Cisco Catalyst IW9167EH-E-URWB - Heavy Duty Access Point

The Cisco Catalyst IW9167EH-E-URWB is part of the IW9167 Heavy Duty Series of industrial wireless access points designed for outdoor and industrial environments. Key features and specifications include:

• It supports Wi-Fi 6/6E and Cisco Ultra-Reliable Wireless Backhaul (URWB) technologies, providing high performance and ultra-reliable wireless connectivity.
• The device has 8 RF ports and supports external antennas with 4x4 spatial streams.
• It operates in the 6 GHz band, offering up to 1.2 GHz more spectrum to boost capacity and reduce interference.
• The IW9167EH model is designed for harsh environments with a rugged cast-aluminum case that can withstand water, dust, extreme temperatures (operating range from -50° to 75°C), and hazardous locations (specific hazardous location certifications apply to the IW9167EH-HZ variant).
• It includes onboard GNSS, Bluetooth Low Energy (BLE), and an SFP+ port.
• The IW9167EH is available in various software configurations, including Wi-Fi software, URWB software, and WGB software.
• There is also a stadium antenna variant (IW9167EH with integrated stadium antenna) designed for outdoor environments with directional panel antennas for sector or extended distance coverage.
• The product complies with numerous environmental, electromagnetic compatibility, safety, flammability, industrial, rail, and hazardous location standards.
• The IW9167EH replaces the older IW3702 series access points as part of Cisco's product migration.

Ordering information includes part numbers such as IW9167EH-x-AP for the standard Wi-Fi AP software version, IW9167EH-x-URWB for the URWB software version, IW9167EH-x-WGB for the WGB software version, and IW9167EH-x-HZ for the hazardous locations variant.

For detailed technical reference documents, installation guides, and data sheets, Cisco provides comprehensive resources on their website.

This series is suitable for mission-critical, time-sensitive wireless applications requiring high bandwidth, reliability, and seamless handoffs in challenging industrial and outdoor environments