AIR-LAP1262N-K-K9 (USED)

How does the AIR-LAP1262N-K-K9 ensure a cost-effective wireless solution for businesses?

The AIR-LAP1262N-K-K9 offers a dual-band feature that supports both 2.4GHz and 5GHz frequencies, optimizing bandwidth usage and reducing operational costs.

What are the main characteristics of the AIR-LAP1262N-K-K9?

The main characteristics include dual-band support, 802.11a/g/n compatibility, controller-based operation, and external antenna support, making it versatile for various setups.

Can the AIR-LAP1262N-K-K9 be used in harsh, industrial environments?

Yes, its durable design and external antenna options make it suitable for challenging environmental conditions often found in industrial settings.

How do I install the AIR-LAP1262N-K-K9 in my network?

Installation involves mounting the access point in an optimal location, connecting it to the network, and integrating it with a Cisco Wireless LAN Controller for configuration.

Does the AIR-LAP1262N-K-K9 require regular firmware upgrades?

Yes, to ensure security and performance, regular firmware updates are recommended, which can be managed through the Cisco Wireless LAN Controller.

Are there alternative products to AIR-LAP1262N-K-K9 for different application scenarios?

Depending on the scenario, alternatives like the Cisco Aironet 3700 or 3800 series may offer enhanced features such as 802.11ac support for higher bandwidth needs.

What common troubleshooting steps can resolve connectivity issues with the AIR-LAP1262N-K-K9?

Start by checking power source and network cables, ensure the device is correctly connected to the Wireless LAN Controller, and verify the configuration settings.

What accessories are available for the AIR-LAP1262N-K-K9?

External antennas for various range and coverage needs, mounting brackets for different installation scenarios, and power injectors for installations away from power sources.

How do I compare the AIR-LAP1262N-K-K9 with other similar access points?

Compare based on bandwidth capabilities, frequency band support, scalability options, and specific features such as external antenna support and environmental durability.

What application scenarios are best suited for the AIR-LAP1262N-K-K9?

Best suited for medium to large scale enterprise environments requiring reliable, secure wireless coverage across both 2.4GHz and 5GHz bands, such as offices and educational institutions.

How cost-effective is the AIR-LAP1262N-K-K9 (USED)?

The AIR-LAP1262N-K-K9 offers robust performance at a reduced cost compared to new models, making it cost-effective for tight budgets.

What are the key features of the AIR-LAP1262N-K-K9?

The AIR-LAP1262N-K-K9 features dual-band 802.11a/g/n support and external antenna options, providing flexible connectivity.

What are the ideal application scenarios for the AIR-LAP1262N-K-K9?

This access point is ideal for enterprise environments requiring scalable and secure wireless solutions.

How do I install the AIR-LAP1262N-K-K9?

Installation involves mounting the access point and configuring it via a central wireless controller.

Does AIR-LAP1262N-K-K9 need firmware upgrades?

Yes, check for periodic firmware updates from Cisco to ensure optimal performance and security.

Are there alternative products to AIR-LAP1262N-K-K9?

Alternatives include newer Cisco models like the AIR-CAP3702I-A-K9 for advanced features.

What common troubleshooting steps exist for AIR-LAP1262N-K-K9?

Common issues include connectivity problems, which can often be resolved by rebooting the unit or checking controller configurations.

What accessories are available for AIR-LAP1262N-K-K9?

Accessories include external antennas and mounting kits to enhance deployment flexibility.

How does AIR-LAP1262N-K-K9 compare to newer models?

While cost-effective, the AIR-LAP1262N-K-K9 may lack some advanced features like improved data rates found in newer models such as AIR-AP2802I-B-K9.

Is the AIR-LAP1262N-K-K9 suitable for high-density environments?

Yes, with its dual-band capability, it can handle various density levels, though newer models may offer better performance in extremely high-density scenarios.