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If you have a smart home setup and use your HomePod along with the Home app and Siri to manage it, you’ll love the climate feature. You can find out the temperature and humidity in rooms with a HomePod and even set up automation based on the readings.

Ready to get started? Here’s how to use the HomePod temperature and humidity sensors.

Requirements to activate climate sensor on HomePod

In order to use the climate feature, be sure you have the following:

HomePod mini or HomePod (2nd generation): Currently, these are the only compatible HomePod devices with temperature and humidity sensors.

iOS 16.3 or later: The HomePod or HomePod mini needs to be running on 16.3 or later. To check the software on your HomePod or learn how to update it, take a look at our article on finding your HomePod software version.

How to check the temperature and humidity of a room using HomePod

Apple’s Home app is the central spot for managing your smart home devices. From setup to automation, you can take care of everything you need in your Home, including viewing the temperature and humidity.

View climate readings on iPhone, iPad, and Mac

With the Home app open on your iPhone, select Climate at the top. On iPad or Mac, the Climate option is at the top of the Home tab as well as below Categories in the left-hand sidebar.

If you have multiple HomePods or additional compatible sensors set up in your home, you’ll see the temperature and humidity ranges for them all combined.

View climate readings on Apple Watch

Open the Home app on your Apple Watch.

Tap the Climate icon at the top.

You’ll then see the temperature and humidity levels for each room. These are simply listed on one screen.

Ask Siri for the temperature and humidity of a room

You can say things like:

“Hey Siri, what’s the temperature in the kitchen?”

“Hey Siri, is it cold in Sandy’s office?”

“Hey Siri, what’s the humidity in the dining room?”

Prefer to type to Siri on your Mac? You can ask these types of questions there as well.

How to set up temperature and humidity automations on HomePod

Automations allow you to perform actions on your smart home accessories without lifting a finger.

For instance, you can automatically turn on your lights at sunset or turn them off at bedtime. So, why not set up automation based on the temperature or humidity?

If the temperature in your office rises above 80 degrees, you can automatically turn up your air conditioning. Of course, the types of actions you can take depend on the connected HomeKit devices.

Here’s how to create an automation based on temperature or humidity in Home on iPhone.

Open the Home app → select the Automation tab. 

Below Events, choose A Sensor Detects Something.

Pick Rises Above or Drops Below. Then use the wheel to select the degrees or percent. Optionally set the Time and People options at the bottom if applicable. Tap Next.

Choose the room and device you want to activate and tap Next.

Then when the temperature or humidity goes up or down, your smart device should take over to make you more comfortable.

Keep it cool or heat things up!

The temperature and humidity sensors in the HomePod, along with the climate feature in iOS 16.3, are terrific enhancements for smart home users.

What are your thoughts? Are you going to keep up with the climate in your home or set up an automation for those hot or cold days? Let us know!

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With her BS in Information Technology, Sandy worked for many years in the IT industry as a Project Manager, Department Manager, and PMO Lead. She wanted to help others learn how technology can enrich business and personal lives and has shared her suggestions and how-tos across thousands of articles.

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What Is Normal And Safe Motherboard Temperature

If you want to keep your computer fresh, monitoring the temperature of its components is a great way to know whether it is performing smoothly. But, how do you know what temperature is normal for PC parts? 

To discuss this exactly, we have brought you this article on normal motherboard temperature. So, without further delay, let’s get right into it.

Before We Start

So, all we can do is check for components that can increase the motherboard’s temperature.

Parts like CPU and GPU heat up fairly quickly. So, when then there is a rise in temperatures, heat dissipated from said parts will heat up your motherboard. Although CPU and GPU fans do an excellent job keeping their temperature to the limit, the motherboard still absorbs some heat, thus increasing its temperature.

How to Monitor Temperature in PC

There is multiple software that can help you monitor your internal component’s temperature. Applications such as HWMonitor, Core Temp, and MSI Afterburner are universal applications that can monitor CPU temperature.

What Is Normal Motherboard Temperature?

As discussed above, we cannot directly measure the motherboard’s temperature. All we can do is try and analyze the normal motherboard temperature generated from CPU, GPU, RAM, VRM and multiple other parts. 

We have ignored all other variables such as dust, case fan alignment, cable management, and heat from PSU. We have only considered the heat from the CPU, GPU and VRM as these are the components that contribute to changing motherboard temperature the most.

So, here we have discussed what’s the ideal temperature for CPU, GPU and VRM.

What Is Ideal CPU and GPU Temperature?

The CPU and GPU are one of the crucial components that heats up the most. So let us discuss what are the normal temperatures for them according to usage.

These measurements are all from user experience and not from the motherboard manufacturer.

Temperatures on Idle

When a computer is idle, the recommended CPU and GPU temperature should be less than 35 degrees and less than 40 degrees Celsius respectively. The temperature should not exceed 50 degrees Celsius for CPU and 60 degrees Celsius for GPU on idle.

Therefore, the motherboard’s temperature must also fluctuate 20 to 50 degrees Celsius (68 to 122 degrees Fahrenheit). When on idle, your motherboard’s temperature should not exceed 60 degrees. However, this number can go higher if the PC has more workload.

Temperatures on 50% Load

On half load, CPU and GPU temperature must be lower than 50 degrees and 55 degrees respectively. Their temperature should not exceed 75 degrees Celsius for the CPU and 70 degrees Celsius for the GPU.

So, during half load, ideal motherboard temperatures should be around 40 to 60 degrees (104 to 140 degrees Fahrenheit). This temperature should not go beyond 75 degrees Celsius.

Temperatures on Full Load

On full load, i.e., 100% usage, the ideal temperature for CPU should be lower than 60 degrees Celsius but no more than 85 degrees. As for GPU, its ideal temperature during workload should be less than 65 degrees and no more than 85 degrees.

Keeping this in mind, we can assume that the ideal motherboard’s temperature during full load is between 55 to 65 degrees Celsius (131 to 149 degrees Fahrenheit). During maximum load, the motherboard temperature should not exceed 85 degrees.

What Is Ideal VRM Temperature?

VRM, or the Voltage regulator Module manages voltage stability to the processor and the GPU so that there are no power surges. Managing power to these component will heat up the VRM chip, hence most are attached to a heat sink.

So, what are the normal temperatures for a VRM? As it turns out VRMs get pretty hot and can handle up to 90 degree Celsius. Most VRM chips can even run without any issue at 120 degrees. However, higher temperature does mean a reduced life span.

What Are the Things That Can Affect Motherboard’s Temperature?

Besides RAM, CPU, VRM and RAM, there are several other components can affect your motherboard’s temperature.

Case fan alignment

Dust Settlement

Motherboard Capacitor

Cable Management

Issue With the PSU

How to Lower System Temperature?

Here are a few things you can try to lower your system’s temperature.

Case Fan Alignment

One of the things you would want to keep in mind when trying to lower the system temperature is creating a better airflow.

The fan in your PC case should be aligned so that it supplies maximum air into the internal components. There are many types of case fan alignment, but briefly saying, a computer case should have positive airflow in your system. This means that the number of intake fans should be more than or equal to the number of exhaust fans.

Reapply Thermal Paste

If your CPU and GPU are running at a higher temperature than normal, it is probably that the thermal paste on it is dried off. You can fix this by removing the cooler from the CPU or GPU chip and re-apply the paste.

Clean CPU Vents

Vents on the CPU will get dusty over time. If these vents are left untouched, limited air flow inside the system will cause it to heat up.

Remove these vents from the CPU case and use a vacuum cleaner or a blower to clean them

Cable Management

It is necessary to manage cables on your desktop PC since it allows for better air circulation. When you have proper airflow, your system runs at a lower temperature.

Clean Dust Off PC

Dust on vital parts of your computer, such as case fans, restricts the heat dissipation from components. Hence, increasing its overall temperature. Furthermore, dust can also slow down the fan’s RPM causing a chipset to heat up.

Therefore, Cleaning dust off PC parts will decrease overall system temperature.

Change PSU

If you have a PSU (Power Supply Unit) under stress, it will generate a lot of heat. This will increase your system’s overall performance.

Try using a different PSU to check if it runs cooler than before. If it does then your system might need a different power supply


So, to sum it up, your motherboard’s temperature under 80 degrees Celsius can be considered ideal, depending on workload. However, temperature above 90 or 95 degrees is something to be concerned about.

How To Use And Create Bitbucket Tags?

Definition of Bitbucket Tags

Bitbucket provides different features to the developer to make development easy; the tags are one of the features that Bitbucket provides. Tags mark a particular commit at a point in our vault repo. When we try to commit a tag at that time, it includes every one of the progressions before it. We can later contrast tags to see the distinction between the two places per our requirement. Normally tags are ordinarily used to check release versions with the release name as the tag name. Bitbucket Cloud upholds tags for Git vaults.

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What are bitbucket tags?

Tag marks a particular commit at a point in your vault history. When you tag a commit, you include every one of the progressions before it. Bitbucket Cloud upholds the tag for Git storehouses.

Tags are refs that highlight explicit focuses in Git history. Tagging is largely used to catch a point in history utilized for a checked form discharge (for example, v1. 1.0). A tag resembles a branch that doesn’t change. However, in contrast to branches, tags have no further history of committing in the wake of being made.

Here is a hypothetical situation for adding tags: You’re a delivery administrator preparing for delivery, so you explore Bitbucket’s UI and view all the commits, searching for the one that has every one of the elements you need to incorporate, and has passing forms. You find the commit and understand that it is feeling the loss of a delivery tag, so you go to the order line – make and push the tag so you can tag the commit for the delivery, then, at that point, return to Bitbucket’s UI to see the tag and at last, do the delivery. This is a significant aggravation that shakes clenched hands at setting exchange.

How to use bitbucket tags?

Now let’s see how we can use Bitbucket tags as follows.

Git tags resemble achievements, markers, or a particular point in the repo’s set of experiences as huge. Tags are typically used to check stable deliveries or accomplish important achievements. Tags can help the repo clients effortlessly explore the significant pieces of the code history like delivery focuses.

To list Git tags, you must utilize the “git tag” order without any contentions. You can likewise execute “git tag” with the “- tag name” choice to have a broad portrayal of your tag list. Alternatively, you can decide to indicate a tag design with the “- l” choice followed by the tag design.

Create a tag in Bitbucket

Add tags to commits

Now let’s see how we can add the tags to commits.

To add a tag, explore to commit in your vault and snap on the submit needing a tag. In the subtleties sheet, on the right half of the submit view, you can see ‘current labels’ and ‘make the tag.’ Once ‘make tag’ is chosen, the creator and timestamp will be recorded. Later, we will grow labeling from the UI with the capacity to add custom messages to commend any clarified git tag applied in the UI. Assuming that you are searching for lightweight labels, they can, in any case, be added using our API but are not accessible in the UI.

We have different tag tasks for git commands.

If we need to create a lightweight tag at that time, we can use the following command.


We hope from this article you learn more about the Bitbucket tags. From the above article, we have taken in the essential idea of the Bitbucket tags and see the representation and example of the Bitbucket tags. Furthermore, this article taught us how and when to use the Bitbucket tags.

Recommended Articles

This is a guide to Bitbucket Tags. Here we discuss the Definition, What is bitbucket tags, How to use bitbucket tags, and examples. You may also look at the following articles to learn more –

How To Enable And Use Gmail Offline

Gmail is the go-to email app for pretty much everyone. The very word is often used interchangeably with “email,” and no one bats an eyelid. It’s a feature-packed email client. With a little tweak, you can even use Gmail offline, browsing existing emails and composing emails so they automatically send when you’re back online.

Here’s how to enable and use Gmail offline.

A bunch of new options and information will appear telling you how much storage space Gmail is using on your hard drive. You can also pick how far back you want Gmail to store your emails offline and whether or not to download attachments.

Security-wise, the last option is really important. By default, Gmail offline will of course store data locally on your PC. (That’s the whole point, isn’t it?) With these security options, however, you can choose whether you want Gmail to store your data locally if you log out of your Google account on that PC.

Want more Gmail-related tricks? See our list of the best new Gmail features you need to know about. Also see our guide on how to save Gmail attachments on Android.

Robert Zak

Content Manager at Make Tech Easier. Enjoys Android, Windows, and tinkering with retro console emulation to breaking point.

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Russian Startup Adds Five Life Sensors To Your Iphone

When the original iPhone came along more than five years ago, it contained a set of sensors that opened up new possibilities: the proximity, ambient light and accelerometer sensors were all part of the package. The iPhone 3G added GPS, the iPhone 3GS threw in a magnetic compass, and a gyroscopic sensor debuted with the iPhone 4, enhancing the handset’s perception of how it is moved, a boon for augmented-reality games and applications.

Some Android handsets include additional sensors, namely the barometer circuitry. But what if the iPhone packed in a bunch of other sensors to monitor the world around you in even greater detail?

Enter Lapka, a Russian startup which just released its first product, a $220 iPhone dongle that adds five sensors for detecting radiation, electromagnetic fields, humidity and temperature and – watch this – a sensor that determines how organic your food is.

According to The Verge:

Each sensor is molded from wood and injection-molded plastic, and looks like it would fit better on the shelf of an Apple Store than in your high school’s science lab. In fact, each sensor plugs into your iPhone’s headphone jack as if it were a Square card reader.

The goal of this accessory inspired by Yves Saint Laurent and NASA is to take personal environmental life-logging to the next level. Of course, other products strive to do the same – like Jawbone’s Up bracelet or Kickstarter’s Twine – but none packs in such a comprehensive set of sensors.

Creative Director and co-founder Vadik Marmeladov likens the accessory to a talisman of sorts “which you hold to be safe”.

It’s really an accessory. It’s another pair of shoes, or another bag, or another pair of nice glasses.

And when you want to measure how organic your food is, just pierce its steel probe through raw fruits and vegetables. The sensors picks measurements of electrical conductivity “which correlates to the relative concentration of nitrate ions left behind from nitrogen-based fertilizers”.

There are various fruit and vegetable presets inside Lapka that denote different threshold for nitrate content — and tell you when you might want to be worried.

Sounds cool.

As for the humidity / temperature and electromagnetic field (EMF) sensors, you’ll want to use it to, say, measure specific guidelines for newborns about EMF and humidity.

Sleep deprived?

Use the dongle to find the spots in your home with the lowest electromagnetic pollution.

And if you’re shit scared of World War III, the radiation sensor, basically a miniaturized standard Geiger counter, should come in handy.

The Lapka owes its small size to using the iPhone’s power source and computing power.

The Lapka owes its small size to using the iPhone’s power source and computing power.

The accessory works in conjunction with a free iOS app that measures, collects and analyzes the hidden qualities of your surroundings.

As you go about your day, the dongle continuously measures your environment and feeds data to the app. You can later check out the charts and flip through days’ worth of readings with ease.

Entries are also uploaded to the Lapka cloud and can be shared with your Facebook and Twitter friends, in addition to email and SMS. What you get is a nicely animated web page with your data.

Here’s a nice video overview by The Verge (Flash-only).

The accessory launches today and will run you $220 over at the Lapka web store. If you think the price is too high, consider that’s what a good quality humidity detector costs.

Something tells my our own Jeff Benjamin will want to get his hands on Lapka’s personal environment monitor.

Concept: How Apple Could Turn Homepod Mini Into A Delightful And Adorable Smart Display

Apple’s home strategy has been all over the place, but the company appears to finally have a hit with the HomePod mini. Rumors have been floated about Apple making a HomePod with a display, but word on the street is that the product being tested looks a lot like an iPad mounted to a speaker. Instead of making a Frankenstein product very similar to Google and Amazon’s products, Apple should take the blueprint it’s laid out with HomePod mini and use it as a basis for a unique ambient smart display.

An angled circular display

The top surface of the HomePod mini lights up with colorful Siri animations, but it can’t actually display any sort of content or controls. In fact, the HomePod mini has volume controls printed on the surface, which would obstruct any visuals. HomePod mini’s design, however, is a lovely complement to nearly any space. And the vibrant colors introduced last year help add a pop of fun to drab rooms.

HomePod mini’s light-up surface is on the top of the device, but I propose that Apple angle the surface and add a proper touch display. The new angle would allow users to more easily use controls and view content – it’d be far better and add more utility to the product.

Touching the HomePod touch’s display

HomePod mini is already powered by Apple Watch’s S5 chip and it runs a variant of iOS called audioOS. The technology is already in place to power a small smart display. The software for this smart display could be based on watchOS and even feature faces from the Apple Watch.

Apple Watch faces

The ‘HomePod touch,’ as I like to call it, could start with a customizable clock that lets you choose from a handful of circular Apple Watch faces. Below you can see what Utility and the Mickey Mouse faces would look like on HomePod. This new functionality would turn the HomePod mini into a particularly good bedside alarm clock.

Utility and Mickey Mouse clock faces

Controls for apps

But a clock isn’t the main reason HomePod mini should gain a display. It should gain a display for utility. You could ask Siri to show home controls for lights and other accessories. HomePod mini is great for calls since it offers vastly improved audio. A display could show the name of the person you’re talking to, a mute button, an end button, the length of the call, and more.

The space gray HomePod touch would have a consistent black background that works perfectly with watchOS user interfaces. The white HomePod touch could use a persistent white background that complements the physical design of the product. I imagine the HomePod touch with an LCD rather than an OLED to allow for the persistent bright colored backgrounds, particularly since the display would be on at all times removing any sort of fear of burn-in and keeping the price low.

HomeKit lighting controls & a phone call

Media controls

Music controls and podcast controls

Fun, fresh colors

The new colors that Apple introduced for the HomePod mini in November gave the product a breath of fresh air. The yellow and orange colors in particular really light up a space. The colors have been very difficult to get and have helped the HomePod mini grow in popularity.

For the HomePod touch, Apple could offer green, blue, and pink options as well as white and space gray. They’d all have matching braided cables like the standard HomePod mini and rubber bottoms to stay in place on a table.

Green, blue, pink, white, and space gray HomePod touch models

Pricing strategy

The HomePod touch would effectively be the current HomePod mini and its great speaker coupled with a small Retina display. The current HomePod mini is priced at $99 and the HomePod touch would effectively add a built-in Apple Watch. You can look to the Apple Watch Series 3 at $199 and remove all of the health sensors, water proofing, and more expensive materials. HomePod touch would ideally be priced at $199 and be an obvious step up from the HomePod mini.

The display and added functionality would make a good case to any consumer shopping for a simple home smart speaker. And customers who already have HomePod mini could seamlessly add a HomePod touch into their current setup. You could even create stereo pairs with HomePod touch and HomePod mini.


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