Realme GT Neo 5 was launched in February final 12 months with as much as 240W quick charging assist. This fast-charging expertise is claimed to fill the battery from zero to one hundred pc in lower than 10 minutes. Now, the Chinese language tech model appears to be up the ante with new charging expertise. A senior Realme government has confirmed that it’s engaged on 300W charging for upcoming smartphone fashions. The corporate’s main rival Xiaomi already showcased its 300W quick charging expertise final 12 months.
In an interview with YouTube channel The Tech Chap, Francis Wong, CEO of Realme Europe and World Advertising Director, confirmed that Realme is testing 300W charging. The most recent transfer will assist the model to compete with the likes of Xiaomi, which can also be engaged on comparable quick charging expertise.
Redmi already demonstrated 300W charging in February final 12 months utilizing a modified Redmi Notice 12 Discovery Version smartphone with a 4,100mAh battery. This charging expertise managed to fill the battery in lower than 5 minutes. The corporate is but to launch a handset with assist for 300W quick charging.
Realme already provides 240W charging within the Realme GT Neo 5, which is claimed cost the 4,600mAh battery from zero to twenty % in 80 seconds, zero to 50 % in 4 minutes, and nil to one hundred pc in lower than 10 minutes. A charging time of 30 seconds is touted to ship as much as two hours of speak time.
The Realme GT Neo 5 was unveiled with an preliminary price ticket of CNY 3,199 (roughly Rs. 39,000). It encompasses a 6.74-inch 1.5K AMOLED show with a refresh price of 144Hz and is backed by a Snapdragon 8+ Gen 1 SoC. A triple rear digicam setup led by a 50-megapixel major sensor, a 16-megapixel selfie shooter, and as much as 1TB storage are the opposite specs of the cellphone.
iQoo 11S (200W), Infinix Zero Ultra 5G (180W), and Realme GT Neo 3 (150W) are a few of the fastest-charging telephones obtainable out there now, however upcoming Realme and Redmi (or Xiaomi) telephones may quickly surpass these charging speeds.
