Cambium Networks cnPilot E501S Outdoor Dual Band Access Point with 90-120deg Integrated Sector Antenna
- SKU: PL-501S000A-US
- Manufacturer: Cambium Networks
- Cambium-Networks-cnPilot-500-Series-APs: Download
Product Information
ISP Supplies supplies the Cambium Networks cnPilot E501S outdoor access point, 802.11ac, 2x2, 90-120 degree integrated sector antenna and tilt bracket (FCC). The cnPilot e501S 802.11ac Outdoor Sector Access Point includes an IP67 enclosure, 90° - 120° integrated sector antenna, supports 256 client associations, 16 SSIDs, WPA-2 encryption, Dynamic VLANs, DFS channels, Access Control Lists (ACL), and more.
Highlights:
• Operational superiority – The E501S with integrated sector antenna supports 256 client associations, 16 SSIDs, WPA-2 encryption, Dynamic VLANs, DFS channels, Access Control Lists (ACL), and more. The 802.11ac E501S is the essential workhorse for today’s demanding, high density outdoor Wi-Fi networks.
• High performance WiFi network - All cnPilot’s Enterprise access points (APs) support features like controller-less roaming, dynamic channel selection, automatic transmit power control, band steering, and more – essential features for easy Wi-Fi operations. Mesh Rapidly setup multi-hop mesh networks either dedicating one radio (e.g.: 5 GHz) for mesh backhaul, or using both bands for client access simultaneously.
• Wireless Backhaul Integration – the aux PoE port on the E501S offers PoE out, eliminating the need for a second power line – perfect for powering on a standard 802.3af camera, or on Cambium’s PMP 450 or ePMPtm backhaul subscriber modules (SMs) for wireless backhaul enabled Wi-Fi hotspots.
• Resilience - Dual on-board Active/Standby memory banks ensure higher availability. The E501S can store two versions of the software – defaulting to a working operational software if needed – reducing the likelihood of site visits and increasing network up-time.
Integrated troubleshooting tools provide remote access for packet capture, client statistics, operational and RF statistics, and RF scanning for interference, channel utilization, and noise floor scan.