Saving iPhone battery involves following good usage habits and following some recommendations, although in the end we will always have more or less autonomy depending on the applications we use. An iPhone that uses TikTok two hours a day is not the same as an iPhone that doesn’t have any social networks installed.
The same thing happens with iPhone browsers as with Macs: you can use more or less energy depending on what you’re doing. But sometimes It is the application itself that causes this excessive battery consumptionno matter how used to it you are.
The case of Safari on iPhone: a better battery in exchange for sacrifices?
Safari has a window that any other browser can have on the iPhone: it’s a car and a car with iOS 17. Its integration with the system and with iCloud services allows you to have more energy, even though it’s more than necessary on the iPhone for every use. account.
However, if we look at some tests carried out by some fans, we can see some contradictions. Michael Que shows on his website how Safari sacrifices a little speed to respect the battery Apple laptops. In your example, Brave saves more battery with a demanding game website like mope.io. As it is not optimized for Safari, it “suffers” more to run the game while trying to optimize energy consumption.
Google Chrome’s additional services layer on iOS may consume more battery
Another test, carried out by MrManafon and which we have already seen in the case of desktop browsers, concludes that Safari is a good browser for those who value the autonomy of the iPhone over performance. But if you’re looking for performance, then Chrome stands head and shoulders above the rest thanks to all the resources it ‘hogs’ from the system.
At the moment we cannot do equivalent testing on the iPhone, as Chrome uses the same Safari engine due to iOS requirements. For all intents and purposes, Chrome is Safari with an outer layer of Google interface and services. But it is in this layer that we may find a cause of greater consumption: Chrome loads services like Google Discover directly on its home page. Along with data synchronization separate from what was initially integrated into iOS from Safari, consumption may be higher.
iOS 17.4 will rewrite the rules of the game
Comparing battery consumption of browsers on iPhone may depend on many small factors at present, but let’s remember that in a few days everything will change. The imminent arrival of iOS 17.4 will allow each browser can use its own web rendering engine. We will choose it right after the update.
The direct consequence of this is that we will be able to measure the real-world performance of all Safari alternatives exactly as their makers want. Chrome or Firefox engines may be subjected to tests where not only their performance, but also their energy efficiency will be measured.
This will be when the rules of the game change and we can determine if Safari optimization gives all the advantages it wants to have. Additionally, this could be a golden opportunity for Chrome and Firefox to improve the efficiency of their engines by updating their browsers for iOS and iPadOS. Very interesting days are coming in this regard..
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