Hot air stranded wires consist of multiple single-strand insulated wires and are widely used in applications requiring good flexibility and high-frequency performance. The insulated wires are made from conductor materials (such as copper or aluminum), insulating varnish, and a self-bonding layer.

Amorphous metals are unique materials with atoms arranged in a disordered manner. In contrast, most metallic materials have highly ordered crystalline structures, where atoms are arranged periodically to form parallel symmetries or rotational symmetries (as in crystals) as well as mirror symmetries and angular symmetries (as in quasicrystals). In contrast to this orderliness, amorphous metals lack a distinct ordered structure over long distances, although there may be some degree of order at intermediate and short-distance scales.

GOTREND Technology has partnered with the New Taipei City Toy Bank to launch a second-hand toy donation initiative. This program encourages all employees to donate unused toys from their homes, giving these overlooked items a chance to find new homes. The company collects and organizes the donated toys and then sends them to the New Taipei City Toy Bank.

With the advancement of the automotive industry, humanity is on the brink of entering the era of assisted and autonomous driving. By equipping vehicles with cameras and LiDAR systems, stable, reliable, and clear data about the surrounding environment can be obtained.

The Wireless Power Consortium (WPC) is a global collaborative organization composed of various independent companies. WPC established the Qi standard, an international benchmark for wireless charging pad and device compatibility. Any smartphone, camera, remote control, or other electronic product featuring the Qi logo is compatible with charging pads that also carry the same logo.

The implementation of the Wireless Power Consortium (WPC) Qi standard has enabled a variety of end applications to feature wireless charging capabilities. The size or power requirements of the receiver (Rx) coil may vary depending on the specific application. Qi wireless charging technology operates based on the principle of electromagnetic induction to achieve wireless charging. In a Qi charging system, the RX (receiver) coil is a critical component, responsible for receiving the power transmitted from the TX (transmitter) coil.