AIR-CAP3602E-E-K9

The AIR-CAP3602E-E-K9 is a high-performance wireless access point designed for enterprise environments by Cisco. Here's a breakdown of its features and functionalities:

Model: AIR-CAP3602E-E-K9

• AIR-CAP3602E: Identifies the model line as Cisco Aironet 3600 Series.
• E: Indicates the access point is designed for the European regulatory domain (E-band). This means it operates on specific Wi-Fi channels compliant with European regulations.
• K9: Likely a Cisco internal code signifying the specific hardware configuration, such as including external antennas or additional modules.

Type: 802.11ac Wave 1 Access Point (potentially)

• 802.11ac: Supports the 802.11ac Wi-Fi standard, offering significant speed improvements over previous Wi-Fi generations (802.11n).
• Wave 1 (possible): While specific details might be difficult to confirm without official documentation, some sources suggest this model is a Wave 1 access point. This means it offers faster speeds compared to 802.11n but may not reach the maximum potential of Wave 2 access points that introduce features like MU-MIMO.

Key Features (based on typical Cisco 3600 series features):

• High-Speed Wi-Fi: Delivers faster wireless connectivity for demanding business applications like video conferencing, file transfers, and supporting a high volume of connected devices.
• Dual-band Wi-Fi: Supports both 2.4 GHz and 5 GHz frequency bands, providing flexibility for connecting various devices. The 2.4 GHz band offers wider range but slower speeds, while the 5 GHz band offers faster speeds but shorter range.
• MIMO Technology: Uses Multiple-Input and Multiple-Output technology to improve data transmission speeds and reception.
• External Antennas (possible): The "K9" code suggests this model might have external antennas. This offers greater flexibility for positioning and potentially stronger signal coverage compared to access points with internal antennas.
• Controller-based (possible): The Cisco 3600 series is often deployed in controller-based environments for centralized management and configuration. This offers advantages like simplified deployment, scalability, and advanced features, but adds an extra cost compared to standalone access points.