Cambium cnPilot e700 Access Point Enterprise Outdoor

Designed for the outdoors

• 802.11ac, 256 users, 16 SSIDs
• Omni coverage
• UV rated IP-67 enclosure
• Max Operating Temp range: -40°C ~ +65°C
• Operating humidity: 10% to 95%
• Electrical heater for cold start
• Ruggedized – ESD protection, Industrial grade components
• Packaged with wall mount brackets
• Special LTE coexistence filters
• 315 x 215 x 66 mm | 3.174 lbs (1700 gms)

cnMaestro – WiFi Controller

• Guest Access: Custom Splash pages, Vouchers, Social login
• Zero-touch Provisioning
• Inventory tracking
• Map location
• Monitoring: key Stats, Alarms
• Mass (bulk) upgrade
• Integrated troubleshooting: WiFi APs, Clients & Cambium SMs
• Available in Cloud or as On-premises (NOC) Virtual controller

Features:

Operational superiority

IP67 weather resilient Outdoor Access Point (AP) with 512 max concurrent client associations, 16 SSIDs, WPA-2 encryption, Meshing, Dynamic VLANs, DFS channels, Access control lists (ACL), zero-touch provisioning and more – the 802.11ac wave2 powered e700 is perfect for today’s demanding high-density outdoor Wi-Fi networks.

High-performance Wi-Fi network

All cnPilot’s Enterprise Access Points (APs), support features like controllers 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 simultaneous client and mesh access

Wireless Backhaul Integration

Roll out Wi-Fi networks rapidly with Cambium’s wireless backhaul powered from the aux PoE Out port on the e700 eliminating the need for a second power line. The aux PoE Out port can also power an 802.3af camera when security monitoring is needed near the hotspot

Resilience

Dual onboard Active/Standby memory banks ensure higher availability. The e700 can store two versions of the software and if needed fall back to working operational software, reducing the likelihood of site visits and increasing network up-time