5320 Series Hardware Installation Guide
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Site Preparation
> Meet Power Requirements
Published September 01, 2024
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Preface
Audience
Text Conventions
Documentation and Training
Help and Support
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ExtremeSwitching 5320 Series Overview
5320-48T-8XE Switch Features
5320-48P-8XE Switch Features
5320-24T-8XE Switch Features
5320-24P-8XE Switch Features
5320-16P-4XE Switch Features
5320-16P-4XE-DC Switch Features
5320-24T-4X-XT Switch Features
5320-24T-24S-4XE-XT Switch Features
Redundant Power Supplies for Use with Your Switch
Expansion Modules
LRM/MACsec Adapter
Maximum Capacity for Using the LRM/MACsec Adapter
Limitations for Some Optical Devices
LRM/MACsec Adapter LEDs
Site Preparation
Plan Your Site
Operating Environment Requirements
Meet Building and Electrical Codes
Set Up the Wiring Closet
Control the Temperature
Control the Humidity Level
Protect Your System from ESD (Electrostatic Discharge)
Rack Specifications and Recommendations
Mechanical Recommendations for the Rack
Ground the Rack
Provide Adequate Space for the Rack
Secure the Rack
Evaluate and Meet Cable Requirements
Label Cables and Keep Accurate Records
Install Cable
Handle Fiber Optic Cable
Cable Distances and Types
Use RJ45 Connector Jackets
Prevent Radio Frequency Interference (RFI)
Meet Power Requirements
Requirements for PoE Devices
Power Supply Requirements
Power Cord Requirements
UPS (Uninterruptible Power Supply) Requirements
Select a UPS
Calculate Volt-Amperage Requirements
Provide a Suitable UPS Transition Time
Follow Applicable Industry Standards
Build Stacks
Introduction to Stacking
Build Basic Stacks
Slot Numbers in Stacks
Primary/Backup Switch Redundancy
SummitStack Topologies
Ring Topology: Recommended for Stacking
Daisy Chain Topology: Not Recommended for Stacking
SummitStack Terms
Planning to Create Your Stack
Enable and Disable the Stacking-Support Option
Recommendations for Placing Switches for Stacked Operation
Recommendations for Configuring Stacks
Combining Switches from Different Series
Select Stacking Cables
Using the Extreme Stacking Tool
Set up the Physical Stack
Connecting the Switches to Form the Stack Ring
Examples of Valid Stacking Configurations
Example: Basic Stack with Four Switches
Example: Basic Stack with Eight Switches
Example: Stacked Switches across Several Racks
Connect Your Stack to the Management Network
Install Your Switch
Safety Considerations for Installation
What You Will Need for the Installation
Mount the Device
Install an External Redundant Power Supply
Connect Network Interface Cables
Install Optional Components
Turn on the Switch
Activate and Verify the Switch
Connect to a Management Console
Log in for the First Time on Switch Engine
Configure a VLAN and a Virtual Router to Use a Front Panel Port for Local Management
Change the Switch OS via the Bootloader Menu
Change the Switch OS via the Startup Menu
Log In for the First Time on Fabric Engine
Remove and Replace Components
Remove a Device from a Two-Post Rack
Disconnect the RPS Cable and the AC Power Cord
Monitor the Switch
5320 Series Switch LEDs
External Redundant Power Supply LEDs
Technical Specifications
Extreme 5320 Series Technical Specifications
Acoustic Noise and Fan Speed
Memory
Mean Time Between Failure (MBTF)
Power Specifications
LRM/MACsec Adapter Technical Specifications
Environmental
Standards
Power Cord Requirements for AC-Powered Switches and AC Power Supplies
Console Connector Pinouts
Safety and Regulatory Information
Considerations Before Installing
General Safety Precautions
Maintenance Safety
Fiber Optic Ports and Optical Safety
GBIC, SFP (Mini-GBIC), QSFP+, XENPAK, and XFP Regulatory Compliance
Cable Routing for LAN Systems
Install Power Supply Units and Connect Power
Select Power Supply Cords
Battery Notice
Battery Warning - Taiwan
EMC Warnings
Japan (VCCI Class A)
Korea EMC Statement
Meet Power Requirements
Observe the following requirements and precautions for powering your hardware.
