Smart Building

Wireless controls is a key component of the Smart Building eco-system and can be found across a wide array of devices found in a variety of building systems, including heating, ventilating, and air conditioning (HVAC), lighting, fire and life safety, and security and access. With the latest developments to wireless solutions, including the emergence of 5G technology, the increased capability of Wi-Fi and the rising smart city trends across the globe, the technology will continue to provide greater accessibility, therefore gaining more traction and widespread adoption. Across industries TE can provide safe, sustainable, and productive antenna solutions along with implementation and optimization services to enable a more connected world. TE can provide advanced antenna solutions for most wireless devices, with many combinations to address customer required features. Our antenna designs can accommodate a broad range of frequency bands for operation on any network in both regional and global markets.

FEATURED PRODUCTS

4X4 MIMO (WI-FI WITH CELLULAR)
• MIMO assembly capability with TE's integration service
• Extensive contiguous clean spectrum
• System design flexibility
• Quick time-to-market
WI-FI 6E ANTENNA
• Extensive contiguous clean spectrum
• Wi-Fi 6, Wi-Fi 6E, Bluetooth, Zigbee
• On-board SMD mount PCB antenna
• Minimal keep out zone requirement
• Performance dependent on ground plane size and design
• Global frequency coverage
• System design flexibility
• Quick time-to-market
WI-FI ANTENNA
• Extensive contiguous clean spectrum
• Wi-Fi 6, Wi-Fi 6E, Bluetooth, Zigbee
• Adhesive backing on the FPC simplifies mounting within the device
• Global frequency coverage
• FPC antenna assembly
• Different cable length and connector options available
• System design flexibility
• Quick time-to-market
LTE NB-IOT & CAT-M ANTENNA
• Combination antennas: GNSS and WLAN dual band antenna
• FPC antenna assembly
• Minimum or no matching circuits required
• Bandwidth and performance are not dependent on ground plane size
• System design flexibility