The Echo 1A is an efficiently tuned PCB antenna that is suited to a wide variety of RF & IoT modules operating on ISM, 2G/3G/4G and some 5G frequency bands.
The Echo 14 is a multipurpose PCB embedded antenna with a wide operating frequency band which makes it suitable for a host of wireless IoT applications.
The Echo 18 is a WiFi / WLAN dedicated PCB antenna tuned between 2.4 and 2.5GHz, achieving a peak gain of 0.8dBi and is ideal for space-constrained systems.
The QUARTZ-LITE-LTE router is a compact, high speed, LTE industrial router designed for transferring data via the cellular network at up to 100Mbps download.
The QUARTZ-LITE-LTE Compact router is an ultra compact, industrial router designed for large amounts of data transfer on European frequency cellular networks.
The QUARTZ-LTE router is a high speed industrial router designed for transferring large amounts of data via the cellular network on European frequencies.
The QUARTZ-LITE-LTE Compact router is an ultra compact, industrial router designed for large amounts of data transfer on European frequency cellular networks.
The QUARTZ-LITE-LTE router is a compact, high speed, LTE industrial router designed for transferring data via the cellular network at up to 100Mbps download.
The QUARTZ-LTE router is a high speed industrial router designed for transferring large amounts of data via the cellular network on European frequencies.
The QUARTZ-LITE-LTE Compact router is an ultra compact, industrial router designed for large amounts of data transfer on European frequency cellular networks.
The QUARTZ-LITE-LTE Compact router is an ultra compact, industrial router designed for large amounts of data transfer on European frequency cellular networks.
The QUARTZ-LITE-DUAL-LTE router is a high speed industrial router designed for transferring large amounts of data via the cellular network on European frequencies.
The Echo 28b is a Flexible Printed Circuit Board (FPC) dual band antenna tuned to 2.4 to 2.5GHz and 5.1 to 5.8GHz supporting: WiFi, Bluetooth, Zigbee and ISM based applications.