30 Ways to Display Art and Photos
It’s so easy these days to simply grab a camera or cell phone and snap a picture of whatever catches your eye. You may have thousands of photos just lying around. And that doesn’t count all of your other artwork like paintings and prints. So what is a person to do with all of these treasures that could never be parted with? There are many creative ways to hang and display art, and this article is full of such ideas. It will be hard to pick just a few!
The general rule of thumb for hanging objects on the wall is to hang them at eye level. They will simply be more pleasing to look at if you don’t have to look way up or down to see them. If you are hanging pieces in a group, think of all of them as one big picture. In these cases it may be easier to cut out scraps of paper the same size as your art and position them on the floor before actually going for the hammer. (Incidentally, odd numbered groupings always look the best.) Another important consideration is size – make sure the scale of your art matches the size of the wall and furniture. Lastly you will want to consider lighting. While objects and pictures do not need to be spotlighted, often times the art will be even more appealing if you focus a beam of light on it. Now that we have the basics of hanging art pieces we can talk about ways to arrange them. Here are some ideas:
Ways to Arrange Your Art on the Wall:
1. Hang several pictures in a row, either horizontally or vertically. You could have just three or as many as you need to fill up your wall. It’s a good way to keep your eyes moving around the room, too.
2. You can also offset them. Take two or more pictures and hang one. Then step the other one down by a few inches. It is sort of like hanging them on a diagonal.
3. Place four similarly shaped objects in a square to create a box shape. If you have six or more you could always do a rectangle.
4. Try placing art in a collage on your wall. Find several different objects such as paintings, photos, and architectural art and mix them up in a pleasing way. Keep them fairly close together and remember the rule of three.
5. Hang photos above a staircase. Echo the shape of your stairs by staggering the items up the wall like a set of steps.
6. Arrange your art in themes. If you have a bunch of botanicals, group them all together instead of placing them separately in different parts of your home.
Ways to Hang and Frame Your Art:
7. Frame your ordinary pictures in a unique way. For example, you could use silk flowers or evergreen garland to surround the piece. Simply glue them to the existing frame and hang.
8. Hang photos or pictures from ribbon or wire. You could even hang multiples together the same way by hanging a rod on the wall and stringing the photos from it on ribbon.
9. Arrange art around a doorway or window. Start at the bottom and go up one side, over the top, and down the other. The pieces should be small and not too busy if you do this.
10. Group pictures together in a collage or one of the other suggested shapes. Then take a piece of molding and build a frame big enough to surround the whole group and hang it on the wall around the pieces. Or you could just use paint and create a faux frame on the wall.
11. Do you have a landscape picture of the beach or countryside? Consider buying some inexpensive plastic shutters and putting them on either side of the item for a window effect.
Ways to Arrange Artwork on Furniture:
12. Look through every room in your house and see where you might be able to sit some pictures. Tops of cabinets and dressers work well, as do desks, the top of your TV, or even near the jacuzzi in the master bathroom.
13. Do you have a space between your kitchen cabinets and the ceiling? This is a perfect spot to display some small art.
14. Got a fireplace? Try putting some photos or paintings on the mantle – don’t hang them above, just sit them on top. Enhance the photo with a couple of well-chosen accessories.
15. If you have a curio cabinet that is not really being used for curios, you can always put art inside instead.
16. Do you own a piano? The top of an upright, or even a grand piano, is a great place for art items.
17. If your piece of art is relatively large, try sitting it on the floor. Lean it against a wall out of the way of kids, pets, and heavy traffic and watch the smiles you are sure to get.
18. Hang up a shelf, set your pictures on top and lean them against the wall. It is a nice change from hanging them by a nail.
19. If your décor will allow, put up some chair rail picture molding. Like regular chair rails, this is installed at around three feet from the ground and is basically a very small shelf that circles your room. Lean art and photos up against the wall and let your treasures surround you.
20. If you are simply looking for a unique way to display your photos on a table, try a vignette. For example, gather three portrait photos, a couple of your favorite landscape paintings, a tall candlestick and some greenery and arrange them on the tabletop. It will make them seem more important if you group the items together.
Unique Places to Display Art:
21. Hang three or four large pictures in a square or rectangle above your bed for an instant and unique headboard.
22. If the artwork is weather-resistant or can be made to withstand the elements, try hanging a piece or two outside. The front door makes a bold statement when adorned with a favorite piece of art.
23. Do you have one of those bath and shower combos that don’t quite reach to the ceiling? If you have a picture that can withstand the steam and heat of the shower (behind glass or enclosed in a metal frame for example), hang it in this blank area to add interest.
24. Another idea for those heat and steam resistant pieces is to hang them above the stove as a backsplash. Just be sure you can wipe them clean.
25. If you have one of those big sterile bathroom mirrors you can always hang a photo in front of it to make it more appealing. Take a piece that will match the décor in your bath, find a complementary ribbon, and hang it in the center of the mirror (from the wall above). This will add interest while still leaving plenty of mirror to use.
Things to Make That Will Display Your Photos:
26. Take three large pieces of wood, hinge them together accordion style, cover them with fabric, and use them as a room divider screen. Hang photos, pictures and all kinds of other art on your “new wall”.
27. Using the same idea, construct a small screen for in front of your fireplace. It is a great spot to hang seasonal art for the summer when the fireplace is not in use. Just be careful to use flame retardant materials near working fireplaces.
28. Create a coffee table to display your photos. Purchase a table that fits with your décor, or use the one you already have, and get a piece of glass cut to the size of the table top. Arrange your photos on the table, then lay the glass on top for a unique, useful and waterproof art gallery.
29. If you have a picture or painting that is around 16 by 20 inches, make it into a side table. Attach the art to a piece of wood cut to the same size, then add legs you can buy at any home improvement store. Paint if you wish. Make sure you have the top covered in glass or Plexiglas, and you have an instant side table.
30. Create a shelf out of art. Take a piece of art or a special photo and get a flat frame to put it in. Nail a small piece of wood that is the same width as the frame and a couple of inches deep to the bottom. Paint it the same color as the frame, hang the photo on your wall, and you are ready to accessorize with a small bud vase, miniature collectables, or even spices in the kitchen.
Interior Design – What is the Ideal Ceiling Height?
In these times people are re-examining the notion of “bigger is better.” This is seen throughout all aspects of society, but is is particularly noticeable in the design of housing. We have all been in homes with soaring ceilings. While impressive, the experience in actually living in these homes has not prove to be all that satisfying.
First there are the practical considerations of heating and cooling these rooms. It simply costs more to condition a large volume than a smaller one. It is also more of a technical challenge to provide comfortable heat in a room with high ceilings due to the fact that heat rises.
A second, more subtle, reason to build rooms with more human-scaled ceiling heights is that instinctively we simple feel more comfortable in them. This is the same reason that most people prefer a secluded booth in a restaurant to table in the center of a large dining room, especially one with high ceilings.
So what is the ideal ceiling height? Well of course it is a matter of personal preference; but I will offer my opinion. For smaller rooms, say 120 to 200 square feet, my favorite height is 9 feet. For me this is a nice balance of openness and luxury over the older standard of 8 feet, but maintains an intimate feel. For larger rooms, like living areas and great rooms, I like a ten foot ceiling height. To me this just feels right for larger sized rooms. The best way to determine the ceiling height that is right for you is to simply take notice of room that you are comfortable in and make a mental note of the ceiling height.
Plasma vs LCD vs LED TVs – Differences Explained
In the last 10 years, a multitude of new flat-screen TV technology have been commercialised, all with excellent improvements over past technology. The fast advancement in technology has left a lot of us behind, as most of us don’t hold degrees in electronics. So what are the key differences between these new TVs?
Plasma TV
These are the oldest of the new flat-screens. They came around at about the same time as LCD TV, but they were much cheaper for their size, which is why they were more popular upon introduction. Plasma screens use a gas, which turns into a plasma when an electrical current is passed through them, emitting light.
Plasma pros:
- Cheaper compared with other flat-screens for the same size.
- Generally better, more realistic colour than LCD TVs.
- Deeper blacks and higher contract ratio than LCD TVs.
- Do not suffer from motion blur. Plasma screens have fast refresh rates, so moving objects appear less blurred.
- Wider viewing angle than LCD TVs.
Plasma cons:
- Less lifespan than other flat-screens. Plasmas are predicted to last 10-15 years, whereas LCD TVs will last twice that or more.
- Plasma uses much more power to run.
- Do not come in all sizes (they do not come in small sizes, and only come in a few set sizes, e.g. 42 inch, 50 inch, 60 inch.).
- Usually a little thicker, and much heavier than the others.
- Is more susceptible to reflection glare in bright rooms.
LCD TV
LCD panels first came to existence in the form of computer monitors. The technology itself has been around for many years. It is the same basic technology as the screen on a pocket calculator. LCD TV generally refers to a fluorescent backlit LCD TV. This is not to be confused with the newer LED TV, which is technically still an LCD TV except with LED backlit technology.
Advantages:
- Better lifespan than plasma screens. Predicted lifespan of 30+ years is possible.
- LCD screens use less power than plasma, but more than LED TV.
- Comes in many sizes, from computer screens to 60+ inch displays.
- Lighter than a plasma, hence easier to mount on the wall.
- While prices for LCD TV have been higher than plasma, it is falling quickly with increased production.
Disadvantages:
- Worst panel in terms of performance: lowest contrast level and slow (motion blur possible).
- Narrower viewing angle, with slight colour shifting possible for any particular viewer.
LED TV
LED TV is technically actually LCD, but backlit with LEDs rather than fluorescent light source/s. This technology is the next generation in LCD screens.
Differences between LED backlit and current LCD technology:
- LED backlit produces much greater dynamic contrast owing to its direct backlighting.
- LED TVs can be made extremely thin, down to around an inch thick.
- LED TVs consume the least power out of all three screen types.
- LED TVs currently cost much more than LCD, but the prices are expected to fall dramatically as production increases.
- LED TVs are considered to be the most reliable out of all current flat-screen systems.
I hope this makes your search for a suitable TV an easier experience!
Movie Review: Mission: Impossible – Ghost Protocol (2011)
Mission: Impossible – Ghost Protocol is entertaining enough, with its globe trotting adventures, high-stakes tactical espionage, life-or-death extraction methods, white-knuckle infiltration and creative interrogation channels; but for all its nonstop action, it’s indiscernible from every other Mission: Impossible movie or contemporary James Bond flick. The same obligatory catfights, amplified sound effects, hand-to-hand combat sequences, car chases, and literal suspensions from various vertiginous buildings make their way into this stunt-stuffed visual extravaganza. The light-hearted mindlessness of it all is a pleasant break from darker competition this holiday season, but there is still absolutely nothing new about Ethan’s latest assignment, despite being in the capable hands of director Brad Bird (one might have guessed at a live-action version of The Incredibles, but it’s much less imaginative).
Journeying from Budapest rooftops to a Moscow prison to the patriotic Kremlin to divine Dubai to a palace in Mumbai, Agent Ethan Hunt (Tom Cruise) of the IMF (Impossible Missions Force), along with agents Jane Carter (the pleasantly badass Paula Patton) and Benji Dunn (Simon Pegg, contributing just the right amount of comic relief), must thwart the schemes of an ex-Swedish Special Forces soldier and nuclear extremist, code-named Cobalt (Michael Nyqvist). Cobalt’s plan is to obtain stolen, classified missile launch codes to use in a strike against the United States, which should initiate nuclear war. After Hunt and his crew are framed for the spontaneous bombing of the Kremlin, the IMF Secretary (Tom Wilkinson) delivers some unfortunate news: the IMF is disbanded and disavowed, and it’s up to the remaining three active agents, along with chief analyst Brandt (Jeremy Renner), to apprehend Cobalt and stop his chaotic intentions.
The greatest mistake is the villain. It’s not surprising that Michael Nyqvist would be cast in a big-budget Hollywood picture (a Tom Cruise production), especially with his The Girl with the Dragon Tattoo co-star Noomi Rapace ending up in Sherlock Holmes: A Game of Shadows. It seems to be a trend with successful foreign actors (see the filmography of Christoph Waltz) to be transplanted into the Hollywood system, as if their award-worthy past performances generate enough bankability to warrant inserting them into more and more films – even if they don’t specifically fit upcoming roles. Nyqvist’s forgettable baddie has nothing unique or memorable about him – no scars, metal appendages, accessories, idiosyncrasies, or weaponry to allow him to stand out from the crowd of generic antagonists. He isn’t even given a nifty henchman, save for a bit part by Lea Seydoux as an assassin who is much too young and blonde to be taken seriously. The real main villain is essentially just a nuclear missile.
With or without a memorable madman behind the nefarious plot, the stunts are still quite thrilling and the hi-tech gadgetry undeniably amusing. The stunt choreography once again includes dangling from towering structures, clinging to the outsides of immense buildings, or hanging by a thread, inches from some sharp blade. The timing is what makes these moments extraordinarily suspenseful – while an inescapable humor lines each scene with complimentary glee. The technological apparatuses that are in apparent never-ending supply (who funds these people?) also provide a great deal of wit and intensity, most being utilized for a single activity and then quickly abandoned in a hasty getaway. Anything is conceivable with these outlandish inventions, making their impossible missions considerably more achievable. It is nice, however, to see some of their contraptions occasionally fail. But it’s generally the prolonged fight scenes, car demolitions and long-distance jumping that stretch the boundaries of believability. Contesting physics, wind resistance and gravity during far-fetched feats always appears completely absurd.
- The Massie Twins (GoneWithTheTwins.com)
HDMI vs DVI
HDMI vs DVI, what is the difference? Which one is better? Are DVI and HDMI compatible? And of course, given the choice, which one should you use? The differences (or lack there of) may surprise you. Lets take a look at each of them then evaluate the differences.
Digital Visual Interface (DVI) is a digital standard introduced in 1999 by the Digital Display Working Group (DDWG). It is designed primarily for carrying uncompressed digital video data to a display. Originally the display was a computer monitor but DVI is now commonly used for television as well. One of the main areas of confusion with DVI is the number of different connectors available, which represent different functionality. There are three main connection types for DVI, DVI-D (digital only), DVI-A (analog only) and DVI-I (digital & analog).
High-Definition Multimedia Interface (HDMI), released late in 2002, is an all-digital audio/video interface capable of transmitting uncompressed streams of data similar to DVI. However HDMI also provides the ability to carry audio signals, in addition to video, as well as incorporating HDCP, which is a Digital Rights Management technology.
So what is the difference?
When looking at the differences between HDMI and DVI we find they actually have more in common then differences. They both support digital transmission; they also are based on similar specifications since HDMI was derived from the DVI specification. There are two big differences:
HDMI incorporates content protection called High Definition Content Protection (HDCP).
HDMI supports audio in addition to digital video. (DVI only supports digital video)
Are DVI and HDMI compatible?
Is HDMI compatible with DVI? Since DVI is the predecessor to HDMI, HDMI and DVI are identical as far as video is concerned. Therefore, video backward compatibility exists. However, DVI will not support digital audio. For example, if you have an older DVI connection on your source and a HDMI connector on your display, a HDMI to DVI cable is all that is needed in order to view the video. A separate audio cable (TOSLINK or SPDIF) will be needed to carry the digital audio.
A Warning about Cable length
The HDMI specification does not define a maximum cable length. HDMI 1.3 defined two categories of cables: Category 1 (standard or HDTV) and Category 2 (high-speed or greater than HDTV) regardless, neither HDMI or DVI work well over distances greater then 15 feet. If you need a cable longer then 10 feet you will definitely want to consider top quality cables. For anything greater then 15 feet, some companies offer amplifiers, equalizers and repeaters that can help bridge longer distances.
Which one should I use today?
If available, we recommend HDMI. This is not because it is any better then DVI, only because the industry will heavily push HDMI due to the HDCP Digital Rights Management technology. However you should not expect any difference when moving from DVI to HDMI, therefore if you have DVI already, stick with it until the next standard comes around. A little off topic, but still of relevance is that you may be able to get similar quality video by using your existing Component connections. A common misconception is that Component cannot carry HDTV quality video, which is incorrect. Depending on the components in your system you may get the same or better performance with a Component connection then with a HDMI or DVI connection.
How Does a CD Player Work?
Today there is a wide range of CD players available for the consumer and choosing the right CD player can feel like an arduous task. Style, quality, design och technical solutions vary greatly between the different players. Some players are portable; others are included in larger sound systems. Some players can only handle one disc at the time; others can easily skip between 50 discs or more. Some CD players are very cheap, others are highly expensive. The list goes on and on. Regardless of which CD player you choose it will however consist of three basic parts that are found in all moderns CD players: a drive motor, a tracking device and a laser and lens system. Another thing that all CD players have in common is that they interpret data that has been stored in the form of elongated bumps on a CD (compact disc).
The drive motor in your CD player is the part that makes the disc spin round and round at a correct pace. The drive motor will gradually adjust the speed, since the correct pace depends on which part of the disc that is currently being interpreted. At some spots, the pace will be no higher than 200 rpm, while at other spots the pace needs to be increased up to 500 rpm. As the disc is rotated round and round by the drive motor, the tracking mechanism will adjust the laser assembly and make it possible for the laser and lens system to focus on the minuscule bumps where data has been stored. The laser is constantly being pushed from the centre and outward over the disc by the tracking mechanism.
The data interpreted by the laser and lens system has been stored in the form of elongated bumps on the surface of the CD. One single bump is very small and no wider than 0.5 microns. The height is greater than 125 nanometres and the length is 0.83 microns or slightly more. All these bumps are very neatly organised at the surface of the CD in the form of a 5 kilometre (3.5 miles) long spiral.
The CD itself is made up by several different layers, including a polycarbonate layer and an aluminium layer. When the laser tries to interpret data that has been stored on the CD, it will first penetrate the polycarbonate layer. The aluminium layer will then reflect the laser beam, and the light alterations will be detected by a special optoelectronic mechanism in the CD player. Since the bumps in which data has been stored reflects light in a different way compared to the areas between the bumps (commonly referred to as “lands”), the CD player can determine exactly which parts of the disc that is made up by bumps and which parts that are not.
If a CD is scratched or injured in any other way, it can be impossible for the CD player to interpret it. Sometimes only a minor part of the data will be skipped, but larger damages can render the entire CD useless. Always store your CD’s in a protective casing to decrease the risk of scratches. When you clean your CD’s, carefully move your hand from the centre and outwards to the edge rather than just swabbing around. Scratches that occur from a radial movement tend to be less damaging than other scratches.
LCD TVs and LED TVs: Are They Really Different?
Nowadays, you can see a lot of people spending hours and hours together shopping for a perfect television which would occupy the center-stage of their respective living rooms. With the ubiquitous presence of ever-confusing marketers of the television-manufacturing companies, the decision is becoming all the more difficult. So, let us understand the technologies before you splurge your hard-earned money on them.
Earlier, you used to find televisions with only one kind of technology. They were called ‘CRT TVs’ (Cathode Ray Tube). With the help of electron guns, coils and a fluorescent screen, the CRT TV was able to produce a viewable image. Now, there were problems with this technology:
1. A number of components were used to manufacture the television which made the processes of production, repair and maintenance difficult
2. The individual components were also bulky which made the television quite heavy
3. Some of these televisions had a problem of ‘Image burn-in‘ (Permanent discoloration of areas on electronic display) and a problem of ‘Image Loss‘ at the boundaries of the display
4. These televisions produced noticeable flicker at low refresh rates
5. They consumed high power and generated a lot of heat
To overcome the drawbacks of this technology, manufacturers started producing LCD (Liquid Crystal Display) televisions. An LCD is a flat-panel display that makes use of light modulating properties of liquid crystals. Now, these liquid crystals do not emit light by themselves, so a backlighting source is required in cases where there is higher power consumption. To understand this, you need to take note that there are two kinds of LCDs: ‘Passive Matrix LCDs’ and ‘Active Matrix LCDs’. In ‘Passive Matrix LCDs’ like ‘Alarm Clocks’ and ‘Calculators’ where the power consumption is less, a backlighting source is usually not required. Contrast this with ‘Active Matrix LCDs’, where some sort of backlighting mechanism is required. Now, this backlighting has been traditionally achieved with a ‘Cold Cathode Fluorescent Lamp’ (CCFL) in an LCD Television. So, the ‘CCFL backlit LCD’ television overcomes the problems of CRT in the following fashion
1. They don’t use phosphor. So, the problem of ‘Image burn-in’ is eliminated
2. They can be configured to run at high refresh rates. So, the problem of flicker is eliminated
3. When compared to the CRT television, the components used are lighter in weight, so the heaviness of the television is reduced
4. They consume lesser power and generate lesser heat while lighting the entire screen uniformly
5. There is no ‘Image-Loss’ at the boundaries and the entire screen is viewable
Consequently, manufacturers found out that they could improve upon these televisions too by changing the backlighting mechanism. They found that they could bring about the following changes
1. Reduce the power consumption even further
2. Reduce the thickness of the display even further
3. Increase the image quality even further
4. Increase the brightness of the display even further
5. Reduce the weight of the display even further
The manufacturers used LEDs (Light Emitting Diodes) as a backlighting source instead of the conventional CCFL sources and were able to achieve all-the-above stated objectives. So, this gave birth to the ‘LED backlit LCD’ televisions. Currently, if you go shopping for an LCD television, you won’t find a true LED TV. The only things you will find are ‘LED backlit LCDs’. So, don’t expect to see a radically different picture altogether as compared to a ‘CCFL backlit LCD’, albeit the images produced by the ‘LED backlit LCD’ televisions is in fact much better. Even these televisions can be further classified into 4 different categories.
Currently, ‘LED backlit LCDs’ are available in the market in 2 varieties: ‘Edge-Lit’ and ‘Full-Array’. In an ‘Edge-Lit LED backlit LCD’, LEDs (Light Emitting Diodes) are present in the entire perimeter (periphery) of the television. The backlighting of the screen is achieved with the help of what are called ‘Light Guides’. These ‘Light Guides’ direct the glow towards the center of the screen.
The following are the advantages of these kinds of televisions:
1. They are very thin (as much as 40% thinner) when compared to ‘CCFL backlit LCDs’
2. They consume much less power (as compared to the ‘CCFL backlit LCDs’)
3. They are also very much lighter in weight (In fact, most of them could be wall mounted)
4. They can produce a bright image with very nice colors and deep blacks
The following are the disadvantages:
1. The entire screen may not be lit uniformly (The edge of the screen may be brighter than the middle of the screen)
2. True blacks may not be achieved consistently across the entire screen
In fact, both the varieties: ‘Edge-Lit‘ and ‘Full-Array‘ LED backlit LCDs have the capacity to produce deep blacks as the LEDs could be simply turned off when no color is being reproduced on the screen.
Now, for the ‘Full-Array LED backlit LCDs’: In these kinds of televisions, several rows of LEDs are placed behind the entire surface of the screen.
The following are the advantages of these kinds of televisions:
1. They are thinner (as compared to the ‘CCFL backlit LCD’ variety)
2. They consume much less power (as compared to the ‘CCFL backlit LCD’ variety)
3. They are lighter in weight (Again, as compared to the ‘CCFL backlit LCD’ variety)
4. They can produce ‘True Deep Blacks’ (as compared to both ‘CCFL backlit LCD’ and ‘Edge-Lit LED backlit LCD’)
5. The brightness and colors are better (as compared to both ‘CCFL backlit LCD’ and ‘Edge-Lit LED backlit LCD’)
The following are the disadvantages of these kinds of televisions:
1. ‘Blooming Effect’ (described below) affects the picture quality a little bit
2. Slightly thicker and heavier (as compared to the ‘Edge-Lit LED backlit LCD’)
The reason that ‘Full-Array LED backlit LCD’ can achieve truer blacks is because whenever blacks have to be reproduced on a significant portion of the display, an entire section of LEDs can be turned off without affecting the display properties of the other LEDs. This property is widely known by the name: ‘Local Dimming‘. So, local dimming leads to better blacks but also leads to an effect called ‘Blooming’. If a bright color (LEDs turned on) is being displayed inside a black section (LEDs turned off – Local Dimming), the bright color creeps slightly into the adjacent black portion (like a halo). This effect is called ‘Blooming‘. But hey, it is ever-so-slightly-noticeable.
So, there are 4 kinds of ‘LED backlit LCDs’:
1. ‘Edge-Lit LED backlit LCD’ without ‘Local Dimming’
2. ‘Edge-Lit LED backlit LCD’ with ‘Local Dimming’
3. ‘Full-Array LED backlit LCD’ without ‘Local Dimming’
4. ‘Full-Array LED backlit LCD’ with ‘Local Dimming’ (Usually, the best of the lot)
I’ll again reiterate. There is no ‘True LED TV’ available commercially in the market right now. A True LED TV can be defined as follows:
“Each and every individual pixel should have the capability of being independently brightened or turned off. For this to be achieved, an LED has to be present for each and every pixel. Currently in the market, a ‘Full-Array LED backlit LCD’ with ‘Full HD’ (having a resolution of ’1920 * 1080′), has only a maximum of 2000 LEDs. If it has to qualify for being a ‘True LED TV’ there should be 2073600 LEDs.”
So, go get your TV right now.
Stay Tuned!
The Best and Easiest Way to Fix a Blown Out Speaker
Stereo speakers are built to last. Every time you turn them on they are submitted to abuse and punishment, even more so depending on the type of music you listen to. For example, music with heavy bass shakes everything in your home. Imagine what is going on in the speaker cone.
Even the best, quality stereo speakers are bound to crackle from all of this abuse over time. When that happens, you may have the chance to save yourself some money by repairing those broken speakers instead of buying new ones.
It all starts with finding the problem causing the sound problems. It can be an enclosure damaged or maybe it blew out from an electrical or thermal fuse. Problems with the voice coil are a common problem, sometimes the crossover network is faulty and even problems as easy as a solder connection can be the cause of your problems. Whatever your speaker issue maybe, it can be fixed. Here is a breakdown of how you can repair a speaker that is blown out.
The first thing you need to do is figure out which speaker is giving you problems. You can easily do this by playing around with the stereo’s equalizer. Alter the balance and the fader to isolate the speaker causing the distortion in sound or if there is no sound at all. Be sure not to have the volume blasting or you run the risk of blowing out a good speaker.
Once you’ve figured out which speaker is the bad one, you now need to take it apart. Try to do this step carefully because you don’t want to cause further damage to a part which is working fine. Remove the faceplate of the speaker and then gently loosen the seams of the speaker’s fabric without tearing it.
Now that the speaker cone is visible, you can begin repairing it. Have some tape or glue handy since this is what you will primarily be using if the cone of the speaker is punctured or torn. You’ll want to make sure the hole or tear is completely covered before moving on to the next step.
Test the voice coil to see if it is damaged in any way such as if it melted at some point for example. If there is even the tiniest of gaps in the coil, no sound will flow from the speaker or it will sound extremely distorted, depending on the size. If you see that the voice coil is indeed melted, then just replace the speaker entirely.
If you’re going to need any replacement parts, now is the time to order them. They can either be found directly from the manufacturer but they can be expensive or from stereo specialties shops. An often overlooked fact is to know the part number or numbers of the pieces you are looking for. They are normally located on the inside of the speaker or backside of the cone. Doing so will make your life an awful lot easier.
Now that you have all parts you need to properly fix the speaker, take a look at how the damaged part is attached to the speaker. Once you remove the broken piece, you are going to need to install the new one the same way.
Now that you are all completed putting the speaker back to together, the only thing left to do is test to see if all your hard work paid off. Hook it back up to the stereo and test it at a low volume slowly turning the volume up to see if it can handle. If the speaker is still not working and you feel like did everything correctly, take it to a professional and let them fix it from there.