topic describes the appearance, technical specifications, components, operating environment, and structural features of the N66E cabinet.
Figure 1-3 shows the cable apertures. In the underfloor cabling mode, external cables enter the cabinet through the bottom of the cabinet. NOTE S7700 is in the overhead cabling mode. Figure 1-3 Cable apertures on the cabinet top 52mm 52mm Network...
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The S7700 adopts an air channel from the left to the rear side of the equipment for heat dissipation. l The airflow of S7700 in the cabinet is: front of the cabinet -> left side of the equipment -> inside the equipment ->...
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The S7700 adopts an air channel from the left to the rear side of the equipment for heat dissipation. l The airflow of S7700 in the cabinet is: front of the cabinet -> left side of the equipment -> inside the equipment ->...
This section describes the characteristics of the S7700. Position The S7700 is a high-end Ethernet switch with a large capacity and high performance. It functions as an access switch or aggregation switch on a metropolitan area network (MAN) or a core switch on an enterprise network, providing fast Ethernet (FE), gigabit Ethernet (GE), and 10GE interfaces.
NOTE Only AC power supplies can be installed in PoE power slots. On an S7700, the 2200 W AC power supply can only be installed in the PoE slot. l When an AC power supply is inserted into the PoE power slot, it is used as a PoE power supply, and provides power for powered devices (PDs) by using the Ethernet PoE electrical interface board.
2 Chassis NOTE l Only AC power supplies can be installed in PoE power slots. On an S7700, the 2200 W AC power supply can only be installed in the PoE slot. l When an AC power supply is inserted into the PoE power slot, it is used as a PoE power supply, and provides power for powered devices (PDs) by using the Ethernet PoE electrical interface board.
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NOTE l Only AC power supplies can be installed in PoE power slots. On an S7700, the 2200 W AC power supply can only be installed in the PoE slot. l When an AC power supply is inserted into the PoE power slot, it is used as a PoE power supply, and provides power for powered devices (PDs) by using the Ethernet PoE electrical interface board.
S7700 Smart Routing Switch Hardware Description 2 Chassis 2.3 System Configuration and Physical Specifications This section describes the system configuration and physical specifications of the S7700. 2.3.1 System Configuration This section describes the switching capacity, backplane capacity, and forwarding rate of the S7700.
3 indicates the number of slots on S7703 and the value 2 indicates bidirectional forwarding. Calculating the interface capacity The interface capacity of the S7700 is calculated using the following formula: Interface capacity = Maximum interface rate x Interface density – The maximum interface rate is the maximum transmission rate on each interface.
3 Power Supply Power Supply About This Chapter This chapter describes the AC power supply and DC power supply of the S7700. 3.1 Introduction This section provides an overview of AC power supplies and DC power supplies on the S7700.
S7700. CAUTION l Do not install an AC power supply and a DC power supply on the same S7700. l Ensure that the S7700 is properly grounded before powering it on. l Power off the S7700 before removing a power supply.
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The 2200 W AC power supply provides only PoE power, but does not provide power for the entire device. When the input voltage for an S7706 is 110 V, confirm with Huawei technical personnel to determine the power supply configuration.
NOTE The 2200 W power supply only provides PoE power, but does not provide power for the entire device. When the input voltage for an S7703 is 110 V, confirm with Huawei technical personnel to determine the power supply configuration.
S7700 Smart Routing Switch Hardware Description 3 Power Supply Figure 3-5 Principle of the AC power supplies on the S7700 Board n Board 1 Board 2 Backplane -48VA -48VA -48VB -48VB RTNA RTNA RTNB RTNB PWR1 PWR2 PWR3 PWR4 PGND...
An 800 W AC power supply uses the standard structure with a height of 3 U. Figure 3-8 shows the appearance of an 800 W AC power supply on an S7700. Figure 3-8 Appearance of an 800 W AC power supply Figure 3-9 shows the panel of an 800 W AC power supply.
4 Heat Dissipation System Heat Dissipation System About This Chapter This chapter describes the heat dissipation system of the S7700, including fans and air filters. 4.1 Introduction This section provides an overview of the heat dissipation system of the S7700.
4 Heat Dissipation System 4.1 Introduction This section provides an overview of the heat dissipation system of the S7700. 4.1.1 Heat Dissipation System of the S7712 The heat dissipation system ensures that the S7712 operates in the normal temperature. For the temperature requirements, see Physical Specifications.
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4 Heat Dissipation System CAUTION When a fan on the S7700 is faulty, a trap is reported. If all fans are faulty, shut down the device. The S7700 uses modular fan modules. The numbers of fans used by different switch models are different.
Intelligent fan speed adjustment ensures stable operation of the system and reduces power consumption and noises. By default, the S7700 adjusts the fan speed based on the board temperature. You can configure the S7700 to adjust the fan speed according to the board temperature and optical module temperature.
If the indicator is steady red, the fan module is faulty and you need to replace it. 4.2.3 Technical Specifications of the Fan Modules on the S7700 Table 4-2 shows the technical specifications of the fan modules on the S7700. Table 4-2 Technical specifications of the fan module Item Specification Dimensions (W x D x H) 323.9 mm x 74.8 mm x 126.6 mm...
Figure 4-7 S7712 air filter The air filters can be removed. For the method of removing and installing the air filters, see Precautions for Replacing Air Filters in the S7700 Smart Routing Switch Parts Replacement. 4.3.2 Air Filter of the S7706 On the S7706, the air filter is separated from fan trays.
Figure 4-8 S7706 air filter The air filter can be removed. For the method of removing and installing the air filter, see Precautions for Replacing Air Filters in the S7700 Smart Routing Switch Parts Replacement. 4.3.3 Air Filter of the S7703 On the S7703, the air filter is separated from fan trays.
About This Chapter This chapter describes the boards supported by the S7700. 5.1 Introduction This section provides an overview of the boards supported by the S7700, including board classification, slot distribution, relation between boards, board appearances, and interfaces on each board.
S7700 Smart Routing Switch Hardware Description 5 Boards 5.1 Introduction This section provides an overview of the boards supported by the S7700, including board classification, slot distribution, relation between boards, board appearances, and interfaces on each board. 5.1.1 Board Classification The supports main control boards and line processing units (LPUs).
The switching plane provides high-speed and non-blocking data channels to implement service switching between service modules. The S7700 supports double SRUs in 1+1 hot backup with the data switching units working in load balancing, and supports flexible card.
SRUs. When the master SRU fails, the slave SRU substitutes for the master SRU automatically to prevent service interruption. NOTE The SRUA and SRUB cannot be installed on the same S7700. 5.2.3 Panel Figure 5-7 Figure 5-8 show the appearance of SRU panels.
Console interface Used to connect to the console to implement on-site system configuration of the S7700. BITS interface The CLK1 and CLK2 interfaces on the SRU map the BITS0 and BITS1 interfaces of the clock board.
In addition, as the clock source and maintenance unit of the system, the MCUA is the control plane and maintenance plane of the system. The S7700 supports only ES0D00MCUA00 as the MCUA. 5.3.2 Function and Application Function Description The MCUA of the S7703 has the following functions: Providing out-band communication channels between boards.
Used to control environment monitoring. RS485 interface Used to manage external PoE power supplies. NOTE Currently, the S7700 does not support external PoE power supplies. 5.3.5 Interface Attributes This section describes the attributes of the interfaces on the MCUA. Table 5-16 describes the attributes of the 10M/100M Base-TX Ethernet interface.
5.5.1 Introduction The stacking card supported by the S7700 is called VSTSA. The VSTSA can be installed on the SRU of the S7706 or S7712 to provide switch stacking function. Figure 5-12 Position of VSTSA in SRU VSTSA 5.5.2 Function and Application...
The VSTSA card provides four interfaces: S0-0, S0-1, S1-0, and S1-1. The S7700 currently supports the stack of up to two switches. When S7700A and S7700B are connected through VSTSAs, the interfaces are connected as Figure 5-14 shows.
Used to control environment monitoring. RS485 interface Used to manage external PoE power supplies. NOTE Currently, the S7700 does not support external PoE power supplies. 5.6.5 Interface Attributes This section describes the attributes of the interfaces on the CMU. Table 5-28 describes the attributes of the RS485 interface.
5 Boards 5.7.1 Introduction Functioning as the value-added service (VAS) board of the S7700, the Service Process Unit (SPU) provides service functions such as load balancing, firewalls, Network Address Translation (NAT), IP Security (IPSec), and NetStream, thus meeting requirements of different application scenarios for diverse industry networks.
5.8.1 Introduction The 48-port optical interface line card (SFP) of the S7700 is called G48S and has the following models: (EA, SFP), (EC, SFP), (ED, SFP), and (FA, SFP). Table 5-36 lists the board full names and MAC address table capacities.
RJ45), including the appearance, functions and features, panel, and technical specifications. 5.9.1 Introduction The 48-port GE electrical interface card (RJ45) of the S7700 is called G48T for short and has the following models: 48-port 10M/100M/1000M electrical interface card (EA, RJ45), 48-port 10M/100M/1000M electrical interface card (EC, RJ45), and 48-port 10M/100M/1000M electrical interface card (FA, RJ45).
5.10.2 Function and Application Function The G48VA of the S7700 consists of the following functional units: Data switching unit: consists of the CPU, LAN switch, and physical layer (PHY). PoE management unit: consists of the CPU and the Dual Inline Memory Module (DIMM).
RJ45) , including the appearance, functions and features, panel, and technical specifications. 5.12.1 Introduction The 48-port FE electrical interface line card (RJ45) of the S7700 is called F48T and has the following models: (EA, RJ45), (EC, RJ45), and (FA, RJ45).
5.13.1 Introduction The 40-port 10GE optical interface line card (FC, SFP+) of the S7700 is called X40SFC and provides 40 10GE interfaces. It supports 128K MAC address entries. 5.13.2 Function and Application...
5.14.1 Introduction The 16-port 10GE optical interface card (FC, SFP+) of the S7700 is called X16SFC and provides 16 10GE interfaces. It supports 128K MAC address entries. 5.14.2 Function and Application...
5.16.1 Introduction The 24-port 100M/1000M Ethernet optical interface + 2-port 10GE optical interface line card (SFP/XFP) of the S7700 is called S24X and has the following models: (EA, SFP/XFP). Table 5-89 lists the board full names and MAC address table capacities.
This section describes the 24-Port 100/1000BASE-X Interface Card (SFP), including the appearance, functions and features, panel, interface attributes, and technical specifications. 5.18.1 Introduction The 24-port 100M/1000M optical interface line card (SFP) of the S7700 is called G24S and has the following models: (SA, SFP) and (EC, SFP). Table 5-110 lists the board full names and MAC address table capacities.
X Interface Card (EC, XFP), including the appearance, functions and features, panel, interface attributes, and technical specifications. 5.21.1 Introduction The 4-port 10GE optical interface line card (XFP) of the S7700 is called X4UX and has the following models: (ED, XFP), (EA, XFP) and (EC, XFP). Table 5-127 lists the board full names and MAC address table capacities.
X Interface Card (EC, XFP), including the appearance, functions and features, panel, interface attributes, and technical specifications. 5.22.1 Introduction The 2-port 10GE optical interface line card (XFP) of the S7700 is called X2UX and has the following models: (EA, XFP) and (EC, XFP). Table 5-135 lists the board full names and MAC address table capacities.
6 Cables Cables About This Chapter This chapter describes the DC power cables and AC power cables of the S7700, including the structures and technical specifications of DC power cables and AC power cables. 6.1 DC Power Cable This section describes the structure and technical specifications of the DC power cables.
This section describes the structure and technical specifications of the DC power cables. 6.1.1 Introduction The power cables of the S7700 include power cables in the cabinet and power cables out of the cabinet. The external power cables connect the power distribution cabinet to the power distribution box, and the internal power cables connect the power distribution box to the S7700 in the cabinet.
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Common terminal-Single-line cord end terminal-6 mm^2-0.02 the power distribution m-30 A-Insert depth 12 mm-Black Technical Specifications of the DC Power Cables Out of the Cabinet Table 6-2 External DC power cables in different cabinet configuration schemes of S7700 Total Description Power...
6.2 AC Power Cable This section describes the structure and technical specifications of the AC power cables. 6.2.1 Introduction The power cables of the S7700 include: Internal power cables, which are in the chassis Issue 02 (2012-09-10) Huawei Proprietary and Confidential...
An external power cable transmit power from the user's power distribution frame to the power distribution box in the cabinet, and then an internal power cable transmits power from the power distribution box to the S7700 in the cabinet. Internal power cables are classified into:...
This section describes the structure and technical specifications of the ground cables. 6.3.1 Introduction The ground cables connect the S7700 and cabinet to the ground. The ground cables in the front, rear, and side panels of the cabinet have been properly connected before delivery.
This section describes the structure and technical specifications of the Console cable. 6.4.1 Introduction The Console cable is used to connect the S7700 Console port to the serial port of the Console to transmit the configuration data of the S7700.
2000 62.5/125 50/125 2000 50/125 62.5/125 62.5/125 50/125 50/125 Table 6-14 provides the types of optical fibers used by the S7700. Table 6-14 Types of the optical fibers Cable and Use Local Remote Cables Connector Connector Fiber connecting the LC/PC...
It is recommended that you connect single-mode fibers to single-mode optical modules and multi-mode fibers to multi-mode optical modules. 6.6.2 Optical Connector The S7700 uses the LC/PC optical connector. Figure 6-5 shows the appearance of the LC/PC optical connector. Figure 6-5 Appearance of the LC/PC optical connector...
One end of the clock cable is the RJ45 connector, which is connected to the BITTS interface on the SRU of the S7700. The other end of the clock cable is connected to the external clock device. The connector type depends on the type of the external clock device. The external clock device connected to the S7700 can be the SubMiniature version B (SMB) clock source, Boyonet Neil Councilman (BNC) clock source, RJ45 clock source, and RJ45 time source.
Figure 6-8 Structure of the straight-through cable NOTE When the connected device is RJ45 time source, the RJ45 cables is used for the connection of S7700 and the RJ45 time source. When the connected device is SMB clock source or BNC clock source, the RJ45 cable is used for the connection of S7700 and transmultiplexer.
This section describes the structure and technical specifications of the stack cables. 6.8.1 Introduction An S7700 can use QSFP high-speed cables or QSFP+ optical fibers as stack cables, which interconnect the interfaces on the VSTSA cards. The S7706 and S7712 switches are connected through the stack cables to form a logical switch, implementing packet forwarding.
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Number of cores Length 10 m Bend radius 75 mm Table 6-17 lists the technical specifications of a QSFP+ optical fiber used on the S7700. Table 6-17 Technical specifications of a QSFP+ optical fiber Fiber type Length 100 m 150 m...
7 List of Indicators List of Indicators About This Chapter This chapter describes the status and meanings of the indicators on the S7700, including the indicators of boards, fan modules, and power supplies. 7.1 Fan Module Indicators This section describes the fan module indicators.
This chapter describes the types and technical specifications of the boards. 8.1 Boards Supported by the S7700 This section describes the boards supported by the S7700. 8.2 Power Consumption and Weight This section describes the power consumption and weight of boards.
SFP)-32K MAC address entries. F series boards include FA boards, for example, 48-port 1000M Ethernet electrical LPU (FA, RJ45)-32K MAC address entries. The following tables list the boards supported by the S7700. Table 8-1 Main control boards and subcards Name...
This section describes the power consumption and weight of boards. Table 8-5 shows the power consumption and weight of boards on the S7700. Suppose that the temperature in the equipment room is 25°C. Table 8-5 Power consumption and weight of boards...
Attribute List of Interfaces and Optical Modules About This Chapter This chapter describes the attributes of interfaces and optical modules supported by the S7700. 9.1 Electrical Interface Attributes This section describes the attributes of electrical interfaces. 9.2 Attributes of 10GE Optical Interfaces and 10GE Optical Modules This section describes the attributes of 10GE optical interfaces and 10GE Optical Modules.
NOTE Only Huawei certified optical modules can be installed on the S7700. The non-certified optical modules are unreliable and may affect services. Huawei will not be responbsible for fixing the issues caused by non- certified optical modules. All the optical modules listed in the documentation are Huawei certified optical modules.
NOTE Only Huawei certified optical modules can be installed on the S7700. The non-certified optical modules are unreliable and may affect services. Huawei will not be responbsible for fixing the issues caused by non- certified optical modules. All the optical modules listed in the documentation are Huawei certified optical modules.
NOTE Only Huawei certified optical modules can be installed on the S7700. The non-certified optical modules are unreliable and may affect services. Huawei will not be responbsible for fixing the issues caused by non- certified optical modules. All the optical modules listed in the documentation are Huawei certified optical modules.
NOTE Only Huawei certified optical modules can be installed on the S7700. The non-certified optical modules are unreliable and may affect services. Huawei will not be responbsible for fixing the issues caused by non- certified optical modules. All the optical modules listed in the documentation are Huawei certified optical modules.