![]() My MacBook Pro got to around 750 before I replaced it, roughly giving the same number of battery cycles per year as now. Both computers were being used for astronomy grad school. Both the Pro and the Air were my primary (only) computer being used at home and work. ![]() My usage behavior is basically identical. Without further ado, here is what 1 year (152,411 samples) of battery capacity data looks like for my 2012 MacBook Air:Ĭomparatively the Pro destroyed my newer Air! Even though the sampling is quite sparse for the first year, the Pro's trend was clearly more flat. Every model seemed to boast more than enough capacity. In a previous blog post I noted that it would only take a negligible amount of hard drive space to keep such a record for the entire life of your computer at 1-min sampling (though I under predicted the amount of space by about 3x). The previous battery study also provided me with subject matter that was included in a quantified-self art exhibition in Ann Arbor last year. While I obsessed about what to buy for this latest computer, battery life never factored in to my equation. By keeping a record of the battery charge every minute my computer is being used, I am able to track the health of my notebook, as well as study my own computer usage in remarkable detail. Near the end of my previous computer's life I realized I could automate this collection of data. I have one year of data on my laptop battery, recorded every 1 minute of computer usage!Ī little backstory: I started occasionally keeping track of my laptop's battery several computers ago. That's not exactly an officially recognized holiday, but it does mean one thing very cool: A lightweight application that runs in the background without slowing down your mac’s performance is ideal.īy keeping these factors in mind, you can select a temperature monitor that is both reliable and user-friendly, and ensure that your Mac is running at its best for years to come.Update: the GitHub repo for this data/script is now available. The temperature monitor should not consume too many system resources. ![]() The monitor should provide real-time temperature monitoring of Mac’s components, enabling you to detect any temperature increases or spikes as soon as they happen. The ideal temperature monitor should allow for customization of settings, such as setting warning thresholds and the ability to change temperature units (Celsius or Fahrenheit). A user-friendly interface with clear and concise temperature readings and alerts will save you time and help you avoid any complications while using the software. The temperature monitor should be easy to use and understand. A reliable monitor should be able to provide precise temperature readings for both the CPU and GPU. The temperature monitor should provide accurate readings to help you detect any overheating issues in real-time. Not all monitors work with all versions of MacOS, so be sure to check compatibility before purchasing. Compatibility:Įnsure that the temperature monitor is compatible with your Mac’s operating system. Here are a bunch of factors to consider: 1. When it comes to selecting a temperature monitor for your Mac, there are a few things you should keep in mind. What To Lookout For In An Ideal Temperature Monitor for Mac?
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