Smart wearables often use wireless connectivity technologies such as Bluetooth and WiFi. In particular, the Bluetooth function provides stable and low-power data transmission services for devices. As the Internet of Things (IoT) continues to grow, the added value that wearable electronics can provide is also increasing.  With our high performance MIMO antennas, micro connectors, and radio frequency spring contact, can make the product has a stable and efficient connection function. ECT LDS technology supports applications that require miniaturization as well as lightness. We can achieve extremely short development cycles and increase the freedom of design.Typical applications include the implementation of MIMO antennas.The design of this technology could be extremely cost effective for the production of wearable devices.

ECT offers a wide range of high-performance radio frequency antennas that are easy to use and have a variety of shape coefficients that meet all common antenna protocols and antenna frequency requirements. The products include ultra-thin ceramic antennas and MID/LDS antennas, suitable for embedding Internet and data connectivity into compact devices.

FFC connectors offer a pitch range of 0.20 to 2.00 mm, with pure signal integrity in a compact, lightweight design. The product meets the design which needs of a wide range of applications, such as wearable. In this type of equipment, it is necessary to combine miniaturization with high reliability. This class of ultra-fine-pitch small size FFC-FPC connectors offers a range of drive forms, including ZIF, to provide reliable support for high bandwidth data rates at a very low cost.