Since NFC is widely used in the market and our∞©•♠ lives, more and more electronic products can≥♠ incorporate NFC fun↑♠β→ctions.

NFC (Near Field Communication) and λ♠Wireless Charging (Wireless Char±±ging), NFC technology is deri‍±∏σved from radio frequency identifi∏φcation RFID technologα≥y. Realize point-to-≈€εpoint and point-to-multipoint short-range wirele​'ss communication transmission. A₩☆★t present, it is widely use×↑™↓d in wireless payment, data transmission, Int∑↓♣™ernet of Things and other fields.

Specifically, the NFC specification u©↔ses a reference frequency of 13&♦‌.56MHz, and uses the NFC communic‍≠ation link to control po★Ωwer transmission (supports four power transmis✘≥sion levels of 250, 500, 750, and 1000 milliwa₹±®>tts) by sending a continuous carrier sig★Ωnal to the NFC tag Power transm¥↔ ission, and then expand the establishment of comm™♠☆☆unication channels.

Generally speaking, the charging£↑≠ power allowed by NFC is not high. First of αδall, this technology has not been out for a"α long time, and there are ver ‌₽€y few good companies. However, compared to the b∏γ→ig market in the future,φ☆® the development momentum of Tianxun Wirele♣→ss Technology is expected. Tianxun can make tech<"nically compatible NFC functions aΩ♣ nd have long-distance, ₽‌♣one-to-many, high efficiency, multi-power expan≤φsion, and wireless air separation. T♣∑σhe advantage of charging.

At present, we are cooperating with a num♦♥§ber of three companies whose monthly ≥​×εproduct shipments can reach 30 million, in the ne¶σφ≠ar future. The global physical network product eq≠§uipment terminal needs to ≥☆↓←use the antenna. In the future of science and te₹↓£≈chnology, everything will be con♥∑✔nected.