Leading technology brand OPPO has today announced a new lineup of groundbreaking flash charge technologies including a high-powered 125W flash charge which can charge a 4,000mAh battery up to 41% in five minutes. Alongside the 125W flash charge, OPPO also announced 65W AirVOOC wireless charging, the ultra-small 50W mini SuperVOOC charger, and a 110W flash charger.
Jeff Zhang, Chief Charging Technology Scientist at OPPO, commented: “The accelerated 5G rollout worldwide, as well as the increasing diversification of high-power-consumption applications including gaming and video viewing, represent new challenges for the battery life of mobile phones and user charging experience. OPPO has been leading the development of fast charging ever since VOOC flash charge was launched in 2014. Now, we are committed to continuing to build on our expertise and advantages in the field of high power, wireless and ultra-small charging technologies in order to provide users with a safe, efficient and convenient ultra-fast charging experience.”
125W flash charge: faster charging in the 5G era
Full charge in 20 minutes: OPPO’s 125W flash charge technology uses direct charging technology which can charge a 4000mAh battery to 41% in five minutes and fully charge in 20 minutes at the fastest rate.
Most advanced flash charging technology in the industry: it is also compatible with previous SuperVOOC and VOOC flash charge protocols.
Same compact size: Evolved from SuperVOOC’s technical design, the 125W flash charge has undergone a comprehensive hardware architecture upgrade to effectively reduce charging time whilst simultaneously not increasing the size of the charger.
Enhanced safety: The technology behind the 125W flash charge has strengthened the safety protection features in the system by adding 10 additional temperature sensors which monitor the charging status and ensure maximum safety during charging
65W AirVOOC wireless flash charge: leading the development of wireless charging technology
Hassle-free, convenient charging: Market-leading wireless flash charge technology 65W AirVOOC wireless flash charge adopts self-developed isolated charge pump technology and parallel dual-coil design to further increase wireless charging efficiency for super-fast charging with no wires
Full charge in 30 minutes: at the fastest rate, making it the perfect choice for charging in the 5G Network. Conceptual wireless charger showcased: Featuring a beautifully sculpted glass which is made of moldless rapid prototyping technology and is the first application of this type of technology in the consumer electronics market.
No risk of overheating: Charger is equipped with a semiconductor cooler to adjust the heat entering and exiting ensuring that the handset is not hot after the appliance has been charged. In this case, the temperature of the back of the phone is kept over 2℃ lower than that of only using the fan to dissipate heat
High-power ultra-small charger series: easy to carry compact size
High-power ultra-small charger for on the go: Mini-size and easy to carry, the 50W mini SuperVOOC charger is around the size of a business card holder at only 1.05cm thick and can charge a variety of devices including mobile phones and laptops, making it extremely convenient for commuting and traveling.
Introducing pulse charging: The first in the industry, aviation-grade high power clamping diodes and GaN high frequency switching power supply technology, to finally achieve miniaturization of high-power chargers.
Defying the limits of size and efficiency for high-power adapters: OPPO’s 110W mini flash charger uses the innovative dual-level architecture to achieve high-efficiency power conversion and temperature rise control and is built upon the combination of laminate and compact structures which minimizes its size to just 35.76 cm³ – similar to the size of a normal 18W charger.
Built for the era of intelligent connectivity: OPPO’s ultra-small charger series will provide flash charging anywhere and at any time. Charge-and-go is now a reality, a single charger which powers multiple devices