Disclaimer: The information provided in this review is for entertainment purposes only. Product performance may vary, and actual results may differ from those depicted in our review. We do not guarantee the accuracy or completeness of the information presented, and we encourage you to conduct your own research before making any purchasing decisions. As an Amazon Associate, we earn from qualifying purchases.
Best Low-Power Charger
Under-65W winner
Average Finish: 1.4
Purchased for: $14
Made In: Vietnam
Category winner (under 65W). Best measured efficiency in its group (91.7%). Very low standby (0W detected). Ran coolest in its group (~121.8°F after 30 min). Strong outlet grip (~36 oz).
Best average finish (1.4), best-in-group efficiency (91.7%), and the coolest after 30 minutes.
Best 65W Laptop Charger
65–99W category winner
Average Finish: 2.4
Purchased for: $35
Made In: China
Category winner (65–99W). Standby measured at 0W. 30-min test: ~66.3W at outlet / ~59W to power bank; ~144.1°F. Strong outlet grip (~32 oz). Efficiency noted at ~92.0%.
Best average finish (2.4) in the 65–99W group, 0W standby detected, strong outlet grip (~32 oz), and solid efficiency (~92%).
Best Value
100W+ winner
Average Finish: 2.5
Purchased for: $28
Made In: China
Category winner (100W+), and standout value. Standby ~0.40W (approx.). 30-min test: ~104.3W at outlet / ~93W to power bank; ~157.8°F. High efficiency noted at ~93.1%. Peak multi-device output reported ~128.7W.
Top category pick at $28, strong 30-min performance (~93W to device) and high efficiency (~93.1%).
Best Performance
Coolest high-output desktop
Purchased for: $70
Made In: Vietnam
Coolest high-power performer. Standby ~0.07W. 30-min test (100W port): ~105.5W at outlet / ~92W to power bank; ~108.5°F. Peak multi-device output reported ~161.6W with no wattage drop noted.
Very low standby (~0.07W), ran extremely cool (~108.5°F), and hit ~161.6W peak multi-device output.
Prices as stated in the video narration. (Amazon short links were provided in the description, but URLs are intentionally omitted here.)
Standby draw was measured at the wall with an energy-use meter. Several chargers registered at 0W (no detectable draw).
Values reflect the reported wattage going into the power bank/device at the 30-minute mark during the single-device test (as narrated).
Temperatures are the narrated surface temperatures at/near the end of the 30-minute single-device run. Cooler generally indicates less heat stress and potentially better longevity.
Measured with a force gauge on a well-used wall outlet. Corded desktop/extension-cord chargers were excluded from this test in the video.
Efficiency was described as comparing energy at the outlet vs energy delivered by the charger, with losses largely turning into heat.
Peak totals are the narrated multi-device measurements (or summed port outputs) during the maximum-output stress testing segment.