The Antenna Company US
Suite 200
Pleasanton, CA 94588
New UWB Antennas Offer High Efficiency and Omni-directional Coverage
Enables high precision positioning and angle-of-arrival applications for low-power sensors, anchors and tags. Supports worldwide operation on UWB channel 5 and channel 9. Designed to support industry leading UWB transceivers including the Qorvo DW3000.
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New Dielectric Resonator Antenna Array Supports 37-40 GHz Frequency Bands
Combines patented SuperShape™ and DRA technology to achieve wide-band operation over the 24-30 GHz frequency bands. Demonstrates reduced scanning losses, low sidelobe levels and maximum scan angle. Achieves over 40 dBm of peak EIRP, which is ideal for use in customer-premise-equipment (CPE) products.
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New Wi-Fi 6 MIMO Antenna System Supports 4x4 5 GHz + 4x4 2.4/5 GHz Wi-Fi Configuration
Increases network capacity, extend range and reduce latency in enterprise networks. Enables size reduction of enterprise access-points by 20% or more, without sacrificing antenna system performance. Designed to support bandwidth intensive use cases in dense Wi-Fi deployments.
Read More »
SuperShaped AC30011 supports GPS, GLONASS, and BeiDou frequency bands.
Designed for easy integration into industry standard OBD-II dongle form factors and tested on GNSS chipsets, AC30011, a multi-constellation antenna enables location tracking and positioning. Antenna provides omni-directional coverage pattern and does not require any external LNA or filter components. Designed to have close integration with 4G cellular antennas, unit provides efficiencies of 65 to...
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Embedded Antennas optimize WiFi, GPS, and cellular performance.
Maximizing range and throughput in both line of sight and non-line of sight test conditions, SuperShape-® Antennas are available for indoor and outdoor Wi-Fi, connected home, mobile computing, telematics, and IoT applications. SuperShape-® technology optimizes gain, efficiency, isolation, and coverage versus conventional embedded antenna designs. Using proprietary dielectric resonator design...
Read More »
New UWB Antennas Offer High Efficiency and Omni-directional Coverage
Enables high precision positioning and angle-of-arrival applications for low-power sensors, anchors and tags. Supports worldwide operation on UWB channel 5 and channel 9. Designed to support industry leading UWB transceivers including the Qorvo DW3000.
Read More »
New Dielectric Resonator Antenna Array Supports 37-40 GHz Frequency Bands
Combines patented SuperShape™ and DRA technology to achieve wide-band operation over the 24-30 GHz frequency bands. Demonstrates reduced scanning losses, low sidelobe levels and maximum scan angle. Achieves over 40 dBm of peak EIRP, which is ideal for use in customer-premise-equipment (CPE) products.
Read More »
New Wi-Fi 6 MIMO Antenna System Supports 4x4 5 GHz + 4x4 2.4/5 GHz Wi-Fi Configuration
Increases network capacity, extend range and reduce latency in enterprise networks. Enables size reduction of enterprise access-points by 20% or more, without sacrificing antenna system performance. Designed to support bandwidth intensive use cases in dense Wi-Fi deployments.
Read More »
SuperShaped AC30011 supports GPS, GLONASS, and BeiDou frequency bands.
Designed for easy integration into industry standard OBD-II dongle form factors and tested on GNSS chipsets, AC30011, a multi-constellation antenna enables location tracking and positioning. Antenna provides omni-directional coverage pattern and does not require any external LNA or filter components. Designed to have close integration with 4G cellular antennas, unit provides efficiencies of 65 to...
Read More »
Embedded Antennas optimize WiFi, GPS, and cellular performance.
Maximizing range and throughput in both line of sight and non-line of sight test conditions, SuperShape-® Antennas are available for indoor and outdoor Wi-Fi, connected home, mobile computing, telematics, and IoT applications. SuperShape-® technology optimizes gain, efficiency, isolation, and coverage versus conventional embedded antenna designs. Using proprietary dielectric resonator design...
Read More »