The TEAX25C05-8 is an audio panel exciter capable of turning a wide variety of flat surfaces into a quality loudspeaker. Offering high levels of performance and great value this exciter is well suited to driving light, stiff materials such as paper honeycomb and foam board.

The TEAX25C10-8/SP SoundpaX exciter is an audio transducer intended to be mounted on a flat surface.

The TEAX19C01-4/LP audio exciter is a very compact and highly optimised electrodynamic transducer. It combines an efficient magnetic circuit topology with a low profile suspension design for maximum placement flexibility. Ideal for any application where depth is the critical dimension.

The TEAX19C01-4/LP audio exciter is a very compact and highly optimised electrodynamic transducer. It combines an efficient magnetic circuit topology with a low profile suspension design for maximum placement flexibility. Ideal for any application where depth is the critical dimension.

The TEAX19C01-4/LP audio exciter is a very compact and highly optimised electrodynamic transducer. It combines an efficient magnetic circuit topology with a low profile suspension design for maximum placement flexibility. Ideal for any application where depth is the critical dimension.

The TEAX32C20-8 high power 32mm voice coil 8ohm exciter provides high electro-magnetic efficiency and exceptional power handling. It is designed for commercial and industrial audio, driving heavy, rigid surfaces.

The TEBM28C10-4/A BMR® is an audio drive unit with an extended frequency response and wide directivity. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation.

The TEBM36S05-4 Balanced Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a fullrange, high performance acoustic solution.

The TEBM36S12-4/A Balanced-Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a fullrange, high performance acoustic solution. An 8Ω version is also available.

The TEBM36S12-8/A Balanced-Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic Elements bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a full-range, high performance acoustic solution. This second generation drive unit has the same audio characteristics as its predecessor, with improved response smoothness and linearity at high excursion. A 4 version is also available

The TEBM35C10-4 BMR® is an audio drive unit with an extended frequency response and extremely wide directivity. It combines the benefits of Tectonic Elements bending-wave technology and pistonic modes of operation. The small form-factor is ideally suited for compact products that require a full-range drive unit, room filling sound and a high performance acoustic solution.

The TEBM46C20N-4B Balanced-Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a full-range, high performance acoustic solution.

The TEBM65C20F-4 Balanced-Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a fullrange, high performance acoustic solution. It features an advanced ferrite motor system for low cost..

The TEBM65C20F-8 Balanced-Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a fullrange, high performance acoustic solution. It features an advanced ferrite motor system for low cost. A 4ohm version is also available.

3V cell Radial lead 1F

R718EB has a built-in tilt angle detection sensor. When the device is tilted (compared with the reference angle), the tilt angle will be reported, and the detected data will be transmitted to other devices through the wireless network for display.

The RAK3172 LoRa Module includes a STM32WLE5CC chip, which supports eight (8) spreading factors (SF5 ~ SF12) and signal bandwidth that can be adjusted between 7.8 kHz to 500 kHz. It has Ultra-Low Power Consumption of 1.69 μA in sleep mode, but during the Transmit Mode, it can reach the maximum output power of 22 dBm. As a receiver, it can achieve a sensitivity of -148 dBm.

reServer is based on an ODYSSEY X86 v2 board and powered by Intel® Core™ 11th Gen. i3 and Intel UHD Graphics 48EUs (400 - 1250 MHz), which delivers high CPU and AI performance for various applications. It has two high-speed 2.5-Gigabit Ethernet ports and supports hybrid connectivity including 5G, LoRa, BLE and WiFi. reServer is of compact design to work efficiently in almost any scenario.

Odyssey Blue J4125 allows you to simply build Edge Computing applications with powerful CPU and rich communication interfaces. The Odyssey Blue J4125, based on Intel Celeron J4125, is a Quad-Core 2.0GHz CPU that bursts up to 2.7GHz. There is also an onboard ATSAMD21 Core, an ARM Cortex-M0+ MCU that allows you to program Arduino on the x86 platform.

With dual ultrasonic beams, the advanced EM310-UDL measures from 3 cm up to 450 cm, thus has ultra-short blind zone.