![]() With its improved architecture, the Lightning Connector allows for faster syncing of files and media, enabling users to transfer content between their Apple devices and their computers more quickly and efficiently. This eliminates the frustration of trying to plug in the cable correctly, especially in the dark or when in a hurry.įurthermore, the Lightning Connector supports faster data transfer speeds compared to the older 30-pin dock connector. Unlike the 30-pin dock connector, which had to be inserted in a specific orientation, the Lightning Connector can be inserted either way, making it easier and more user-friendly. This enables thinner and lighter iPhones, iPads, and iPods, making them more portable and convenient to carry around.Īnother significant advantage of the Lightning Connector is its reversible nature. ![]() The 8-pin design allows for a slimmer profile, giving Apple more flexibility in the design of their devices. One of the key features of the Lightning Connector is its smaller size. The Lightning Connector is a compact, reversible connector that offers several advantages over its predecessor. Introduced in 2012 with the launch of the iPhone 5, it replaced the 30-pin dock connector that had been used in previous generations of iPhones, iPods, and iPads. The iPhone Lightning Connector is a proprietary charging and data transfer port developed by Apple. So, let’s dive in and discover the world of the iPhone Lightning connector. In this article, we will explore the functionalities and features of the iPhone Lightning connector, its compatibility with different iPhone models, and the various mobile accessories that can be connected to it. With the Lightning connector, users can enjoy seamless audio playback, hands-free calling, and easy file transfers between their iPhones and other compatible accessories. Thanks in advance to anyone who has a piece of the information.This versatile connector not only serves as a charging port but also enables users to connect their iPhones to external devices such as speakers, headphones, car stereos, and more. Switched to one of the Apple made cables, and the problem isn't being reported.ĭoes anyone know whether the detection is done in the phone, or in the cable circuitry? Is it measuring leakage currents and seeing a mismatch across pins (similar scheme as ground fault detectors)? Same problem, where I get the message when the new cable is connected. Let it sit for 20 minutes, and powered the phone back up. Thought, if the connector on the iPhone 11 pro max had something on the pins/pads it could explain why the problem didn't show on the iPhone 12 Pro max, so I powered down the phone and cleaned the contacts with a small amount of alcohol on a slender swab. ![]() The only other piece of info that might be useful is the warning message doesn't appear right away (> 5 minutes) - so it's possible it could be a heat up issue for the monitoring circuitry. Could be a combination of things, or different sensitivity between phones, but don't have enough info on what is being measured. Could be a iPhone 11 Pro max problem, but would think the problem would exist with the Apple manufactured cable. To confuse the matter, this problem doesn't appear when I connect this cable to an iPhone 12 pro max. I have the same issue with some cables I just purchased when connected to an iPhone 11 pro max - this is the second batch of cables (9), so trying to determine where the problem exists.
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