How to Reduce Computer Screen Glare

Working on a computer all day can cause eye strain and headaches. Computer glare is a common factor in causing such problems. Frequent drying of the eyes and tiredness can also make working on a computer difficult. Screen glare can be reduced for free or with the use of computer screen products. Reduced screen glare can allow users to read documents easier and complete computer tasks with visual ease.

Adjust the brightness and contrast on the computer screen. Locate the monitor buttons on the side or bottom of the screen. Press the buttons to dim or brighten the monitor for better viewing. Adjusting the screens brightness will help reduce glare.

Dim the lights at home or in the office. Bright florescent and tungsten lights can cause sharp glare. Dim lights by removing one or two florescent lights from office ceilings. Turn off desk lamps or place them farther away from monitors to help reduce screen glare.

Relocate the computer monitor. Place the monitor in an area of the workstation that receives very little overhead or outside light. Turning the monitor away from direct light may also reduce glare on the screen.

Place a monitor hood over the screen. Monitor hoods shield light from the top and sides of the screen. Aside from being inexpensive, monitor hoods are easy to install. Most use Velcro strips that are placed on both the monitor and hood, allowing them to attach together.

Cover computer screens with an anti-glare filter. Glass-coated, anti-glare filters can reduce up to 95 percent of glare caused by direct or overhead lights. Polarizing, anti-glare filters can further reduce glare by trapping or dispersing light, allowing text to appear clear and easy to read.

Wear anti-glare glasses. Polarized and color coatings are placed on lenses to reduce or eliminate glare that is viewed on screens. Color-coated lenses also help reduce the blue or yellow tint that is emitted by florescent and tungsten lights.

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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.

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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.

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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.

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Intel’s 8th Gen “Coffee Lake” desktop processors could launch on October 5

Last month, Intel introduced the first 8th Generation U-series Core processors aimed at thin and light notebooks. Most folks, however, have been waiting for Intel to unveil the first desktop processors based on the 8th Generation Intel Core processor family. According to a new report, Intel is likely to launch the first desktop “Coffee Lake” processors on the 5th of October. Since the new processor family comes with an increased core count compared to the previous generation, Intel is expected to price the new processors at a premium.

As always, the initial lineup is expected to be very limited, although we are expecting to see at least four new processors with six cores and a few quad-core SKUs as well. In Europe, the entry-level Core i3-8350K will apparently be priced at 199 EUR (Rs.15,300 approx.). The more powerful Core i5-8600K is expected to be priced at 299 EUR (Rs.23,000 approx.), while the mighty Core i7-8700K will be priced at 419 EUR (Rs.32,200 approx.).

SKU Cores/Threads Core Clock Max. Turbo L3 Cache TDP Memory
Core i7-8700K 6/12 3.70 GHz 4.70 GHz 12MB 95W Dual-channel DDR4-2666
Core i7-8700 6/12 3.20 GHz 4.60 GHz 12MB 65W Dual-channel DDR4-2666
Core i5-8600K 6/6 3.60 GHz 4.30 GHz 9MB 95W Dual-channel DDR4-2666
Core i5-8400 6/6 2.80 GHz 4.00 GHz 9MB 65W Dual-channel DDR4-2666

 

Initially, consumers will be limited to motherboards based on the Z370 Express chipset, which does support overclocking. The mainstream H370, as well as the value-oriented H310 chipset-based motherboards, are expected to become available later this year. For the enthusiast segment, Intel is rumored to debut the Z390 chipset in the second half of 2018. All of the new chipsets use the LGA 1151v2 socket, making them compatible with the Coffee Lake processors. A few upcoming motherboards based on the Z370 chipset have started leaking online already, so we can expect these new boards to be made official alongside the desktop Coffee Lake processors early next month.

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How to Protect Your Laptop when Traveling

One of the benefits to using a laptop computer is its portability. Professionals who travel for business rely on being able to bring their laptops. Even people traveling for pleasure may elect to take a laptop with them in order to check emails and stay connected to friends and family back home. It is important to keep laptops safe while traveling by taking protective measures. Protect your laptop when traveling by storing it properly and paying attention to basic software security measures.

  1. Why are you bringing your laptop, are there other alternatives? Could you do your work in an internet cafe and save your work on a USB or hard drive?
  2. Use a reliable and padded case to transport your laptop. Regardless of your method of travel, you will need something to protect the laptop from movement and harm during transport. Use a case that can be carried as you would carry a briefcase, or a shoulder bag that is made well and provides padding and cushion.
  3. Keep your laptop with you while traveling. Do not leave your computer unattended in airports, train stations, or bus terminals. If you are traveling by car, be sure to keep it out of sight when you get out of the car for gas, food, and bathroom breaks. Take it into hotels with you overnight. If you are in a crowd keep you bag on your front. If you want to travel light it is best that you leave less valuable bulky luggage in storage.
  4. Humidity and heat. In hot countries heat and humidity can cause problems for your laptop.
  5. Voltage stabilizer. In some countries like India it is important you have a voltage stabilizer.
  6. Place your laptop on the security belt at the airport right before you walk through the metal detector. You will want to be able to pick it up off the conveyor belt immediately after it goes through the x-ray.
  7. Check your laptop before you leave to make sure all of your security software is up to date. Be sure your firewall is in place, and ensure you have anti-virus and anti-spyware applications running.
  8. Limit the amount of personal information you transmit on unfamiliar networks. When you travel, try not to transmit credit card information, or personal identification such as social security numbers or birth dates.
  9. Use passwords on your system and all of your files to protect your data if your laptop is stolen or compromised. Choose passwords that you can easily remember, but are not obvious.
  10. Purchase insurance for your laptop. Retailers such as Dell, Staples and Office Depot offer coverage for laptops. Most policies cover accidental damage, and some policies also cover loss and theft. Beware insurance for your laptop does not cover leaving your laptop unattended and is limited to 90 days and travel insurance although it covers more than 90 days usually has an item limit of around £300.
  11. There are ways you can keep your laptop safer when travelling, you could get a laptop lock(Kensington) and alarm such as alert both of these are more aimed at being deterrents than keeping your laptop totally safe, so it is best to keep it with you at all times.

Tips

  • When you are shopping for a laptop, take your travel plans into consideration. If you travel a lot, you may want to look for laptops that are lightweight and durable. Purchase something on the smaller side that is easy to pack.
  • If you are traveling by plane, do not check your laptop with other luggage. Carry it onto the plane with you. This will help prevent damage and loss.
  • Make sure to put your laptop at hotels inside safe box when you leave your room.
  • Remember to bring all necessary cords, batteries and adapters. You will likely need to charge your laptop when you travel, and an extra battery will provide additional back-up. If you are traveling internationally, you may need an adapter to access electricity in the foreign country.
  • Protect your bubble offers good insurance policies but beware it only lasts for 90 days abroad.
  • Laptop storage at an airport or expensive hotel is both expensive and often limited, so it is really not worth the hassle.The easiest and cheapest way is to keep it with you and take security measures such as keeping it close at all times and at night locked.
  • Keep your room locked.

Warnings

  • Voltage stabilizer. In countries such as India you ‘must’ use a voltage stabilizer if you don’t want to wreck your laptop. The best option is to buy one when you are out there.
  • Be careful about using your laptop in public places, especially if you are in an area you are not familiar with. Keep your laptop in the place you are staying, and use it privately to avoid attracting the attention of potential thieves.

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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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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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Gyroscope and Accelerometers Used in Smartphones

New generations of smartphones include intuitive features that may require the use of a built-in gyroscope or an accelerometer. A gyroscope allows you to change the orientation of the device by rotating its display. An accelerometer, on the other hand, tracks acceleration or senses device vibration. An on-board gyroscope and accelerometer work in combination with a smartphone’s operating system or specific software applications to perform these and other functions.

Gyroscope

A gyroscope allows a smartphone to measure and maintain orientation. Gyroscopic sensors can monitor and control device positions, orientation, direction, angular motion and rotation. When applied to a smartphone, a gyroscopic sensor commonly performs gesture recognition functions. Additionally, gyroscopes in smartphones help to determine the position and orientation of the phone.

Accelerometer

An accelerometer is a sensing element that measures acceleration as well as tilt, tilt angle, incline, rotation, vibration and collision. To offer functionality with a smartphone, the accelerometer software must translate the sensor output. Smartphones use several types of accelerometers, the sensing element and software representing the primary differences between the accelerometers. When applied to a smartphone, an accelerometer can automatically change the device’s screen orientation vertically or horizontally.

Microelectromechanical Systems

Microelectromechanical systems provide the technology that makes many of a smartphone’s features possible. This technology applies mechanical functions to small structures using dimensions in the micrometer scale. The gyroscopes and accelerometers inside of a smartphone use MEMS technology. The application of MEMS technology on smartphones also enables access for individuals with disabilities.

Security Threat

Introduction of new smartphone technologies can increase the risk of security threats. For example, researchers at Georgia Tech University uncovered a method by which smartphones users accessed information entered on a computer through the smartphone’s accelerometer and gyroscope by recording and deciphering keystrokes made on the computer.

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The Apple Watch will be throttled to 3G data speeds on T-Mobile’s network

T-Mobile will limit data speeds on the Apple Watch Series 3 to a maximum of 512kbps despite the smartwatch’s support for LTE connectivity, a spokesperson has confirmed to The Verge. As MacRumors noticed earlier today, the throttled speeds are mentioned on the carrier’s website. Apple isn’t yet advising customers of T-Mobile’s capped data performance. The 512kbps limit is also applied to smartwatches from other companies such as Samsung.

“Customers can do everything they want to do with the watch at 512kbps,” a T-Mobile spokesperson said by email. “If customers feel they need high-speed data, they can choose high-speed data with paired DIGITS for $20 with auto-pay.” If auto-pay is not enabled for your plan, the cost is $25.

The standard fee that US carriers are charging to add the Apple Watch to your existing plan — so it can share your iPhone’s phone number — is $10 per month. Verizon Wireless, AT&T, and Sprint have not given any indication that they will limit the smartwatch’s download speeds. T-Mobile, on the other hand, is saying you’ll have to spend at least double the usual rate to unlock the Apple Watch Series 3’s full data speed capabilities.

It’s unclear why T-Mobile sees fit to slow down Apple’s smartwatch, which is unlikely to be much of a burden on the company’s network. At launch, Apple Watch Series 3 will support calls and texting over cellular connections, and third-party apps can also access data. Next month, Apple plans to release an update that will add support for streaming Apple Music directly from the Apple Watch. 512kbps should be enough to allow music streaming (Apple Music’s top bitrate is 256kbps), but it’s still very bizarre to me that T-Mobile — the company that constantly says its network is “built for unlimited” — has decided to put a ceiling in place at all.

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