H3C S7502 Ethernet Switch Installation Manual
Table Of Contents
- 00-1Cover.pdf
- 01-Chapter 1 Product Overview.pdf
- 02-Chapter 2 Line Processing Units.pdf
- 03-Chapter 3 nstallation Preparations.pdf
- 04-Chapter 4 Hardware Installation.pdf
- Chapter 4 Hardware Installation
- 05-Chapter 5 System Commissioning.pdf
- 06-Chapter 6 Hardware Maintenance.pdf
- 07-Chapter 7 Software Maintenance.pdf
- Chapter 7 Software Maintenance
- 7.1 Introduction to Loading Approaches
- 7.2 Loading Software Locally through Boot Menu
- 7.3 Loading Software Remotely or Locally through Command Lines
- 7.4 Booting the Switch with Dual Images
- 7.5 Loading a Host Software Containing the Boot ROM File
- 7.6 Handling Loading Failure
- 7.7 Handling Password Loss
- Chapter 7 Software Maintenance
- 08-Chapter 8 Troubleshooting.pdf
- 09-Appendix A Lightning Protection.pdf
- 10-Appendix B AC Power Cables Used in Different Countries.pdf

Installation Manual
H3C S7502 Ethernet Switch Chapter 1 Product Overview
1-1
Chapter 1 Product Overview
1.1 General Information
1.1.1 Preface
H3C S7500 Series Ethernet Switches are modular, large-capacity Layer 2/3 Ethernet
switches that support wire-speed forwarding. The S7500 series include S7502, S7503,
S7506, and S7506R.
z The S7503, S7506, and S7506R are designed to operate at the convergence layer
of IP metropolitan area networks (MANs) and at the core layer of small to
medium-sized enterprise networks and campus area networks.
z The S7502 is designed to operate at the core layer of small to medium-sized
enterprise networks and at the convergence layer and access layer of IP MANs.
The S7502 is a high-capacity, cost-effective Layer 3 Ethernet switch. It provides
high-density GE/FE ports, as well as modularized components that enable you to
configure flexibly according to your specific needs.
Figure 1-1 S7502 in a MAN
The S7502 supports 1+1 AC power redundancy backup, and provides one switching
and routing processing unit (SRPU) slot and one line processing unit (LPU) slot. Both
the SRPU and the LPU can provide high-density service ports.