(AP3702 don't have power supply)
 
AIR-CAP3702E-S-K9
802.11ac Ctrlr AP 4x4:3SS w/CleanAir; Ext Ant; S Reg Domain
$8,782
Antenna (quote 4 units AIR-ANT2524DW-R= for each AP)
 
AIR-ANT2524DW-R=
2.4 GHz 2 dBi/5 GHz 4 dBi Dipole Ant., White, RP-TNC
$215
 
Acess Point 3700 series (support the IEEE's new 802.11ac specification)
Building on the Cisco Aironet heritage of RF excellence, the 3700 Series utilizes a Purpose-built Innovative Chipset with the Best-in-class RF Architecture. This chipset provides a High Density Experience for enterprise network designed for mission critical, high performance applications
• 802.11ac with 4x4 multiple-input multiple-output (MIMO) technology with three spatial streams, offering sustained 1.3-Gbps rates over a greater range for more capacity and reliability than competing access points.
• Cross AP Noise Reduction is a Cisco innovation that enables Access Points to intelligently collaborate in real-time to allow more users to connect with optimized signal quality and performance.
• Optimized AP Roaming ensures clients will associate with the best AP offering the best data rate available.
• Cisco ClientLink 3.0 technology to improve downlink performance to all mobile devices, including one-, two-, and three-spatial-stream devices on 802.11ac while improving battery life on mobile devices such as smartphones and tablets.
• Cisco CleanAir technology enhanced with 80MHz Channel Support, provides proactive, high-speed spectrum intelligence across 20-, 40-, and 80-MHz-wide channels to combat performance problems due to wireless interference.
• Modular architecture design that is carried forward from the Cisco Aironet 3600, enabling flexible add-on options in the form of the Cisco Aironet Wireless Security and Spectrum Intelligence Module, the upcoming Cisco 3G Small Cell Module, and the future Cisco Aironet 802.11ac Wave 2 Module, which are tightly integrated with the Aironet 3700 Series Access Point platform and are completely field-upgradable.
• MIMO equalization optimizes uplink performance and reliability by reducing the impact of signal fade