Friday, 22 September 2017

The iPhone 8 back glass is more expensive to fix than the screen

The iPhone 8 and 8 Plus' most obvious design change is the switch to a glossy, glass back. There was a chance this glass would be priced at or around the same price as a cracked screen under AppleCare+, but that's apparently not the case: AppleInsider confirmed today that a broken back won't qualify for a $29 screen replacement. It'll instead be subject to an "other damage" fee of $99 (plus tax).

Apple gives users two screen replacements and two miscellaneous damage incidents at the $29 and $99 price respectively. After that point, the damage price jumps to $349 for the iPhone 8, and $399 for the iPhone 8 Plus. So basically, don't crack your phone's glass or else you're going to be dishing out lots of cash. AppleCare+ costs $129 for the iPhone 8 and $149 for the iPhone 8 Plus.

We don't have pricing for the iPhone X’s repairs yet. We know Apple will charge $199 for its warranty program, but the company hasn't said how much it'll charge for a screen replacement or broken glass. We can probably assume a new screen will cost more than $29, as the screen is already supposed to be somewhat limited in supply. Cherish the original screen or pay up, I guess.

l  Fujitsu FPCBP334 battery for Fujitsu LifeBook LH532 LH532 AP 6Cell
l  Clevo TN70MBAT-4 battery for CLEVO TN70 TN71 TN70M
l  HP 3ICR19/66-2 battery for ProBook 4330s 4331s 4430s 4431s 4435s 4436s 4530s 4435s

What is Motherboard "Tattooing” and what does it mean for your motherboard?

You may have heard the term “tattooing” applied to motherboards, and wondered what the term means. A motherboard tattoo is a code that is imprinted on a specific motherboard that locks it to a specific disc, such as a diagnostic or recovery disc that is packaged with the machine. This process is a sort of copy protection that keeps users from using the recovery disc of one machine to install the operating system and other tools onto an unauthorized machine.

The “tattoo” is generally a bit of code programmed into the BIOS of the laptop system boards. When a user attempts to boot from the disc, the BIOS compares the code to the one on the disc, and if the codes don’t match, the system will not boot from the disc. This is common with many HP laptop system boards.

While this system is generally a fairly reasonable way to keep discs from being used on unauthorized systems, it also creates a serious problem for some users who have lost their original disc. Since the system is also tied directly to the disc, a user who has lost their original disc may not have any way to boot a troubled system without the recovery disc, since the system will not boot from an unauthorized disc. In many cases, the solution is to reprogram the BIOS to accept a new disc, which may require sending the computer to the manufacturer for a laptop repair and reprogramming of the chip.

If you have a recovery disc that will not boot with your computer, or you have lost the recovery disc that came with your computer and have no way to boot or repair it, you should contact the manufacturer. The manufacturer may have some options for helping you to repair or recover your system and get it back to a working state. If the problem requires a replacement part, visit our homepage to view parts for your specific model.

l  Fujitsu FPCBP334 battery for Fujitsu LifeBook LH532 LH532 AP 6Cell
l  Clevo TN70MBAT-4 battery for CLEVO TN70 TN71 TN70M
l  HP 3ICR19/66-2 battery for ProBook 4330s 4331s 4430s 4431s 4435s 4436s 4530s 4435s

T-Mobile and Sprint could announce their merger in October

T-Mobile and Sprint’s on-again, off-again merger talks may be nearing a conclusion. Reuters reports that the two companies are now “close” to reaching “tentative terms” on a merger and could announce a deal by the end of October.

The merger would reportedly give T-Mobile’s owner, Deutsche Telekom, a majority stake in the combined company, while Sprint’s owner, SoftBank, would have somewhere between 40 and 50 percent. T-Mobile CEO John Legere would lead the combined company, according to Reuters.

Those terms are a big flip from what SoftBank had envisioned when it first proposed a merger several years ago. At the time, T-Mobile was struggling, and Sprint was looking at absorbing the then-tinier carrier. In the years since, however, T-Mobile has revitalized its business with aggressive promotions that undercut Verizon and AT&T, and it’s since moved up above Sprint, which is now the carrier desperate for attention.

A deal never happened years ago largely because, under Obama, the FCC was pretty clear that it wouldn’t be approved due to concerns about market consolidation. But with the Trump administration, that’s no longer a worry. It’s pretty much a sure thing that the merger would go through.

Reuters says the combined company would have over 130 million subscribers, barely behind AT&T and Verizon. At the end of last year, AT&T had close to 135 million subscribers and Verizon had close to 146 million.

There’d been some discussion of Sprint potentially ending up with other companies, including Charter or a joint venture between Charter and Comcast. It’s not entirely clear why that fizzled out, but it’s possible Sprint was trying to make negotiations harder for T-Mobile, which always seemed to be Sprint’s most interested suitor.

l  Fujitsu FPCBP334 battery for Fujitsu LifeBook LH532 LH532 AP 6Cell
l  Clevo TN70MBAT-4 battery for CLEVO TN70 TN71 TN70M
l  HP 3ICR19/66-2 battery for ProBook 4330s 4331s 4430s 4431s 4435s 4436s 4530s 4435s

Thursday, 21 September 2017

Sony Laptop Batteries

As one of the largest companies in the world, Sony has a reputation for quality. Sony’s laptops, especially their VAIO series, are often chosen by high-end users who need quality and style in their laptop.

Sony is one of the few laptop manufacturers to make their own laptop batteries. In fact, they also make laptop batteries for many other manufacturers. The majority of the batteries they make use lithium-ion technology. Lithium-ion is chosen for its long battery life, its large power-to-weight ratio, and lack of the “memory effect” that affects older battery technologies.

When shopping for a replacement for a Sony laptop battery, you should carefully remove the old battery to look for a model number or serial number that will help identify the replacement. First, shut down the laptop and disconnect its AC Adapter and power cord. Turn the laptop over and find the release slider or button that releases the Sony laptop battery, then carefully remove it.

The easiest way to find a replacement for your Sony laptop battery is to use a parts locator tool, or a part number search, available at many online retailers. This tool allows users to enter their laptop or battery model number, and will then display compatible parts for replacement. Since many laptop batteries are only compatible with specific models, it is important to ensure that the Sony laptop battery you buy is compatible with your exact model.

When shopping, you may be given the option of buying an OEM battery or a compatible battery. A compatible laptop battery is one made with the same specifications of the original battery, but at a lower price, since it is not made by the manufacturer of the laptop. When buying compatible batteries, ensure that you are buying from a reputable seller that guarantees the quality of their products.

Once you have your new battery, simply replace it in the same way you removed your old battery, power up your laptop and ensure that your new battery is working.

l  HP 626869-851 battery for HP Pavilion Dm1-3000 Dm1-3100 Series
l  TOSHIBA PA3444U-1BRS battery for Toshiba Portege R200 R205-S209 Series
l  Lenovo L13L4A61 battery for Lenovo FLEX 2 14 15 15D
l  Acer AS10D75 battery for Acer Aspire 4551G 4771G 5741G 4741

l  ASUS C23-UX32 battery for ASUS VivoBook U38N Zenbook Prime UX32A Series

Apple MC556LL/A Laptop AC Adapter Review

The Apple 85W MagSafe Power Adapter is the highest wattage available in this line of Apple MacBook AC adapters. It is designed for use with any 15 or 17 inch MacBook Pro models.

These MagSafe Apple laptop AC adapters bear the companies landmark magnetic design. Rather than plugging into a jack on your MacBook, these adapters instead latch onto your machine via a magnetic connection. Aside from giving your machine a very cool design factor, this is actually a very functional design. First, this design is as efficient as any DC jack connection. However, this magnetic connection is much faster, easier, and more convenient to attach and remove. Also, it doesn't require any more parts on your machine, which means there's less to break or require repair.

This is actually a safety feature of the machine as well. A common source of damage to both typical laptop AC adapters and DC jacks is caused when someone trips over or hits the cord connecting the adapter to the machine. In a DC jack connection, this connection is rigid, and the force can bend pins or jacks, or cause stress on the cord and connections themselves, which can damage or outright break your components. With this magnetic connection, the cord simply falls away, with no damage to either component, and even without any kind of accident, a much longer lifespan for your adapter.

Just like Apple's innovative laptop batteries, these adapters also bear an LED light indicator indicating to you the status of its charging or running state. An amber light indicates your battery is charging, while a green light tells you your battery is fully charged. These adapters are designed with a unique shape as well, meant for the cord to wrap neatly and securely around its own cube designed plug, for convenient storage and portability.

l  HP 626869-851 battery for HP Pavilion Dm1-3000 Dm1-3100 Series
l  TOSHIBA PA3444U-1BRS battery for Toshiba Portege R200 R205-S209 Series
l  Lenovo L13L4A61 battery for Lenovo FLEX 2 14 15 15D
l  Acer AS10D75 battery for Acer Aspire 4551G 4771G 5741G 4741

l  ASUS C23-UX32 battery for ASUS VivoBook U38N Zenbook Prime UX32A Series

How to Make Your Cell Phone Battery Last Longer


1. Turn the phone off. Only do this if it's going to be for several hours; turning a phone on/off actually uses a massive amount of power itself. This will probably be the most effective and simple way of conserving your battery’s power. Why? This will help conserve energy and also charge your phone. If you don't plan on answering the phone while you're sleeping or after business hours, just turn it off. Do the same if you are in an area with no reception (such as a subway or remote area, since constantly searching for service depletes the battery fairly quickly).

2. Stop searching for a signal. When you are in an area with poor or no signal, your phone will constantly look for a better connection, and will use up all your power doing so. This is easily understood if you have ever forgotten to turn off your phone on a flight. The best way to ensure longer battery life is to make sure you have a great signal where you use your phone. If you don't have a perfect signal, get a cell phone repeater which will amplify the signal to provide near perfect reception anywhere or simply turn on flight (airplane) mode (as said previously).

3. Do not follow the method of full charge and full discharge. Avoid letting your cell phone's battery run all the way down. Unlike nickel-based batteries (such as the NiCd or NiMH rechargeable AA batteries seen in most supermarkets), lithium-based batteries are designed to be charged early and often, and letting them get too low can damage the battery. With lithium-based batteries, doing shallow discharges and frequent charging prolongs battery life.

4. Switch the vibrate function off on your phone. Use just the ring tone. The vibrate function uses additional battery power. Keep the ring tone volume as low as possible.

5. Turn off your phone's back light. The back light is what makes the phone easier to read in bright light or outside. However, the light also uses battery power. If you can get by without it, your battery will last longer. If you have to use the back light, many phones will let you set the amount of time to leave the back light on. Shorten that amount of time. Usually, one or two seconds will be sufficient. Some phones have an ambient light sensor, which can turn off the back light in bright conditions and enable it in darker ones.

6. Avoid using unnecessary features. If you know it will be a while before your phone’s next charge, don’t use the camera or connect to the Internet. Flash photography can drain your battery especially quickly.

7. Keep calls short. This is obvious, but how many times have you heard someone on their mobile phone say, "I think my battery’s dying," and then continue their conversation for several minutes? Sometimes, the dying battery is just an excuse to get off the phone (and a good one, at that), but if you really need to conserve the battery, limit your talk time.

8. Turn off Bluetooth. It will drain your battery very quickly. Only turn Bluetooth on when needed.

9. Same goes for WIFI, GPS, and infrared capabilities, if your phone has these features built in. Keep them off except when you need them.

10. Turn the brightness of the display to the lowest setting possible.

11. Adjust your network settings when possible. Use 3G (HSPA, HSPA+, UMTS) or 2G (GSM) rather than 4G (LTE). Using your phone in 4G will drain the battery quicker than if you just use 3G or 2G. Turn 4G (LTE) off when there is weak to no 4G signal in your area. When using 4G, both the 3G and 4G radios are turned on therefore it will use a lot of power. You may also turn off 3G and use 2G if there is weak to no 3G.

12. With a smartphone, avoid using moving or animated pictures or videos for your background. Animated backgrounds will drain the battery faster.

l  HP 626869-851 battery for HP Pavilion Dm1-3000 Dm1-3100 Series
l  TOSHIBA PA3444U-1BRS battery for Toshiba Portege R200 R205-S209 Series
l  Lenovo L13L4A61 battery for Lenovo FLEX 2 14 15 15D
l  Acer AS10D75 battery for Acer Aspire 4551G 4771G 5741G 4741

l  ASUS C23-UX32 battery for ASUS VivoBook U38N Zenbook Prime UX32A Series

Wednesday, 20 September 2017

How to Maximize the Charge of an Apple Battery

You can take some easy steps to prolong the charge of your Apple Macbook battery. Here are some simple settings and steps you can take to get the most out of your MacBook, MacBook Pro 13 inch (33.0 cm) battery , MacBook Air, iBook G4 or PowerBook G4 battery.

1. Optimize your battery settings in Energy Saver preferences (1. From the Apple menu, choose System Preferences. 2. From the View menu, choose Energy Saver. 3. Click Show Details. 4. Choose Battery or Battery Power from the " Settings for" pop-up menu. 5. Choose Longest or Better Battery Life from the Optimize Energy Settings pop-up menu.)

2. Set your screen brightness to the lowest comfortable level (1. Press the F1 (dimmer) and F2 (brighter) keys to dim the 2.screen until the brightness is as low as possible and the screen is still comfortable to look at.)

3. Turn off unused features and technologies.

l  Fujitsu FPCBP434 battery for Fujitsu LifeBook AH544 E733 E734 S904 Series
l  NEC PC-VP-BP90 battery for Nec PC-VP-BP90 OP-570-77012 series

Google kicks off Android One in the U.S. with the Project Fi-equipped Moto X4

Google is finally bringing its Android One program to the U.S., but not in the way you think. Instead of a super-low-priced phone with bare-minimum specs, the first U.S. Android One phone is actually the Moto X4. And it’s a Project Fi exclusive.

The Android One Moto X4 is essentially the same phone as the one you get direct from Motorola, with a 5.2-inch 1080p display, Snapdragon 630 processor, 3,000mAh battery, dual rear cameras (12MP and 8MP), and fast charging. What’s different is all on the inside.

For one, it will run on Google’s Project Fi network, which until now was limited to Pixel phones. It will also run what Google describes as a “pure Android experience with a clean software design and a carefully curated set of preinstalled apps to give you just what you need.” That means you’ll be leaving Alexa behind, as well as Moto’s suite of proprietary apps. But you will get timely updates.

Eventually, anyway. The Moto X4 Android One phone will ship with Nougat 7.1 installed, but Google is promising to deliver Android Oreo before the end of the year. It also said that the Android One Moto X4 "will be among the first phones" to receive an upgrade to Android P next year, presumably alongside the Pixel and Pixel 2 phones. The Moto X4 is certain to follow the standard Google upgrade guarantee, with two years of version updates and three years of security patches.

You’ll also need to sign up for Project Fi if you want a Moto X4. For $20 a month, you get unlimited U.S. calls and texts as well as international texting in more than 135 countries, and you can add data on top of that for $10 a gig. Whatever you don’t use will be returned to you in the form of a monetary credit. So, if you use 2.4GB of your 3GB plan, you’ll get $6 back on the following month’s statement. Project Fi isn't available everywhere, however, so Google lets you check availability before purchase.

The Moto X4 Android One will cost $399 and is available for preorder today in blue and black. Previous Nexus users can also take advantage of a new trade-in program that offers up to $165 in credits. Also, users who sign up before Oct. 5 will receive $50 in Fi credits.

Why this matters: While it’s only one phone, the Moto X4 Fi edition represents a significant expansion of the Android One program. Until now, Android One was a little-known international program offering low-priced phones that were forced to adhere to strict minimum hardware requirements for RAM and storage (and of course, OS and updates). Basically, it was to make sure that people buying inexpensive phones weren’t throwing their money away on garbage.

By bringing the Moto X4 to Android One, Google is signaling a willingness to work more closely with manufacturers to offer pure Android on higher-end hardware that isn't made by Google. Now, we’re not likely to see an Android One Galaxy S8 (but seriously, how great would that be), but the more phones that get timely Android updates, the more pressure it puts on Samsung and others to push out updates more quickly to their own devices. And that's good for everyone.

l  Fujitsu FPCBP434 battery for Fujitsu LifeBook AH544 E733 E734 S904 Series
l  NEC PC-VP-BP90 battery for Nec PC-VP-BP90 OP-570-77012 series

How to Protect Yourself when Using a Cell Phone


The World Health Organization has announced on May 31, 2017 that cell phones can possibly cause cancer and as a result, have listed cell phones as a "carcinogenic hazard", in the same category with lead and engine exhaust. The peer-reviewed study consisting of 31 scientists from 14 different countries found evidence for an increase in some brain cancers (Glioma and acoustic neuroma), cancers that take a while to develop and the scientists fear that long-term usage could result in more of these types of cancer.

Cell phones communicate using signals in the microwave spectrum. The invisible stream of RF (radio frequency) signals penetrate our bodies when the device is held close, and as well as the long-term potential for cancer, there is also the potential to impact cognitive memory functions and to cause disorientation and dizziness. This article explains how to take precautions when using your cell phone.

1. Balance the safety and convenience. While there have been ample studies showing that there may be side effects to cell phone usage, there have been many studies refuting the health impacts, causing a large level of uncertainty and misunderstanding. It's human nature to keep using something that works for us unless proven hazardous, so this uncertainty has worked in favor of continued, increased use of cell phones. Understandably so too – cell phones are convenient, they allow you to find people fast, do business anywhere, and stay in touch around the world. However, they are also a "massive human experiment", with more than 2-4 billion people in the world experiencing 70 to 80 percent of the cell phone's energy penetrating the skull, with unknown long-term outcomes. When weighing up this convenient tool with the questionable health impact, do you want to take this risk with your health? Choosing to err on the side of caution and taking measures to reduce your exposure to radio frequency (RF) emissions from your cell phone is a good preventative health action over which you have control.

2. Return to the cord phone or land-line phone. Try taking most of your calls using the "old-fashioned" way of a phone plugged into the wall. If you like pacing as you talk, get a longer cord. At least make a large effort to take calls that you know will last a long time on a corded phone for your day-to-day communications.

3. Limit the length of your calls on your cell phone. Prolonged extended use of cell phones increases your exposure to the radiated signals from your device; even a two minute call has been shown to alter your brain's natural electrical activity for up to an hour afterward. By reducing the amount of time spent of the cell phone and by relegating it to emergency use, you can reduce your exposure to it. Turn it off and keep it in a carrying bag, away from your body but handy should you need to use it.

4. Use a hands-free device or wireless headset to increase the distance between the phone and your head. The best approach to using a cell phone to create distance between you and the radiating phone. When speaking, place the phone on speakerphone. The speakerphone option is a good one because it allows you to hold the phone away from you as you speak.

5. Stay still when using a cell phone. If you keep moving around with it, more radiation is emitted because the phone needs to keep track of you. This covers walking and being inside a vehicle; as you move, the phone continues to scan to keep up with the changes in position.

6. Turn the cell phone off when not in use. A cell phone that is in standby mode is still emitting radiation. When it is off, this ceases. Do not carry the cell phone next to your body; instead, keep it in a bag. This is especially important if you have become used to wearing it in a pocket next to your groin; research has shown that men wearing cell phones next to their groin have up to a 30 percent reduction in sperm count. Keep it away from all vital organs (heart, liver, etc.).

7. Consider either not giving cell phones to children or limiting their usage to emergency circumstances. Keep in mind that children are more susceptible to the radiation emitted from the cell phone. Their skulls are thinner and their brains are less developed. Moreover, since they are growing, their cells divide at a much faster rate, which means that the impact of radiation can be a lot worse.

8. Look for products designed to shield you as a cell phone user. There are several devices on the market offering their own claims. Read the information accompanying the products and decide what is likely to work best for you. Some of the possibilities include:

9. Purchase a cell phone that rates as low as possible on the scale of radiation emissions. Some cell phones are definitely better than others on this scale, so as a consumer, vote with your purchase power and let cell phone companies know that less radiation is what consumers demand.

l  Fujitsu FPCBP434 battery for Fujitsu LifeBook AH544 E733 E734 S904 Series
l  NEC PC-VP-BP90 battery for Nec PC-VP-BP90 OP-570-77012 series

Tuesday, 19 September 2017

How Does a Smartphone Work?

The availability of hardware and software determines how smartphones work, or, for that matter, that they even exist. With the advent of touch screens that actually gave users a responsive surface, smartphone interfaces become more intuitive. Furthermore, the introduction of geolocation technology as an integrated part of cellular provider services provided applications with a way to locate the user on maps or for social networking purposes. Small and portable long-term memory gave these phones the ability to store pictures and other media. Finally, mobile device-specific operating systems brought all this technology together into a smartphone that can take pictures, browse the Internet, and run applications. This collection of technology is what makes smartphones work.

Touch Screens

Touch screens have existed since the days of PDAs, usually used in tandem with a stylus. Following that, resistive touch screens emerged. These touch screens were constructed of layers of conductive material separated from each other. When the user puts pressure on the surface of the screen, either with a stylus or finger, the layers would touch and complete a circuit, sensing the location of the touch. Capacitive touch screens use the conductivity of the touching object -- a finger, usually -- to register touch. Smartphones use capacitive touch screens to make touch interaction comfortable and natural.

GPS and Geolocation


Smartphones also contain the ability to locate the user via GPS technology. Typically, the smartphone, like any cellular phone, sends and receives data, including GPS coordinates, from the cellular network. The network or third-party applications can then use this information to identify the location of the user. This way, the applications on the phone, such as map applications or social applications, can use this information to suggest driving or walking directions or attractions to visit.

Flash Memory

The invention of flash memory has made high-capacity data storage easier to accomplish on small devices. Flash cards represent the way this technology makes smartphones possible. Flash cards are small, thin and can hold anywhere between 1GB and 64GB of data. This allows smartphones to download and store applications from the cellular network. It also allows smartphones to save a large number of pictures, text messages and voice messages.

Operating Systems

The aspect of smartphones that tie all the hardware innovations together is an operating system made specifically for smartphone use. Apple's iOS functions on Apple phones and tablets, and provides a stable platform meant specifically for mobile use. Google's Android and Microsoft Windows Phone 8 do the same for non-Apple phones. These operating systems are meant to run on small devices, using touch technology and functioning primarily with limited processing resources and smaller hard drive space.

How to Make your Dell Laptop Battery Last longer

1. Keep the laptop unplugged. If you use your dell laptop as a desktop replacement, try unplugging it when it's not in use. Take care to unplug the charger from the wall too; otherwise, it consumes electricity.

2. Only charge it when it needs charging. Keeping the laptop charging all the time actually weakens the battery's power. Soon enough, you'll have to keep it plugged in all the time which is exactly what you're trying to avoid. Be sure to only charge it when the laptop tells you it needs charging and unplug the charger when the battery is full.

3. Remove the battery of the laptop. It should be located on the bottom side of the laptop. You might need to slide some clips along to allow the battery to be removed. You will, however, have to keep your laptop plugged in all the time, but this method makes the battery last longer.

a) Use the battery only when you need to take your laptop outdoors.

b) Make sure the battery is charged up to at least 70% before you remove it from the computer. This keeps it ready for use, and it eliminates the possibility of it being drained when you need it.

4. Turn off the laptop and unplug it when it's not in use. If you need to step out of the room for more than half an hour, it's best to save electricity and the battery by shutting it down.

5. For long term storage, lithium-ion batteries should be at least half-charged. Store them safely in a warm, dry location.

iOS 11’s new Control Center will freak you out, but give it a chance

Apple is making iOS 11 available to the world today, and there’s a change that will generate an inevitable surprise reaction from most iPhone users. While the vast majority of UI changes are on the iPad side in iOS 11, the Control Center has been overhauled and is very different. At first glance it looks rather ugly, but there’s some good and bad changes hidden within.

GOOD IMPROVEMENTS

Let’s start with the good things. You can now customize what quick shortcuts you’ll see in the Control Center. You can add things like alarms, low power mode, Wallet, and various accessibility controls. It makes the Control Center a lot more useful than before, even if you can’t add all of the things you might want to see there. It’s also far easier to control music now, and you don’t have to swipe between panels to access controls.

Airplane mode is a lot more intelligent now. If you’re using Wi-Fi or Bluetooth then it doesn’t disable those when you activate the toggle. That’s particularly useful if you’re using Bluetooth headphones on a plane or onboard Wi-Fi. You can also toggle the cellular radio independently if you really want to.

BAD CHANGES

Now let’s move onto the bad. Even after months of using the new Control Center, I still find myself staring at my screen for a few seconds and searching for things like the flashlight. The buttons all look very alike, and there’s not enough strong visual cues to differentiate them. This is something you’ll notice more on top of apps or with certain wallpapers, and the iOS 10 Control Center (above) handled this better thanks to the strong blur effect in the background.

Another slight change is that Night Shift looks like it has vanished from Control Center. It hasn’t, but Apple has hidden in under the screen brightness slider. You’ll need to use 3D Touch on the brightness slider to enable or disable the night mode, and it feels unnecessary to press and hold on the display to find what should be a quick toggle.

Apple’s use of 3D Touch in the new Control Center is confusing elsewhere, too. 3D Touch suffers from discoverability issues across iOS and watchOS, as you’re never really sure what options you’re going to get when you press and hold on a display. You can’t use 3D Touch on the alarms shortcut or the low power mode shortcut in the Control Center, but you can use 3D Touch with Wallet, flashlight, and many other options.

Overall, the new Control Center is an improvement that you’ll ultimately get used to. It feels a little unfinished, though. It took weeks after my initial shock to get accustomed to iOS 11’s Control Center. It’s not perfect, and could do with a better design and some usability changes, but it’s like taking the trash out: it looks a little nasty but you get over it and deal with it.

Monday, 18 September 2017

Gmail has finally added the ability to convert phone numbers and addresses to links

Google is adding the ability to automatically recognize addresses, phone numbers, and contacts to the Gmail website and mobile apps today (including Inbox), in the rollout of a feature that seems so blatantly obvious that I refuse to believe that Gmail didn’t have it already.

But yes, somehow in the year 2017, Gmail did not have this incredibly basic functionality. A feature that the company — which makes one of the most used email services on the planet — has been beaten to the punch with what I have to assume is every single other email application ever made, including the awful trash heap that is Apple’s default iOS one. Seriously.

Android and iOS have actually had phone number linking for a while through an OS level function, but the rest of it (including phone numbers on web) are totally new to Gmail, at least in Google’s native software. How did this happen? Did someone at Gmail just realize now that this was something that wasn’t possible using Google’s own apps and websites? I’m completely baffled by this!

Honestly I’m not even sure what else to say about this now. Click on a street address? It’ll open in Google Maps. Email address? A compose window for a new email. Phone number? It’ll open the default dialer on your device to make a call. Congratulations on playing catch up, Google.

Health Risks of Computer Screens

The potential risks from using computer monitors fall into four categories: eye strain; repetitive strain injury to the neck and other body parts; radiation; and chemical emissions. Most medical research that has been published suggests that the risks are relatively low and that with sensible use most people should not experience any significant medical problems.

Eye Strain

The Mayo Clinic reports that using computer screens for an extended period can cause eye strain, also known as computer vision syndrome. Symptoms include sore or tired eyes, difficulty focusing, and blurred or double vision. Ways to minimize the problem include using natural lighting wherever possible, aiming light away from the screen to reduce glare, and making sure the screen is around 20 to 30 inches from your eyes to avoid squinting or straining. You can also take occasional breaks to exercise your eyes. One trick is to use the 20-20-20 rule by which every 20 minutes you stop working and focus your attention on an item 20 feet away for 20 seconds. If you follow all these steps and still have eye strain from computer use, it could be a sign of underlying eye conditions, so seek medical advice.

RSI

Repetitive Strain Injury can come from two main behaviors, working separately or in conjunction: using a monitor for too long without a break and using a monitor incorrectly. The latter can include having the screen too close or too far away, meaning you move your head back or forth into an unnatural and uncomfortable position. The ideal position is at arm's length. It can also be from having the screen too far to one side, or too high or low. The ideal position is straight ahead and either at or slightly below eye level, such that you can see the entire monitor just by moving your eyes rather than your head. Computer use can still lead to RSI if your keyboard or mouse are in awkward positions.

Radiation

Computer monitors do emit low levels of radiation, but the radiation is not at harmful levels, even to pregnant women. No credible medical studies have shown clear evidence of any danger. U.S. law requires that monitor manufacturers test radiation and keep monitor emissions at safe levels.

Chemicals

A 2000 study by the University of Stockholm found that cathode-ray monitors may emit "significant" levels of triphenyl phosphate, used as a flame retardant. This could contribute to nasal congestion, headaches and skin allergies. The researchers suggested that leaving the monitor turned on but kept away from users for 10 days after purchase could reduce the exposure by around two-thirds. These risks may be heavily reduced in modern flat screen monitors, simply because they have less surface area requiring flame retardants.


Microsoft to hold Mixed Reality event on October 3rd in San Francisco

Microsoft is planning to hold a special Windows Mixed Reality event next month. The software giant has started inviting members of the press to an event on October 3rd in San Francisco, and the invite teases an “opportunity to hear where Microsoft is headed next.” Microsoft’s Kinect and HoloLens inventor, Alex Kipman, will be speaking at the event.

Microsoft is likely to focus on its range of Windows Mixed Reality headsets, ahead of their availability on October 17th. Mixed Reality headsets will start launching next month alongside Microsoft’s Windows 10 Fall Creators Update. The first headsets include pricing at $299 from Acer, HP pricing its own at $450 (with motion controllers) and Dell / Lenovo pricing theirs at $349. Asus won’t be releasing its Windows Mixed Reality headset until Spring 2018, despite showing off its unique polygon design at IFA earlier this month.

Microsoft won’t be showing off a new version of its own HoloLens headset. While Microsoft is currently developing a second HoloLens with a dedicated AI chip, the successor to the original HoloLens might not arrive until as late as 2019. Microsoft has reportedly shifted its launch schedule due to a lack of industry competition.

Sunday, 17 September 2017

Dell launches the VR-ready Precision 5720 All-in-One workstation in India



Dell has launched what it claims is the world’s first All-in-One VR-ready workstation, the Precision 5720. As you would expect, the powerful All-in-One doesn’t come cheap. Prices start at Rs.1,09,000 for the base configuration.

The Precision 5720 comes with the option of a 7th Gen Intel Core Kaby Lake processor or an Intel Xeon processor to deliver maximum performance even when running the most demanding professional applications out there. To handle VR workloads, the All-in-One workstation is equipped with the latest AMD Radeon Pro graphics that can easily handle graphics-intensive tasks such as 3D rendering.

Moving on to the display, the Dell Precision 5720 features a 27-inch 4K resolution display with 100% Adobe RGB gamut coverage and over 1 billion colors. Optionally, you can also get a touch-enabled display with the same 4K resolution and wide color gamut support. For multi-monitor setups, it can support up to three additional 4K UHD displays running at 60Hz. The All-in-One also boasts an impressive sound system with two tweeters, four full range drivers, two passive radiators, and two down-firing full range speakers producing 50W per channel.

At Dell, we are committed to constantly revolutionising our technology to deliver the best products and services, in line with the evolution of customer needs. The launch of the Precision 5720 All-in-One is a testimony to our belief in the legacy of Dell’s Precision range, which offers the best-in-class experience for creative minds to bring their ideas to life. We are proud to offer the world’s first VR capable AIO supporting professional graphics and staying true to Precision’s legacy of powering some of the greatest projects, for customers who depend on quality design for success – and what better time to do this than the 20th anniversary of the product line, said Indrajit Belgundi, General Manager, Client Solutions Group at Dell India.

How to Keep Your Laptop and Screen in a Good Shape



It is important to take a good care of your laptop. The prevention of problems are easier and better than fixing them after they happen. You may safeguard your notebook and its screen by using with care.

Steps

1. Keep your notebook in an open area that has a good air circulation during the power on. Store it in a well circulated area too.

2. Keep drinks and any liquids away from your notebook because short circuits by liquid destroy notebooks often. Also keep any food away from your notebook. Do not eat over because the crumbs go in the keyboard that cause the keys fail eventually. Wash your hands before using your notebook. Avoid leaving dirt and stains on the touchpad and keys.

3. Be careful with the LCD screen. It is especially vulnerable. Close the lid gently holding two sides. Make sure there is nothing left on the keyboard. Hold and lift your notebook by its base, not by its LCD screen. Avoid scratching and putting pressure on the LCD screen. If LCD screen is broken, you can easily replace the screen for about $50-100 from laptop screen company.

4. When bringing your notebook from colder place to warmer, do not turn it on immediately. Let it warm a few hours first. Do not leave your notebook unattended in a car.

5. Do not disconnect the plug from the power socket by pulling on the power cord. Plug in external connectors and devices into their proper slots. Insert drives into their slots carefully, in right position, and at the correct angle. Try to keep the cord and all wires away from the floor and your legs.

6. Use a special case when you carry the notebook. Do not drop the notebook. Its internal parts are very fragile.

7. Clean your notebook regularly. Shut it down before cleaning. You may use an old toothbrush to rid of the dust in the area around the fan.

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3

Dell launches the VR-ready Precision 5720 All-in-One workstation in India

Dell has launched what it claims is the world’s first All-in-One VR-ready workstation, the Precision 5720. As you would expect, the powerful All-in-One doesn’t come cheap. Prices start at Rs.1,09,000 for the base configuration.

The Precision 5720 comes with the option of a 7th Gen Intel Core Kaby Lake processor or an Intel Xeon processor to deliver maximum performance even when running the most demanding professional applications out there. To handle VR workloads, the All-in-One workstation is equipped with the latest AMD Radeon Pro graphics that can easily handle graphics-intensive tasks such as 3D rendering.

Moving on to the display, the Dell Precision 5720 features a 27-inch 4K resolution display with 100% Adobe RGB gamut coverage and over 1 billion colors. Optionally, you can also get a touch-enabled display with the same 4K resolution and wide color gamut support. For multi-monitor setups, it can support up to three additional 4K UHD displays running at 60Hz. The All-in-One also boasts an impressive sound system with two tweeters, four full range drivers, two passive radiators, and two down-firing full range speakers producing 50W per channel.

At Dell, we are committed to constantly revolutionising our technology to deliver the best products and services, in line with the evolution of customer needs. The launch of the Precision 5720 All-in-One is a testimony to our belief in the legacy of Dell’s Precision range, which offers the best-in-class experience for creative minds to bring their ideas to life. We are proud to offer the world’s first VR capable AIO supporting professional graphics and staying true to Precision’s legacy of powering some of the greatest projects, for customers who depend on quality design for success – and what better time to do this than the 20th anniversary of the product line, said Indrajit Belgundi, General Manager, Client Solutions Group at Dell India.

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