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Lists the items included in the Cisco switch package.
Details high temperature ratings for various Cisco switch models.
Step-by-step instructions for physically mounting the Cisco switch in a standard rack.
Details power capabilities and standards for Cisco PoE-enabled switches.
Verifies managing computer requirements before proceeding with switch configuration.
Describes the different methods available to access and manage the Cisco switch.
Provides instructions for accessing and configuring the Cisco switch via its web interface.
Step-by-step guide for configuring the Cisco switch using an IP network connection.
Instructions for configuring the Cisco switch by connecting through its console port.
Describes the standalone mode where a Cisco switch is not connected to other devices.
Explains native stacking, connecting same-type Cisco devices to form a stack.
Details basic hybrid stacking for Cisco 500 series devices, with limitations.
Describes advanced hybrid stacking for Cisco switches, supporting VRRP/RIP.
Covers Advanced Hybrid XG stacking for SG500XG and SG500X Cisco switches.
Details SG500X native stacking options and port speed configurations.
Details Sx500 native stacking options and port speed configurations.
Details SG500Xs and Sx500s in Basic and Advanced Hybrid stacking modes.
Details SG500XG native stacking and hybrid XG configurations.
Provides practical examples for stacking different Cisco switch models.
Details Stacking Option One, Two, and Standalone for 500X models.
Details Stacking Option One, Two, and Standalone for SF/SG 500 models.
Illustrates and labels the front panel and left sides of Cisco 500 series switches.
Illustrates right sides of Cisco switch panels and details RJ-45 and SFP ports.
Explains the meaning of various LEDs on the Cisco switch front panels.
Describes the Gigabit and SFP LEDs indicating connection status.
Explains the reset button function and identifies back panel power/console ports.
Provides steps to reboot or restore the Cisco switch to factory default settings.
Instructions for testing Cisco switch network connectivity using the ping command.
Lists common connection problems like bad cables or wrong IP addresses and their fixes.
Addresses issues such as no IP route and unusually long access times for Cisco switches.
Provides links to Cisco support communities, resources, and firmware downloads.
Links to Cisco switch documentation, regulatory compliance, and warranty details.
Provides links to Cisco Partner Central and EU Lot 26 Test Results.
Lists the items included in the Cisco switch package.
Details high temperature ratings for various Cisco switch models.
Step-by-step instructions for physically mounting the Cisco switch in a standard rack.
Details power capabilities and standards for Cisco PoE-enabled switches.
Verifies managing computer requirements before proceeding with switch configuration.
Describes the different methods available to access and manage the Cisco switch.
Provides instructions for accessing and configuring the Cisco switch via its web interface.
Step-by-step guide for configuring the Cisco switch using an IP network connection.
Instructions for configuring the Cisco switch by connecting through its console port.
Describes the standalone mode where a Cisco switch is not connected to other devices.
Explains native stacking, connecting same-type Cisco devices to form a stack.
Details basic hybrid stacking for Cisco 500 series devices, with limitations.
Describes advanced hybrid stacking for Cisco switches, supporting VRRP/RIP.
Covers Advanced Hybrid XG stacking for SG500XG and SG500X Cisco switches.
Details SG500X native stacking options and port speed configurations.
Details Sx500 native stacking options and port speed configurations.
Details SG500Xs and Sx500s in Basic and Advanced Hybrid stacking modes.
Details SG500XG native stacking and hybrid XG configurations.
Provides practical examples for stacking different Cisco switch models.
Details Stacking Option One, Two, and Standalone for 500X models.
Details Stacking Option One, Two, and Standalone for SF/SG 500 models.
Illustrates and labels the front panel and left sides of Cisco 500 series switches.
Illustrates right sides of Cisco switch panels and details RJ-45 and SFP ports.
Explains the meaning of various LEDs on the Cisco switch front panels.
Describes the Gigabit and SFP LEDs indicating connection status.
Explains the reset button function and identifies back panel power/console ports.
Provides steps to reboot or restore the Cisco switch to factory default settings.
Instructions for testing Cisco switch network connectivity using the ping command.
Lists common connection problems like bad cables or wrong IP addresses and their fixes.
Addresses issues such as no IP route and unusually long access times for Cisco switches.
Provides links to Cisco support communities, resources, and firmware downloads.
Links to Cisco switch documentation, regulatory compliance, and warranty details.
Provides links to Cisco Partner Central and EU Lot 26 Test Results.
This document describes the Cisco 500 Series Stackable Managed Switches, a line of network communication devices designed for small and medium-sized businesses. These switches are engineered to be operational right out of the box, functioning as standard Layer 2 and Layer 3 switches that forward packets between connected devices upon power-up.
The Cisco 500 Series switches offer robust functionality for network connectivity and management. They are designed to be deployed in various network environments, providing a flexible solution for connecting computers, printers, network storage, and other network devices. A key feature of these switches is their stackable nature, allowing multiple units to be combined into a single logical unit, which simplifies management and increases network capacity and resilience.
The primary function of the Cisco 500 Series switches is to facilitate network communication by forwarding data packets. They operate at both Layer 2 (data link layer) and Layer 3 (network layer) of the OSI model, enabling them to handle both local network traffic and routing functions. In their factory default configuration, they are ready to forward packets immediately after being powered on, making initial setup straightforward.
These switches support Power over Ethernet (PoE) on specific models, allowing them to supply DC power to attached Powered Devices (PDs) such as VoIP phones, IP cameras, and wireless access points over the same Ethernet cable that carries data. This eliminates the need for separate power outlets for these devices, simplifying deployment and reducing cabling complexity. The PoE models are capable of detecting and supplying power to both pre-standard and standard PoE Powered Devices. However, users are cautioned to disable PoE on ports connected to other Power Sourcing Equipment (PSEs) to prevent false detection and potential operational issues.
The stacking capability is a significant feature, allowing up to eight 500 Series switches to be connected together to form a single, high-performance stack. This provides increased port density, aggregated bandwidth, and simplified management as the entire stack can be managed as a single entity. The switches support different stack unit modes:
The stack ports can be configured with various speeds (1G, 5G, 10G, or auto-detection) depending on the switch model and stacking option chosen. It is crucial that stack ports are configured with the same port speed or have compatible speed capabilities on the modules/cables to ensure proper stack formation.
The Cisco 500 Series switches are designed for ease of use and flexible deployment. They can be placed on a flat surface or mounted in a standard 1-rack unit (1RU) rack. When rack-mounting, it's important to ensure proper airflow and avoid mechanical or circuit overloading. The package includes a rackmount kit, power cord, serial cable, and rubber feet for various installation scenarios.
Connecting network devices is straightforward:
Management of the switch can be done through two primary methods:
The front panel of the switch features various LEDs that provide visual status indicators:
The Cisco 500 Series switches include features to aid in maintenance and troubleshooting.
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copy running-config startup-config is used to save changes.The switches support SFP (small form-factor pluggable) and SFP+ modules, which are connection points for linking to other switches. These ports are also known as miniGigaBit Interface Converter (miniGBIC) ports. The SFP ports are compatible with various Cisco and other brand modules, while SFP+ optical modules are supported in 500X switches for higher-speed connections. SFP interfaces are combination ports, sharing functionality with an adjacent RJ-45 port; when the SFP is active, the RJ-45 port is disabled.
The Cisco 500 Series Stackable Managed Switches are designed to be a reliable and scalable solution for network infrastructure, offering a balance of performance, flexibility, and ease of management for growing businesses.
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