Oppo promised a delivery of massive power yesterday. Today, it brings on the surge with the announcement of four charging products: a 50W wall charger based on its SuperVOOC standard, a conceptual 65W AirVOOC wireless pad, a 110W mini flash charger, and a 125W full-size flash charger.

As with most high-capacity charging technologies of its type, the wall adapters pack in a lot of algorithms and circuitry to juice up phones quickly without overheating them. The mini SuperVOOC charger (left) measures 105mm thick and masses 60 grams thanks to the use of highly-efficient Gallium Nitride and can charge up to 27W on the main USB Power Delivery standard and 50W with Programmable Power Supply subrule in PD 3.0.

The 110W charger takes advantage of GaN as well as a couple of other efficiencies within a slightly larger body that's about the same size as a conventional 18W charger. Oppo says its flash technology (which might be in need for some proper branding) is a level above its SuperVOOC tech.

Pivoting to wireless charging for a hot second, the company has made it clear that its 65W AirVOOC pad isn't exactly going commercial anytime soon, but the standard itself is pretty much final.

The product itself features a glass resting surface for a phone to rest on and a semiconductor cooling system for the pad itself to reduce temperatures by up to 2°C compared to only using a fan.

The jewel in the crown is the 125W PPS flash wall charger (65W PD) which brings 6.25 amps on 20 volts to phones and fills them up in 20 minutes. The block's three-path pump structure is claimed to have a 98% conversion efficiency while safety measures like temperature sensors and a 128-bit encryption algorithm are said to ensure that the temperature of an idle device doesn't exceed 40°C.

Release details are pretty much nil here which is sadly to be somewhat expected as competing super-fast technologies from Vivo and Xiaomi have yet to be publicly available. Still, Oppo frames these advancements as what charging our smartphones is meant to be in the time of 5G and that era is still quite young.

PRESS RELEASE