Imagine a building where everything is connected — lights that adjust to your mood, security cameras you can check from your phone, and seamless access control.
This is the future of smart buildings, powered by the digital revolution and cutting-edge IP technology. Whether it’s connected LED lighting, high-throughput wireless, security, audiovisual, building automation, or IoT/IIoT technologies, the number of connected devices in today’s smart buildings is exploding. Extending connectivity and remote powering technologies like power over Ethernet (PoE) to these devices demands highly flexible, scalable, and secure infrastructure.
Say goodbye to costly, complex network reconfigurations. Siemon Zone Cabling Enclosures deliver a smarter way to connect devices throughout your building. Zone enclosures serve as distributed intermediate connection points in the ceiling space, on the wall, or below an access floor, enabling shorter, easy-to-manage links to devices. Quickly deploy and reconfigure devices with less disruption compared to long home-run links that traverse building spaces, saving you time, money, and hassle. Siemon Zone Cabling Enclosures work seamlessly with our plenum-rated surface mount outlet solutions and Z-PLUG™ Field Terminated Plugs, creating a truly flexible and adaptable network infrastructure
Need to extend your network into more spaces to connect an ever-increasing number of devices in today’s smart buildings? Look no further than Siemon’s Wall Mount Network Cabinet. This feature-rich cabinet isn’t just a box on a wall – it’s a mini telecom room with excellent cable management, easy rear access, a fully adjustable mounting rail system, and fan compatibility that saves valuable floor space and secures and protects network equipment and connectivity in remote, unprotected, or open spaces like warehouses, retail establishments, cafeterias, gymnasiums, and classrooms. It’s also ideal for zone cabling in smart building applications, passive optical networks, or wherever expensive full-size cabinets are not required.