This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:08:09
The video predominantly explores the features, performance, and testing results of the official 65W gaming charger dock for the ROG Ally. The charger dock is meticulously designed with dual functionality to support both charging and connecting to larger displays. It is equipped with USB-C, USB-A, and HDMI ports, made from fire-retardant PC material, and can output up to 65W. The dock's compatibility spans a wide array of devices, including the iPhone 15, USB-C iPads, and laptops, and it can also activate TV mode on the Nintendo Switch.
Significant testing results showed the dock's efficiency and performance. Charging various devices like the iPhone 15 Pro and 15-inch MacBook Air revealed high efficiency and fast charging capabilities. The device charged with consistent power output and maintained low standby power consumption. Ripple tests showcased the charger's quality, staying under the threshold for excellent performance. Temperature tests indicated some room for improvement in heat management, as temperatures peaked at around 72.8℃, but it remained compliant with IEC standards. Overall, the charger dock is praised for its robust efficiency, quick charging ability for the ROG Ally, and support for gaming on larger displays.
00:00:00
In this part of the video, ChargerLAB introduces the official 65W gaming charger dock for the ROG Ally, highlighting its dual functionality for charging and supporting larger displays. The dock is made of fire-retardant PC material, features a matte surface, and has USB-C, USB-A, and HDMI ports. It supports various inputs and outputs, including 65W maximum power for dual ports. The video details the dock’s size, weight, and the accompanying dual USB-C cable, which can support up to 4K video. The charger supports multiple protocols, facilitating seamless charging for various devices. The dock can turn the ROG Ally into a Windows PC by connecting external peripherals and is compatible with the iPhone 15 series, USB-C iPads, laptops, and even triggers TV mode for the Nintendo Switch. The segment concludes by testing the dock’s charging compatibility, confirming it supports up to 65W PD and 3A PPS, making it suitable for phones, tablets, laptops, and handheld game consoles.
00:03:00
In this part of the video, the charging performance of various devices is analyzed using a USB-A port. It is noted that most devices charge at approximately 5W. When charging an iPhone 15 Pro, the voltage starts at 9V and is broken down into five stages with peak power at 20W initially, taking 1 hour and 37 minutes to fully charge. The charging timeline shows the iPhone reaches 50% in 24 minutes, 80% in 50 minutes, and 100% in 1 hour and 37 minutes.
Next, the 15-inch MacBook Air is charged with consistent 20V voltage, divided into four stages, with peak power at 63W initially, taking 1 hour and 57 minutes to fully charge. It reaches 50% in 35 minutes, 80% in 1 hour and 4 minutes, and 100% in 1 hour and 57 minutes.
The standby power test shows negligible consumption at both 220V and 110V. Conversion efficiency tests reveal efficiency varies between approximately 77.64% to 89.36% at 220V, and 78.13% to 89.04% at 110V, with efficiency close to 90% except at lower power levels. Ripple tests show the lowest ripple at 20 mVp-p when output is 9V 0A and 22.4 mVp-p at 12V 0A, indicating the charger’s quality.
00:06:00
In this segment of the video, the speaker discusses the performance and testing results of a charger dock. The ripple values are analyzed, showing higher ripple at no load (33.6 mVp-p at 5V 0A and 32.8 mVp-p at 20V 0A) and lower ripple when loaded (21.6 to 38.4 mVp-p depending on voltage and current). The ripple stays under 40 mVp-p overall, indicating excellent performance. Temperature tests are conducted in a 25°C thermotank, recording maximum temperatures at 220V 50Hz and 110V 60Hz, with the highest being 72.8℃ on the front and 70℃ on the back under 110V 60Hz, which complies with the IEC 62368 standard. The charger dock’s conversion efficiency and ripple performance are praised, though temperature control could be improved. The dock is noted for its ability to quickly charge the ROG Ally and support gaming on a larger display.