The Cisco Aironet 3502P wireless access point, identified by part number AIR-CAP3502P-A-K9, is designed to provide high-performance and dependable wireless networking within business and industrial environments. This model supports dual-band networking, operating at both the 2.4 GHz and 5 GHz frequencies, making it suitable for a diverse range of devices and applications. Part of Cisco's established Aironet series, the 3502P uses 802.11n wireless technology, delivering enhanced reliability and coverage for users seeking more robust connectivity solutions.
A key feature of the Aironet 3502P is its integration of CleanAir technology, which aids in automatic spectrum intelligence. This functionality helps mitigate interference from various sources, ensuring consistently high-performance wireless communication, especially in environments prone to interference like hospitals or factories. Additionally, the unit supports MIMO (Multiple Input, Multiple Output), enhancing its overall data reception and transmission quality by allowing it to utilise multiple antennas for better throughput and connection stability.
This access point also stands out due to its durable design, well-suited for more demanding or industrial applications. It supports external antennas, which allow the flexibility of directional signal transmission, optimising wireless coverage in specific areas. The Aironet 3502P is also capable of operating with Cisco's Wireless LAN Controller, which helps simplify the management of large wireless networks by centralising control and configuration.
With advanced features like Rogue AP detection and integrated security protocols (like WPA2 and 802.1x authentication), the Cisco Aironet 3502P is ideal for organisations that require both performance and high security in their wireless infrastructure.
EOL Technology Services offers both professional support and replacement part services for the AIR-CAP3502P-A-K9. Our team can assist with technical inquiries, troubleshooting, and provide reliable access to spare parts, ensuring your networks remain operational even in the event of hardware failure.
