Month: August 2018

Get more life out of your iPhone battery

You’re on the go today – out of the office, out of the house, and attending a business event. Everything is going fine and dandy until you look down at your phone to see your worst nightmare come true. Your iPhone is at 25 percent battery life. Before you panic, know that the answer to your dilemma may just be in the palm of your hand: in the Settings of your phone. So when a battery emergency strikes, try these five tips first before screaming into a pillow.

Activate Low Power Mode

Perhaps the easiest way to save iPhone battery life, Low Power Mode can be activated with a single tap. When switched on, it automatically adjusts several settings to extend the life of your battery: it reduces the brightness of your screen and the amount of battery power your apps are using, disables the automatic fetching of new email, and it powers off the display more quickly.

To activate Low Power Mode, press Settings > Battery and then tap Low Power Mode so that the green light is on.

Lower the screen brightness

The brighter your iPhone screen, the more battery it drains. And really, there isn’t much of a need to have an excessively bright screen because in most instances (being outside in the sunshine excluded) you can easily see everything on the screen at a lower brightness level.

To adjust the brightness of your iPhone, there are two simple ways to go about it. First, flick the Control Center tab upward from the bottom of your screen. There you’ll find a brightness adjuster that looks like a vertical bar with a sun icon on it. Simply slide the adjuster up or down to increase or decrease your display’s brightness level.

Alternatively, you can adjust your iPhone’s brightness in Settings > Display & Brightness (it’s called Brightness & Wallpaper in iOS 7). You can also turn on Auto-Brightness to automatically adjust the brightness of your phone by going to Settings > General > Accessibility > Display Accommodations. When you turn this setting on, you’ll save energy because your screen will need to use less power in dark places.

Switch off Wi-Fi

As much as you love using the Wi-Fi on your phone, it is a proven battery life killer. The funny thing is, the degree it drains battery life varies by location. For instance, if you’re at home (where iPhone battery life is less of a problem to begin with), Wi-Fi will use less battery. But when you’re out and about, your phone is often searching for a Wi-Fi signal to connect to, and this drains battery. So if you can hold off on your mobile browsing and email till you get home, your phone will stay powered on quite a bit longer.

Switch off cellular data

Like Wi-Fi, cellular data can also eat up battery quickly – especially if you’re in an area where there’s no cellular coverage. When this happens, your phone begins to search non-stop for a signal, which is a huge battery drainer. So if you’re short on juice and don’t need to browse the internet, turn off your cellular data function. Doing this can easily provide an extra hour or two of additional battery life.

Activate Airplane mode

Desperate times call for desperate measures, and this is exactly when you need Airplane mode. If you’re down to 20ish percent battery life and need your phone to last for a few hours longer, Airplane mode may just be your savior. By switching it on, your phone will shut down all wireless activity, including cellular, Bluetooth and Wi-Fi. Doing this is obviously not ideal, but if you have little battery life and want your phone available in case of emergencies, this is your best option (next to switching it off). Once in Airplane mode, you can individually turn on certain wireless functions, such as Bluetooth or Wi-Fi, while staying in Airplane mode.

To switch on Airplane mode, you can do so from the Control Center screen or by going to Settings and then clicking on Airplane mode.

Any other options?

If you must have your cake and eat it too, there’s an alternative choice that provides an extra battery bump with the ability to use Wi-Fi, keep your screen bright, and use your iPhone without adjusting any settings. The answer is to buy a power supply, also known as a power bank, which you’ve likely seen for sale at your local Best Buy or on Amazon. These delightful portable chargers are continually shrinking in size, with some even as small as lipstick, so it’s no longer a hassle to carry them around. You can simply slide it into your pocket and plug it in when needed.

If you’re looking for more ways to get the most out of your iPhone or are looking to service your Apple technology, feel free to shoot us a message. We’re happy to help in any way possible.

Published with permission from TechAdvisory.org. Source.

Are you sufficiently cooling your servers?

In this day and age, almost every business employs some type of server management. If yours is hosted locally, temperature control could mean the difference between running smoothly and running into the ground. Understanding how to properly cool your servers prevents data loss and ensures the longevity of your hardware’s life.

How does temperature affect my servers?

High temperatures in server hardware can result in different types of damage. A server that completely crashes for any reason results in costly data loss and service interruptions, but the unbiased advisory organization Uptime Institute warns that overheating that doesn’t always result in total failure. Every 18 degrees higher than 70 degrees Fahrenheit, hardware reliability decreases by 50%. This decrease in reliability can be just as, if not more, expensive for your hardware budget in the long run.

Cooling methods can’t just be implemented and forgotten; they must be closely monitored to ensure the health of your server hardware in the short and long term. Options for temperature management range from simple low-budget solutions to expensive outsourced alternatives. Determining your server management budget will greatly depend on what types of methods you intend to implement at your SMB.

Cooling methods

Which system you use to cool your server largely depends on how much power your hardware is using. The more watts a computer needs to operate, the harder it’s working. This number will determine the scope of your temperature management needs.

For example, PCWorld says passive temperature control is adequate for any equipment operating at less than 400 watts. This includes simple solutions like positioning your server away from walls, low ceilings, cable clusters, and anything else that can block hot air from dissipating naturally.

For computers using between 400 and 2,000 watts, strategic ventilation becomes a necessity. Adding passive ventilation is viable up to 700 watts, but fan-assisted ventilation will be required above that and up to 2,000 watts. With the increased power consumption, temperatures will rise, and air movement needs to be more closely managed. At this stage, simple vent and oscillating fans will suffice.

Anything higher than 2,000 watts needs dedicated cooling solutions. This means air-cooled units to actively reduce server room temperature. Depending on the size and arrangement of the space, a simple self-contained unit may be enough to reduce temperatures to acceptable ranges. But if you’re not sure, you should schedule a consultation with a vendor to consider more drastic cooling and monitoring methods.

Keeping your servers running at ideal temperatures means smoother data operations, lower hardware budgets, and one less thing to worry about at your SMB. As your business continues to grow and develop, keep close tabs on increasing server loads — it could save you from devastating data loss. If you need more detailed advice about server management, or have any other questions about your hardware setup, contact us today.

Published with permission from TechAdvisory.org. Source.