Month: November 2017

01.Intro and Opening the Case

This guide was developed to instruct readers on the proper procedures for installing a power supply unit (PSU) into a desktop computer case. It includes step-by-step instructions with photographs for the physical installation of the PSU into a computer case.

IMPORTANT: Many name brand manufacturer PCs use specially designed power supplies that have been built specifically for their systems. As a result, it is generally not possible to buy a replacement power supply and install it into these systems. If your power supply is having problems, you will likely need to contact the manufacturer for repairs.

CAUTION: All power supplies contain various capacitors inside of them that retain power even after the power supply had all power turned off. Never open up or insert any metal objects into the vents of the power supply as you can risk electrical shock.

To start with installing a power supply, it is necessary to open up the case. The method for opening the case will vary depending upon its design. Most new cases use either a panel or door while older systems require the whole cover be removed. Be sure to remove any screws fastening the cover to the case and set them aside.

02.Aligning the Power Supply

Align the new PSU into place in the case so that the four mounting holes align properly. Make sure that any air intake fan on the power supply that resides in the case is facing towards the center of the case and not towards the case cover.

03.Fasten the Power Supply

Now comes one of the most difficult portions of the power supply installation. The power supply needs to be held in place while it is fastened to the case with screws. If the case has a shelf ledge that the power supply sits on, it will be easier to balance.

04.Set the Voltage Switch

Make sure that the voltage switch on the back of the power supply is set to the proper voltage level for your country. North America and Japan use 110/115v, while Europe and many other countriesuse 220/230v. In most cases the switch will come preset to the voltage settings for your region.

05.Plug the Power Supply to the Motherboard

If the computer already has the motherboard installed into it, the power leads from the power supply need to be plugged in. Most modern motherboard use the large ATX power connector that gets plugged into the socket on the motherboard. Some motherboards require an additional amount of power through a 4-pin ATX12V connector. Plug this in if required.

06.Connect Power to Devices

A number of items reside within a computer case that require power from the power supply. The most common device is the various hard drives and CD/DVD drives. Typically these use the 4-pin molex style connector. Locate the appropriate sized power leads and plug them into any devices that require power.

07.Close the Computer Case

At this point all of the installation and wiring should be completed with the power supply. Replace the computer cover or panel to the case. Fasten the cover or panel with the screws that were previously removed to open the case.

08.Plug in the Power and Turn on the System

Now all that is left is to provide the power to the computer. Plug in the AC cord to the power supply and turn the switch on the power supply to the ON position. The computer system should have available power and can be powered on. If you are replacing an older or damaged power supply, the steps to remove the power supply are identical to installing them but in the reverse order.

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How To Evaluate Which Tablet to Buy Based on Wireless Features

Tablets are great media devices but much of their usage is going to require some form of network connectivity. This is vital for functions such as browsing the web, checking email or streaming audio and video. As a result, network connectivity is built into every tablet available on the market. There are still some major differences between the tablets when it comes to their network features and this guide hopes to clarify some of the choices available to consumers.

Wi-Fi

Wi-Fi is the most ubiquitous form of wireless networking technology. Pretty much every mobile device now comes with some form of Wi-Fi built into the device. This includes all tablets currently on the market. The technology is designed for local area networking so it alone will not connect you to the internet. Instead, it allows connection into a home wireless network that shares a network broadband connection or a public hot spot with internet access. Since public hot spots are very common in many locations including coffee shops, libraries, and airports, it is generally fairly easy to get connected to the internet.

Now Wi-Fi is comprised of multiple standards that are fairly compatible with one another. Most devices are now shipping with 802.11n Wi-Fi which is one of the most flexible of the technologies. The downside is that this can use one or both of the wireless spectrum depending upon what hardware is installed on a tablet.

All version will support the 2.4GHz wireless spectrum which is fully compatible with the older 802.11b and 802.11g networks. Better implementations will also include the 5GHz spectrum which is also compatible with 802.11a networks for the widest possible coverage. Typically devices that support both spectrums will be listed with 802.11a/g/n while 2.4GHz only devices will be 802.11b/g/n.

Another way to describe a device for both is called dual-band or dual antennae.

Speaking of the antennae, another technology that can be found in some tablets is called MIMO. What this does is essentially allow a tablet device to use multiple antennas to essentially provide increased data bandwidth by broadcasting over multiple channels in the Wi-Fi standard. In addition to increased bandwidth, this can also improve reliability and range of a tablet on Wi-Fi networks.

Recently some new 5G Wi-Fi networking products have started to be released. These are based on the 802.11ac standards. These products claim to be able to achieve transfer rates of up to 1.3Gbps which is three times the maximum that 802.11n and similar to that of gigabit ethernet. Like the 802.11a standard, it uses the 5GHz frequency but it is dual-band meaning it also supports 802.11n on the 2.4GHz frequency. While this is available in router products, it is not widely implemented on many tablets primarily because of the high cost of adding the extra antennae.

Here is a breakdown of the various Wi-Fi standards along with their features:

• Ÿ 11ac – Up to 1.3Gbps, 5GHz Band with 2.4GHz Compatibility via 802.11n
• Ÿ 11n – Up To 450Mbps Standard, 2.4 or 5GHz Band
• Ÿ 11a – 54Mbps, 5GHz Band, Used Mainly By Corporations
• Ÿ 11g – 54Mbps, 2.4GHz Band
• Ÿ 11b – 11Mbps, 2.4GHz Band

3G/4G Wireless (Cellular)

Any tablet that offers 3G or 4G wireless connectivity has extra costs to it. Consumers will have to pay more in the hardware of the device in order to cover the additional transceivers. Typically this adds roughly one hundred dollars to the cost of the tablet but some are not so high of a price jump anymore. Now that you have the hardware, you must sign up for a wireless service plan with a carrier that the tablet is compatible with to use it on a 3G or 4G network.

Most data plans with wireless carriers are linked to a data cap that limits how much data you can download over that connection in a given month. For instance, a carrier might have a very low-cost option but caps it at just 1GB of data which is very low for some uses such as streaming. Just be warned that carriers may do different things once you reach that cap. Some may actually stop allowing data to be downloaded or others might throttle it so that things like streaming do not function. Some instead allow you to keep downloading and then charge you overage fees that are quite high. Some unlimited data plans still have caps on them that allow downloading up to a certain data amount at the full networks speeds but then reduce your network speeds for any data over the cap. This is referred to as data throttling. This can make comparing data plans very difficult as it is not easy to track how much data you might use before you have the device.

The 4G technology used to be somewhat complex because it was being rolled out in different ways by multiple carriers. Now they have all pretty much standardized on LTE which offers speeds of roughly 5 to 14 Mbps. Just like with 3G technology, tablets are typically locked down to a specific carrier based upon their internal SIM card. So be sure to research what carrier you might use before you purchase a tablet with LTE capabilities. Be sure to also verify that LTE coverage is supported where you will be using the tablet before spending the money for the feature as the coverage while good still is not quite as far reaching as 3G.

3G is previous data standards for cellular data but is not as common on most newer devices. It is a bit more complicated than 4G because it is based upon on a variety of different technologies but it essentially boils down to either being compatible with GSM or CDMA networks. These run over different frequency and signal technologies so they are not cross compatible within a device. GSM networks are managed by AT&T and T-Mobile while CDMA networks are handled by Sprint and Verizon within the US. Speeds are roughly the same at 1 to 2Mbps but reliability may be better with one network over another in a region. As a result, check coverage maps and reports. Typically, a 3G compatible tablet will be locked into one service provider due to exclusivity contracts within the US that allow the hardware to be locked to a specific provider. As a result, figure out which network you want to use before choosing your tablet. 3G features are becoming less common in favor of the new 4G wireless technology.

Bluetooth and Tethering

Bluetooth technology is primarily a means of connecting wireless peripherals to mobile devices often referred to as a Personal Area Network (PAN). This includes items such as keyboards or headsets. The technology can also be used as local networking for transferring files between devices. One function that people may consider using though is tethering.

Tethering is a method of linking a mobile device such as a laptop or tablet with a mobile phone to share the wireless broadband connection. This can theoretically be done with any device that has a wireless broadband connection and Bluetooth with another Bluetooth device. So, a 3G/4G capable tablet could share it with a laptop or a 3G/4G mobile phone could share a connection with a tablet. The problem is that most wireless carriers have been able to force the hardware and software companies to lock out these features within the US networks. As a result, it really is not a very functional method for the average user but is possible for those willing to unlock their devices or pay the carriers for the privilege to use such a feature.

If you are interested in using such a function, check with the wireless carrier and the device manufacturer to ensure that it is possible before buying any hardware. Some carriers have begun to offer it but with additional fees involved. Additionally, the feature could always be removed by the carriers at a later date.

Wireless Base Stations / Mobile Hotspots / MiFi

Wireless base stations or mobile hotspots are a new form of technology that allows an individual to connect a wireless router to a high-speed wireless network such as 3G or 4G networks and allowing other devices that have standard Wi-Fi to share that broadband connection. The first such device was called the MiFi produced by Novatel networks. While these solutions are not as portable as having the wireless broadband built into the tablet itself, they are useful because it allows the connection to be used with a greater number of devices and gives users the flexibility of purchasing less expensive hardware. The MiFi devices will still be locked into a carrier and require a data contract just like having the wireless contact for a tablet-specific 3G/4G service.

Interestingly, some of the new tablets with 4G technology built into them have the possibility of being used at a hotspot for other Wi-Fi enabled devices. This is a very attractive feature for those that have a tablet and a laptop that would like to use both over a single data contract. As always, check to make sure that the tablet and data contract allows for this functionality.

Near Field Computing

NFC or near field computing is a relatively new short-range networking system. The most common use of the technology right now is a mobile payment system such as Google Wallet and Apple Pay. Theoretically, it could be used for more than just payment but also for syncing to PCs or other tablets. A few tablets are now beginning to feature this technology.

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So you have a new Android smartphone. Maybe it’s the Google Pixel or the latest model from Samsung, Motorola, or OnePlus. Whichever one you choose, you’ll want to get it up and running as fast as possible.

Setting up a new Android smartphone used to be rather tedious and labor intensive, but if you have Android Lollipop, Marshmallow, or Nougat, there are ways to avoid manually downloading your favorite apps one at a time or building your contact list all over again.

First, there’s Tap & Go, which uses NFC (near field communication) to transfer data between your new and old phone. All that’s required is that your new phone runs Lollipop, Marshmallow, or Nougat and that your old phone has built-in NFC, which came to Android phones in 2010. If your old device doesn’t have NFC (or you just don’t have it handy), a second option enables you to restore selected apps from any of your registered devices. Of course, if you choose, you can still set up your Android device from scratch.

Google Pixel owners have yet another alternative, using an included quick switch adaptor. Just connect the new and old devices, choose what you’d like to transfer, and you’re ready to go. You can connect the adapter to devices running Android 5.0 (Lollipop) or later and iPhones running iOS 8 or later.

Android Tap & Go

When you start up your new device, you have the option to use Tap & Go.

Just enable NFC in both phones and tap the backs together. The data, including your Google accounts and apps from your old phone, will begin transferring to the new one. If you use Google Now, this process will also restore your home screens.

Restore From an Old Android Device

What if your old phone doesn’t have NFC?

During set-up, if you skip Tap & Go, you can choose the restore option, which enables you to choose which of your devices you want to restore from, and what, specifically, you want to carry over to the new phone. You can restore any Android device associated with your Google account.

Start From Scratch

You can also make a fresh start, and simply “set up as new device,” if you’d like to install your apps manually. If you have synced your contacts with your Google account, those will carry over once you sign in.

Once you’ve installed your apps, you should check for updates on built-in apps, such as those from Google. Next, you’ll want to set-up Wi-Fi and Bluetooth and then customize your notifications.

Should You Root Your New Phone?

Next, you should consider whether you want to root your phone. If you have the OnePlus One, there’s no need; it already runs a custom ROM, Cyanogen. Rooting means you can access advanced settings on your phone that are typically blocked by the manufacturer. When you root your phone, you can remove “bloatware” (unwanted apps installed by your carrier) and download apps, such as Titanium Backup, that require root access.

Android Accessories

Now that you have the software covered, it’s time to think about the hardware.

Do you need a case? You can protect your smartphone from drops and spills and be stylish at the same time. What about a portable charger? Investing in one means you don’t have to worry about being low on battery life when you’re on the go, and you can usually use one to charge multiple devices. If your new phone has wireless charging built in, consider buying a wireless charging pad. Some device manufacturers, including Samsung, sell these, as well as many third-party companies. Instead of plugging in, you can just place your phone on the charging pad.

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Many years ago, the netbook was the king of low cost mobile computing. With the rise of tablets and the increasing costs of netbooks, most consumers elected to use tablets. Now a new class of low cost laptops running full versions of Windows are avaiable for roughly $200. This makes the decision of which would be better for a bit more difficult. This article looks at the two different platforms and how they compare in terms of usage to help consumers decide which of the two might be better suited for their needs.

Pricing

The new low cost computing platform is tablets these days. It is easy to find a tablet for under $100 make them half the cost of even the least expensive Windows laptop. Even Intel’s latest Compute Stick, which is not really a mobile device, is three times the cost of the Amazon Fire tablet. So, if you are on a really tight budget the tablet is still king of low cost computing when compared to even the least expensive Windows laptops.

Size

Once again, tablets tend to offer a smaller overall size than the low cost Windows laptops. Much of this has to do with the fact that the tablets tend to use 8-inch or smaller screens compared to the 11-inch screen size you find in the low cost Windows laptops. This smaller screen means that they also don’t require as much power for their displays letting them reduce the size of batteries as well. The result, a device that is thinner, smaller and ultimately lighter.

The average tablet weight is around one pound or less while most laptops still weigh in at two pounds or more.

Performance

This category is much more difficult to classify as devices can vary greatly in performance and most tablets are running different software than a laptop running Windows. For the most part in terms of raw performance, the Windows laptops tend to have better processors and capabilities.

The problem is that depending on what you do, a tablet with less might still perform better because the software is more streamlined than the laptop. As a result, this is really a toss up over which is better. This one really requires a side by side comparison of the two devices

Battery Life

With their extremely efficient processors, smaller screens and generally larger batteries, tablets tend to give more running time than most Windows laptops. The difference between the two keeps getting smaller as time goes on. In fact, many of the new tablets with their smaller size have shorter running time than the larger tablets from a few years ago. In contrast, efficiency keeps improving on laptops moving their running times up. Still, you can generally expect more than six hours of video watching with a tablet compared to less than that for a Windows laptop. Just remember, all devices tend to claim longer battery life than they really get.

Software

Years ago, it was easy to say that a Windows based laptop enjoyed a greater overall selection of application choices compared to a tablet. But things have changed a lot over the years. For instance, most tablets offer a greater range of entertainment options in terms of games than a Windows laptop.

In addition, productivity software options have improved for tablets making them much closer to the Windows software than in the past. The decision here really depends on what you intend to do with the device. If you are looking to use it mostly for browser the web, reading mail and playing games, a tablet has the clear advantage these days. If you need to run Windows specific programs or use productivity software, the Windows laptops still have a bit of an advantage. Of course, there are also Windows based tablets as well which sort of straddle both of the categories if you need that flexibility.

Expansion

Tablets may have a lot of accessories for them but most of them don’t add additional capabilities. You can probably add some extra storage if it has a miniSD card slot but you can’t do much else beyond this. On the other hand, the Windows laptops at least have features like USB 3.0 that let you add better keyboards, mice, storage and even displays to the laptop to make them more functional.

Usability

This is a category where each of the devices has its own advantages and disadvanteages over the other. After all, the tablets are all touchscreen devices. This makes the extremely easy to use with a single hand and to quickly navigate through pages and applications with simple gestures. On the other hand, the touchscreen and the laptop of a keyboard makes them much more difficult for entering a lot of text. So you if are writing a lot of documents, fiddling with spreadsheets or just trying to communicate effectively with email, the laptop with the keyboard is probably the better overall choice.

Which is Right For You?

Each person is going to need something a bit different out of their computing. Hopefully, this comparison of different aspects between the tablets and low cost Windows laptops have helped narrow down your decision. For me, the Windows laptops are still a bit too restricted compared to a traditional laptop that a tablet fills my needs better than a $200 laptop. This is not true for a number of my colleauges that prefer the access to a keyboard to do their writing such that they would opt for the laptop over the tablet.

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Most modern laptops are moving away from the traditional mechanical drives in favor of more durable and smaller solid state options.

This change is being fueled by the fact that laptops keep getting smaller, and so their internal space is restricted and no longer accommodating for larger storage devices.

To help clear up confusion for buyers, this guide looks at all the various types of drives that may be in a laptop, and what they can offer.

Hard Drives

Hard drives (HDDs) are still the most common form of storage in a laptop and are pretty straight forward.

Generally, the drive will be referred to by its capacity and rotational speed. Larger capacity drives tend to perform better than smaller ones and faster spinning drives, when compared with ones of similar capacity, are usually more responsive than slower ones.

However, slower spinning HDDs do have a slight advantage when it comes to laptop running times because they draw less power.

Laptop drives are typically 2.5 inches in size and can range from 160 GB up to over 2 TB in capacity. Most systems will have between 500 GB and 1 TB of storage, which is more than enough for the standard laptop system.

If you’re looking at a laptop to replace your desktop as your primary system that will hold all your documents, videos, programs, etc., consider getting one with a hard drive that’s 750 GB or larger.

Solid State Drives

Solid state drives (SSDs) are starting to replace hard drives in more laptops, especially the new ultrathin laptops.

These types of hard drives use a set of flash memory chips rather than a magnetic platter to store the data. They provide faster data access, lower power consumption, and higher reliability.

The downside is that SSDs don’t come in such large capacities as traditional hard drives. Plus, they usually cost a lot more.

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A typical laptop equipped with a solid state drive will have anywhere from 16 GB to 512 GB of storage space, although there are some available with more than 500 GB but they are prohibitively expensive. If this is the only storage in the laptop, it should have at least 120 GB of space but ideally around 240 GB or more.

The type of interface that the solid state drive uses can also have a significant impact on the performance but many companies do not overtly advertise it. Most inexpensive systems like Chromebooks tend to use eMMC which isn’t much more than a flash memory card, while high performance laptops use the new M.2 cards with PCI Express (PCIe).

Solid State Hybrid Drives

If you want higher performance than a traditional hard drive but don’t want to sacrifice storage capacity, a solid state hybrid drive (SSHD) is another option. Some companies are referring to these as just hybrid hard drives.

Solid state hybrid drives include a small amount of solid state memory on a traditional hard drive that is used to cache frequently used files.

They do help speed up tasks such as booting up a laptop but they aren’t always faster. In fact, this form of drive is best used when a limited number of applications are used on a frequent basis.

Smart Response Technology and SSD Cache

Similar to hybrid hard drives, some laptops are using both traditional hard drives with a small solid state drive. The most common form of this uses the Intel Smart Response Technology. This provides the benefits of the storage capacities of the hard drive while gaining the speed benefits of a solid state drive.

Unlike SSHDs, these caching mechanisms usually use larger drives between 16 and 64 GB that provide a boost to a larger range of frequently used applications, thanks to the extra space.

Some older ultrabooks use a form of SSD caching that offers higher storage capacities or lower costs, but Intel has changed this so that a dedicated solid state drive is required in order for new machines to meet the ultrabook branding requirements.

This is becoming much less common now that prices for SSD’s continue to drop.

CD, DVD and Blu-ray Drives

It used to be that you were required to have an optical drive on a laptop since most software was distributed on discs, so it was required in order to load the program to your computer. However, with the rise of digital distribution and alternate methods of booting, optical drives are not a requirement like they once were.

These days, they’re used more for watching movies or playing games, as well as burning programs to a disc, creating DVDs, or building audio CDs.

If you do need an optical drive, what type of drive should you get on a laptop? Well, whatever you end up getting, it should definitely be compatible with DVDs. One of the great advantages to laptops is their ability to be used as portable DVD players. Anyone who travels regularly has seen at least one person pull out a laptop and start watching a movie during the flight.

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DVD writers are pretty much standard for laptops that have an optical drive. They can fully read and write both CD and DVD formats. This makes them extremely useful for those looking to watch DVD movies on the go or for editing their own DVD movies.

Now that Blu-ray has become the defacto high definition standard, more laptops are beginning to ship with these drives. Blu-ray combo drives have all the features of a traditional DVD burner with the ability to play Blu-ray movies. Blu-ray writers add the ability to burn lots of data or video to the BD-R and BD-RE media.

Here are some optical drive options and the tasks they are best suited for:

• Basic computing w/DVD Playback: DVD-ROM
• DVD/CD Recording: DVD Writer
• HD Video Playback: Blu-ray Combo
• HD Video Recording: Blu-ray Writer

With current component costs, there is almost no reason that a laptop would not have a DVD burner if it is going to have an optical drive. What is surprising is that Blu-ray drives have not become more standard as their prices are also quite low now for the combo drives. It should also be noted that laptop drives are generally much slower than similar drives found in desktop systems.

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Even if a laptop does not have an internal optical drive, it’s still possible to use one so long as you have an open USB port for room to attach a USB optical drive.

Drive Accessibility

Drive accessibility is important when considering whether to upgrade or replace a damaged drive. It’s important to know what you’re doing, so you might consider having an authorized technician open the computer.

This generally isn’t a problem for many people, but in a corporate environment it can cause increased down time for a worker. Laptops that have drive bays that are accessible or swappable have the advantage of easy and quick access for upgrades or replacements.

In addition to being accessible, it’s also important to get an idea of what kind of drive bays there are and what the size requirements may be. For instance, the 2.5-inch drive bays used for hard drives and solid state drives can come in several sizes. The larger 9.5 mm drives often have better performance and capacities but if the drive bay only fits 7.0 mm drives due to a thin profile, you need to know that.

Similarly, some systems use the mSATA or M.2 cards rather than a traditional 2.5-inch hard drive for their solid state drive. So, if the drives can be accessed and replaced, be sure to know what type of interfaces and physical size limits there are.

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Safely using your laptop will help ensure it works properly and you don’t get hurt. Improper use or not being aware of safety issues can cause your laptop irreparable damage. These safety tips should be added to your weekly laptop maintenance routine and will help you stay productive and safe no matter where you are working.

01.Shut It Down

Unlike a desktop computer a laptop computer needs to be shut down when not in use. Shutting down when not in use prevents the laptop from overheating and it also needs the rest.

02.Adjusting Power Settings

Adjusting your power options will help your laptop from heating up when not in use even if for short periods of time. You can set your hard drive and display to turn off after a set time period. Another option is to set the laptop to go into standby or hibernate mode.

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03.Before You Pack It Up

Make sure that before you put your laptop into its carrying bag that it is shut down. A notebook that has been left on can melt. When enclosed in a notebook bag there is no air circulation and the results can be worse than melting. Don’t find out the hard way and just be sure to turn off your laptop.

04.Vent Maintenance

Part of your weekly routine should be to inspect and clean the air vents in your laptop. Forced air dusters can be used to keep the air vents clean and free from debris. It’s important to know that you should never push anything into the air vents.

05.Checking the Fan

Overheating problems can be caused by the laptop fan not working properly. Always check the laptop manufacturer’s online support and your warranty information. It may be possible to download software to test your laptop fan.

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06.BIOS Updates

Some laptops control the fans through the BIOS. Check online with the laptop manufacturer for BIOS updates. If you aren’t comfortable updating the BIOS yourself, have someone in your IT dept. or have an outside computer technician do it for you.

07.Avoid Lap Burn

Using a laptop desk or cooler will prevent you from being burned when using your laptop. A good laptop desk will have large enough vents for allowing air circulation between you and the laptop. Some laptop desks have additional fans which use power from the laptop itself to stay cool.

08.Soft Spots

It’s a wise idea not to use any soft material as a buffer between you and your laptop. Always operate your laptop on a hard surface, preferably one that allows ventilation. Soft materials can block the airflow vents and cause it to overheat. If it is not possible to avoid using a soft surface, an optional heat sink base should be used to maintain cooling.

09.Unplug Accessories

Whenever your laptop will not be in use, even for short periods of time remember to unplug any accessories. Not only do they use power but they could cause the laptop to overheat. It’s especially important to unplug any accessories before packing your laptop in its carrying case. While you may believe it will make it quicker to use, it could damage your laptop, the accessory and/or your laptop bag.

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