Chapter 3 Basic Configuration

Entering Basic Settings

Step 7 Enter an IP subnet mask in the Default IP Subnet Mask field to identify the subnetwork so the access point’s IP address can be recognized on the LAN. If DHCP or BOOTP is not enabled, this field is the subnet mask. If DHCP or BOOTP is enabled, this field provides the subnet mask only when no server responds to the access point’s DHCP or BOOTP request.

Step 8 Enter the IP address of your default internet gateway in the Default Gateway field. The entry 255.255.255.255 indicates no gateway. Clicking the Gateway link takes you to the Routing Setup page, which you use to configure the access point to communicate with the IP network routing system.

Step 9 Type an SSID for the access point in the Radio Service Set ID (SSID) field. The SSID is a unique identifier that client devices use to associate with the access point. The SSID can be any alphanumeric entry from two to 32 characters long.

Step 10 Select a network role for the access point from the Role in Radio Network pull-down menu. The menu contains the following options:

•Access Point/Root—A wireless LAN transceiver that connects an Ethernet network with wireless client stations. Use this setting if the access point will be connected to the wired LAN.

•Repeater/Non-Root—An access point that transfers data between a client and another access point. Use this setting for access points not connected to the wired LAN.

•Client/Non-root—A station with a wireless connection to an access point. Use this setting for diagnostics, such as when you need to test the access point by having it communicate with another access point.

Step 11 Select an Optimize Radio Network For option to assign either preconfigured settings or customized settings for the access point radio:

•Throughput—Maximizes the data volume handled by the access point but might reduce the access point’s range.

•Range—Maximizes the access point’s range but might reduce throughput.

•Custom—The access point will use the settings you enter on the AP Radio Hardware page. Click the Custom link to go to the AP Radio Hardware page.

Step 12 To automatically configure the access point to be compatible with other devices on your wireless LAN, select an Ensure Compatibility With option:

•2-Mbps clients—Select this setting if your network contains Cisco Aironet devices that operate at 2 Mbps.

•non-Aironet 802.11—Select this setting if there are non-Cisco Aironet devices on your wireless LAN.

Step 13 To use Simplified Network Management Protocol (SNMP), enter a community name in the SNMP Admin. Community field. This name automatically appears in the list of users authorized to view and make changes to the access point’s management system.

Click the SNMP link to go to the SNMP Setup page, where you can edit other SNMP settings.

You can define other SNMP communities with User Management. The “Security Setup” section in Chapter 3 of the Cisco Aironet Access Point Software Configuration Guide describes User Management.

Step 14 Click OK. The Setup page appears. If you changed the Role in Radio Network setting, your access point reboots.

Cisco Aironet Access Point Hardware Installation Guide

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Cisco Systems 350, 340 manual Basic Configuration Entering Basic Settings
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340, 350 specifications

Cisco Systems has long been a prominent player in the realm of networking and communications technology. Among its comprehensive product lineup, the Cisco 350 and 340 series of switches stand out as reliable solutions for businesses looking to enhance their network performance.

The Cisco 350 series, often referred to for its accessibility and performance, is designed for small to medium-sized enterprises. It offers a versatile set of features that cater to various networking needs. Key characteristics include a range of models supporting 10/100/1000 Mbps Ethernet ports, which allow for high-speed connectivity. The series also supports PoE (Power over Ethernet) capabilities, enabling devices such as IP phones and wireless access points to receive power directly through the network connection. This not only simplifies deployment but also minimizes the need for additional power supplies.

Cisco's Intelligent Prosumer Networking features are incorporated into the 350 series, enabling enhanced security and management capabilities. The switches provide Layer 2 and Layer 3 functionality for routing and switching, allowing users to segment their networks efficiently and reduce broadcast traffic. Additionally, Quality of Service (QoS) features prioritize critical applications, ensuring a smooth user experience without interruptions.

On the other side, the Cisco 340 series builds on similar performance foundations but targets environments requiring even more robust capabilities. It includes advanced features such as StackWise technology, which provides scalability and redundancy. This allows multiple switches to operate as a single unit, improving network resilience and simplifying management.

Both the 350 and 340 series incorporate Cisco's Smart Group technology, facilitating streamlined configuration and easier monitoring of network performance. Furthermore, with Cisco DNA (Digital Network Architecture) capabilities, these switches can support automation and insights through analytics, enabling IT teams to respond rapidly to network demands.

In terms of security, both series are equipped with advanced features that prevent unauthorized access and support secure management protocols. They include features like Access Control Lists (ACLs) and storm control, further protecting network integrity.

Overall, whether you opt for the Cisco 350 or 340 series, you will benefit from a robust set of features designed for modern networking challenges, along with the innovation and reliability that Cisco Systems is known for. These switches provide scalable, efficient, and secure solutions to support business growth and operational efficiency.
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