Samsung HW-T415 Review — Is it the Best Budget Release of 2022?

Budget-friendly audio devices like Samsung HW-T415 are always tempting to buy. However, being affordable does not ensure that it can enhance your sound experience. If worse comes to worst, you may end up wasting money. 

So rather than getting swayed by the fad, read this Samsung HW-T415 review from our audio engineers and determine if it suits your soundbar needs. 

What We Like

• Built-in Bluetooth connectivity
• Better sound quality than TV speakers
• Immersive surround sound
• Easy to hook up with other devices
• It comes with multiple USB ports
• Soundbar and subwoofer package
• Heart-pounding & punchy bass

What We Don't Like

• Sound distortion in extremely high volumes
• No HDMI connection ports included

Design and Size

At first glance, it’s hard not to notice the premium-looking build quality of this soundbar. If you inspect its top and front panels, you’ll see that it’s constructed with durable steel material. This design could shield the internal component from potential damage. 

We also noticed some sections made of plastic, mostly on the side or back. Nevertheless, the material feels and looks solid from the get-go. 

The soundbar only ranges around 18.15 inches, so we suggest pairing it up with at least a 43-inch television. It has a slim height of 5.4 cm, making it easier to find a spot to place it. 

Samsung HW-T415 Features

Overview of Specs

Soundbar Features	Details
Soundbar Model	Samsung HW-T415 Soundbar with Wireless Subwoofer
Product Release	2021
Color Variation	Black
Dimensions (Soundbar & Subwoofer)	33.9W x 2.1H x 2.9D (inches)
	86W x 5.4H x 7.4D (centimeter)
Audio Enhancement Features	Dolby Digital
Dialogue Boost Feature	Available
Room Correction Feature	None
Wireless Connectivity	Bluetooth Connection
Available Wired Connection	Optical & USB
Chromecast Availability	None
Voice Assistance	None
Surround Sound	Surround Sound Expansion
Max Output	170W

Easy Setup

During our hands-on experience, all we need to do to set up this audio device is plug in the optical cable. You don’t need to go through manual configurations because the speaker’s default setting should automatically connect to your device. 

The remote control should suffice if you want to change sound configurations. And since the subwoofer is wireless, connecting it through Bluetooth isn’t much of a hassle. This unit’s only downside on setup is its lack of HDMI ports.  

Power

The soundbar-subwoofer combo has an output power of 170W, where 100W is for the latter and 70W is for the prior mentioned. 

If you ask our sound experts, this power range should be enough if you’re filling a small space or room. It won’t be as loud if you’re playing audio in a large, open area. 

Sound Quality and Bass

As a Samsung soundbar, it’s no surprise that this model can deliver such clear quality. You can enjoy impressive audio clarity up to the volume’s mid-level. However, some distortion will begin to play once you set the soundbar to a high volume. 

As for the bass quality, the mid-levels are heart-thumping. We tried tweaking the EQ configurations, giving us an even better subwoofer performance. 

Surround Sound Expansion

Overall, Samsung’s surround sound expansion saves this device from being a typical speaker. 

It serves as a balance between the soundbar and the subwoofer to deliver a solid audio performance. You can also enhance this feature by hooking up other subwoofers. 

Audio Modes

Users can click the SOUND MODE button by using the remote and change the media’s audio effect. You can choose the standard for the source or the surround sound for wider audio.

Subwoofer

So far, the subwoofer delivers deep and clear bass upon setup. It stands a bit taller at 34.3 cm, so you must find a good spot to place it. 

Wired and Wireless Connectivity + Remote

Apart from the optical cable, the unit also comes with USB ports. You can use this wired feature for listening to music from a flash drive.

For the wireless connections, you can set up Samsung HW-T415 using Bluetooth [1] without connecting any cables.  This package also comes with a remote control, which you can use to navigate through the subwoofer and soundbar settings. 

Price

The typical price for this soundbar and subwoofer combo depends on which store you buy it from. Nevertheless, it’s surprisingly a budget-friendly option, despite coming from a popular electronics brand.  

Review Conclusion: Samsung HW-T415

After conducting Samsung HW-T415 reviews, our resident audiophiles concluded that it’s a very straightforward model. The soundbar and subwoofer featured in this combo package deliver great audio performance and quality. 

Despite lacking modern connectivity options like HDMI or WiFi features, this offering serves its purpose for a reasonable price range. 

The post Samsung HW-T415 Review — Is it the Best Budget Release of 2022? appeared first on The Product Analyst.

from The Product Analyst https://theproductanalyst.com/samsung-hw-t415-review/

Why Won’t My TV Turn on But Has Power? + How to Fix Immediately

After a tiring day, you sit in front of your TV and press the power on the remote control. You see that the red light on your TV comes on. But after several minutes, your TV screen is still black. 

Now you are wondering why your TV won’t turn on but has power. Our TV technicians will help you find the answer here.

What Would Cause the TV Not to Turn On?

Many TV owners have encountered this problem with their television sets. There could be several factors that may have caused why your TV does not turn on. It could be an issue with the power source, remote control, cable, or television itself.  

How Do You Fix a TV That Has Power But Will Not Turn On

When the green or red LED light on your tv comes on but no sound or picture comes on the screen, there are several easy troubleshooting steps that you can follow to resolve the problem.

Below are the steps you can easily follow at home without the help of a TV technician. 

Fix #1: Factory Reset Your TV

The most reliable and permanent solution to this problem is factory resetting your TV. Factory resetting will restore the initial settings of your TV. 

Every TV brand and model has a different factory reset procedure. Therefore, it is important to refer to your TV manufacturer’s manual. 

Fix #2: Reset or Replace Your Remote

In some cases, the issue is simply on your remote control. The infrared signal of the remote may be blocked. Try directly using the buttons on your TV. If it works, then the problem is really with the remote control. 

The batteries on the remote could also be the cause. Take the batteries out of the remote control. Once all the batteries are out of the remote, press the power button on the remote for 15 seconds. 

Proceed to put back the batteries in the remote and press the power on. If the power is not back on, try to change the batteries with new ones. Often, the old battery of the remote causes the problem.

Fix #3: Check the Power Cord for Defects or Damages

Inspect the power cord of your TV and ensure that the cord has no damage or breakage. If your TV power cord is defective, it must be changed immediately. Connect the new power cord and try turning your TV back on. 

Fix #4: Check the Input Source or Connected Devices

It is possible that the power cord has fallen out or gotten loose. Check if the main power cord at the back of your TV is properly connected. Also, check if the main power plug is connected to a secure and compatible electrical outlet.

Fix #5: Plug the TV Directly Into the Wall Socket or Use Another Power Source

If the above steps do not resolve the issue, it is possible that the power source of your TV is causing the problem. Most TVs will not work with a weak or faulty power supply. This may happen if you are using an extension cord.

Unplug your TV from the extension cord. Instead, connect your TV directly to the wall socket. Ensure that the power plug is connected to the power source securely. Turn your TV on again, and the problem should have been resolved. 

Fix #6: Get the Internal Fuse Checked for Issues

If the problem has not been resolved after performing the steps above, you may need to inspect the internal fuse. The fuse may have been faulty or blown and needs to be replaced. Always refer to the manual to determine your TV’s fuse type and model.

Get in Touch With Your Manufacturer and Check Your TV’s Warranty

If nothing worked at this point, it is time to contact your TV manufacturer. It is possible that your TV has a manufacturing defect that you could not troubleshoot. They may repair or replace your TV for free if this is the case.

On the other hand, your TV warranty can cover the repair. Check if your TV warranty is valid and contact the service center to resolve the problem accordingly. 

FAQ

How do I know if my TV fuse is blown?

To know if your TV fuse is blown, check if there for metallic or dark stains inside it or check its wires for gaps [1].

Why is my TV dark with no sound?

If your TV is dark and has no sound, it may have software issues, loose connections, or backlight problems.  

Conclusion

It is truly frustrating to think why your TV won’t turn on but has power. You will need to try different solutions until you find the one that finally works. So, do not give up and keep searching for the right answer. 

If nothing has worked on your end, it might be time to bring it to your manufacturer or a professional for closer inspection.

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from The Product Analyst https://theproductanalyst.com/why-wont-my-tv-turn-on-but-has-power/

What is eARC on a Receiver? Do I Need it?

You may have already heard about Enhanced Audio Return Channel (eARC), but you are not completely convinced if it will improve your AV receiver’s audio quality. 

In this article, our audio engineers will help you better understand this cable type so you can decide if you need a compatible eARC receiver. 

HDMI eARC, Explained

For several years, High-Definition Multimedia Interface (HDMI) has been the preferred digital connector of televisions and audio-visual equipment since it was first launched in 2002. 

Throughout the years, HDMI was known as a reliable way to transmit high-quality audio and video data from a certain source to an amplifier or television by using AV connectors. 

HDMI has evolved from a complicated setup using several different cables to a single highest-quality connector through the HDMI eARC. 

Back then, models of the set-top box, Blu-ray player, and game console are connected to the television through HDMI. And to enhance the audio, the television is usually connected to a soundbar or home cinema amplifier using an optical cable. 

The HDMI ARC simplifies the connection process by simply removing the use of an optical cable. It sends the audio data from the HDMI socket on the television to the HDMI ARC socket on the AV receiver or soundbar. 

But now, HDMI ARC may cause lip sync issues because it cannot support high-quality audio data like Dolby Atmos, Dolby TrueHD, DTS-HD Master Audio, or soundtrack from Blu-rays. 

This is where the HDMI eARC comes in. The HDMI eARC is a feature released as part of the HDMI 2.1 specifications to resolve synchronization issues. The main function of the HDMI eARC is to boost the bandwidth and speed.

What is HDMI eARC on a Receiver?

With HDMI eARC, you can send the highest quality audio from your television to your AV receiver or soundbar. 

The HDMI eARC has a high bitrate, which can now transmit uncompressed audio data of Dolby Atmos, Dolby TrueHD, DTS-HD Master Audio, or soundtrack from Blu-rays with a maximum speed of 38Mbps. It also allows flexibility and more options on audio formats. 

Do I Need HDMI eARC on My Receiver?

When you plug in your television to your receiver, you must ensure that the HDMI ports of your AV receiver or soundbar are compatible with HDMI eARC to receive high-quality audio.

As HDMI eARC is the latest version released, your AV receiver port may still have the older version, which is HDMI ARC. 

Although both transmit audio data to the receiver, HDMI ARC compresses the audio signal. Therefore, the quality sent through HDMI ARC is of lesser quality.

Will HDMI eARC Backwards Match With ARC?

The HDMI ARC was compatible with the older HDMI versions, even if they did not have ARC. Meaning HDMI ARC will work perfectly with the older HDMI versions. However, this is not the case with the HDMI eARC. 

The audio signal will be compressed if your television has HDMI eARC, but your receiver or soundbar has HDMI ARC. Therefore, the audio received by the soundbar will not be of the highest quality. 

Can You Convert HDMI ARC to eARC?

The answer is yes. It is possible to convert HDMI ARC to eARC. However, it requires approval from the manufacturer of your receiver. The approval process is complicated and takes longer. 

You must remember that manufacturers are business owners who prefer to sell new products rather than upgrade the old versions.

Connecting a TV to a Receiver with No eARC

If your receiver has no HDMI eARC, do not lose hope because there are several ways to connect your device to the receiver without using HDMI. Below are the different approaches you may apply.

Method #1: Coaxial Digital Cables

We recommend using coaxial digital cables if you are on a budget because they are much cheaper than other HDMI cables [1]. 

Coaxial digital cables can transmit high-quality audio faster. Although there could be a noticeable difference, they are still reliable and a good option. 

Method #2: Optical Digital Cables

Although optical digital cables are a bit more expensive than coaxial digital cables, they are more reliable in transmitting higher-quality audio. In fact, it is our second-best option if your receiver has no HDMI eARC. 

FAQ

Do AV receivers have eARC?

Yes, AV receivers may have eARC but not all. Some older receivers that do not support HDMI 2.1 chipsets have no eARC.

Conclusion

The eARC receiver is a great innovation that can bring high-quality audio and more vivid and richer video. Even if your receiver has no eARC, there are methods available to experience high-quality audio and video.

 And if the quality really matters to you, then you definitely need eARC on your receiver.

The post What is eARC on a Receiver? Do I Need it? appeared first on The Product Analyst.

from The Product Analyst https://theproductanalyst.com/earc-receiver/

What is the Longest 4K HDMI Cable?

If you are connecting various devices over significant distances inside your home using a 4K HDMI cable, you may want to know what could be the farthest distance it could allow without lowering the signal quality. 

Here, our audio engineers will explain the longest 4K HDMI cable can reach while maintaining high signal and resolution quality. 

How Long Can a 4K HDMI Cable Run: Length Limit for 4K

The latest HDMI cables are typically made of copper, limiting the maximum length that can obtain a strong signal. The longer the cable length, the weaker the signal can get. 

However, a 4K HDMI cable requires more bandwidth. Therefore, it is advisable to use a shorter cable length with a maximum of 3 meters only to attain the highest resolution.  

An HDMI cable can run for a maximum length of 25 feet (7.5 meters) without a change in signal quality. If you need to reach farther than 25 feet, you will need HDMI extenders or fiber optic connections to get a high-quality signal.

How Long Can an HDMI Cable be for 4K 60Hz?

The limitation on the cable length and resolution they can support is due to the material the cable is made of. 

For devices with 4K 60Hz resolution, the recommended length of HDMI cable is from 15 feet to 25 feet (5-7.5 meters) to perceive high resolution. 

How Can I Increase the Length of My HDMI Cable?

The length limitation of HDMI cable can be overcome using extenders, repeaters, or fiber optic connections, depending on the range you need. 

We highly recommend using HDMI repeaters for shorter ranges and fiber optic HDMI cables for medium ranges. If you need to reach longer distances, we advise HDMI extenders or fiber connection [1].

Take a closer look below to determine which one you can use to extend your HDMI cable.

HDMI Repeater

The HDMI repeater links two HDMI cables to enhance the signal and improve transmission in a shorter range. 

The maximum length depends on the HDMI cable type compatible with the device’s resolution. On average, a 4K 60Hz can be extended from 60 feet to 100 feet.  

Fiber Optic HDMI Cable

Unlike the standard HDMI cable, which is made of copper, Fiber Optic HDMI cable is made of optical fiber suitable for longer distances. The maximum length for a 4K 60Hz is 164 feet (50 meters).

HDMI Over Ethernet Extender

HDMI Over Ethernet Extender uses an Ethernet cable to extend the connection for a maximum of 130 feet for 4K 60Hz.

HDMI Over Fiber Extender

HDMI Over Fiber Extender amplifies data transmission through optical fiber cable to farther distances. It can extend the connection of 4K 60Hz from 1,000 to 3,300 feet (300-1000 meters).

Our 4K HDMI Cable Recommendations

Below are 4K HDMI Cables that surpass our signal and resolution quality expectations. We also consider the distance they can extend the connection to without resolution degradation and signal loss.

1. CableDirect 40-Ft Long 4K High Speed HDMI Cable (HDMI to HDMI Cord)

What stands out about this brand is the anti-interference shielding design that has optimum protection from signal interference. The 4K 60Hz can reach up to 13 feet. 

It uses HDMI Ethernet cable extending as far as 9.8 feet and transmits 8K at 60Hz and 4K at 120Hz. This is impressive, considering the high resolution and the length it can reach. 

Another notable feature is the gold-plated plugs which are break-proof and gives the assurance that they will last longer. They are also compatible with many devices with an HDMI port. 

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2. Monoprice HDR High Speed Cable (60 Feet) in Black

We recommend this brand if you need to extend your connection further. This HDMI cable brand can transmit 4K 60Hz up to 330 feet without external converters. 

We are also impressed with its High Dynamic Range feature, which improves video resolution and noticeably richer and more vivid colors. 

Its design also elevates it from other brands. It is thinner and softer because it uses more flexible and durable polymer optic fibers than other brands that use glass fiber optic cable. 

It also comes with a lifetime warranty which will give you peace of mind and save you money from buying a replacement if it ever gets damaged. 

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FAQ

Do 4K HDMI cables really make a difference?

Yes, 4K HDMI cables really make a difference in terms of the maximum bandwidth capacity and speed at which they can transmit the signal. 

The cable should have the speed rate to transmit the required bandwidth for high-quality resolution. Therefore, a 4K HDMI cable impacts the color and resolution. 

Conclusion

It is important to determine the longest length of the 4K HDMI cable you will need when setting up your devices because it will greatly impact the quality of sound and resolution they can perceive. Hopefully, our audio team explained the essential qualities of a 4K HDMI cable for the best setup. 

The post What is the Longest 4K HDMI Cable? appeared first on The Product Analyst.

from The Product Analyst https://theproductanalyst.com/longest-4k-hdmi-cable/

Hi-Fi Cables 101: Everything You Need to Know

For most people, cables are likely the least interesting or thrilling aspect of their hi-fi system. We’d all rather spend our time and money on shiny new speakers or a hot new turntable. 

After all, those are the things that we can see and touch. Cables, on the other hand, are often an afterthought. But the truth is that these little connectors might be a vital part of your system, at least from a sonic perspective. 

Even if you have the best speakers money can buy, they won’t function at their peak potential if you’re using subpar cables to connect them to your receiver or amplifier.

How Can Hi-Fi Cables Affect Sound Quality?

You might be wondering how such a small and simple component could make that much of a difference. After all, cables are just a bunch of wires sealed in an outer layer of insulation, right?

Well, that’s partially true. The type of wire used inside the cable, the way that wire is arranged, and the quality of the material surrounding it can all have an impact on sound quality. Each component in your hi-fi system is important, and the way those components are connected is surely no exception.

That being said, you’ll probably get the same audio quality from well-kept second-hand hi-fi cables as you would from buying brand-new ones. The core material and build quality will be the same, so as long as the cables aren’t damaged, you shouldn’t notice a difference.

If you want to look into used hi-fi cables, make sure you inspect them for any visible damage, like fraying or kinks in the wire. This may be an indication that the internal structure has been compromised and that the cable isn’t performing as it should. 

You may also notice slight changes in sound quality if the connectors are very old and have been used heavily over the years.

What Are the Different Types of Hi-Fi Cables?

Regardless of whether you decide to go for second-hand hi-fi cables or entirely new ones, you should be aware of the kinds of connectors available and what they’re used for. 

That way, you’ll be able to make a distinction between what you need and what you don’t, and you can save yourself some money in the process.

Interconnects

Interconnects are the cables that connect your source components to your preamp or amplifier. These will usually have RCA attachments at both ends and will come in a stereo pair. Some high-end models have XLR connections, which are typically used in recording studios and professional audio setups.

These cables carry the signal from the source in the form of an electrical current. That current is then amplified by your preamp or amplifier before being sent to your speakers. 

How well this signal is preserved will have an impact on the audio quality, with a degradation in sound quality becoming more apparent the longer the cable is.

This is why you need to pick the right length when purchasing interconnects. You don’t want them to be too long, as that will result in a loss of signal strength. But you also don’t want them to be too short, as that might make your system seem cramped and cluttered. 

Try to strike a balance between the two, and you should be fine.

Speaker Cables

These are the cables that connect your amplifier or receiver to your speakers. Like interconnects, they come in a stereo pair, with each cable running from one device to another. The most common type has banana plugs at both ends, although some models will have bare wire or spade terminals.

The gauge or thickness of the wires inside speaker cables is an important consideration. The thicker the wires, the better they’ll be able to handle the electrical current passing through them. That current is what ultimately drives your speakers, so you want to make sure it’s as strong as possible.

The downside of using thicker wires is that they can be more difficult to work with. They’re not as flexible, which means they might not fit in certain spaces. And they can also be heavier, which might put undue strain on your speaker terminals.

Digital Cables

Digital cables are used to connect digital source components, like a CD player or DAC, to your preamp or amplifier. The coaxial and optical varieties are the most sought-after models, mainly due to their ability to carry a digital signal without any interference.

The source component sends a digital signal in the form of 0s and 1s to your preamp or amplifier. That signal is then converted into an analog one, which is amplified before being sent to your main audio output.

Phono Cables

These cables are used to link your hi-fi system to a turntable. They are often shorter than other types of wires because they don’t have to go as far, and they contain RCA connectors on both ends.

Turntables provide a signal that is substantially weaker than other types of source materials. It must therefore be amplified considerably before being transmitted to your speakers. This guarantees that the audio quality will be the same as it would be from other sources.

Additional Considerations

Apart from the make and model of your hi-fi cables, a few other variables come into play when determining the overall sound quality of your system.

Materials

To the untrained eye, all cables are made from the same materials. They all look pretty much the same, so why should it matter what they’re made of, right? Wrong. Slight variations in the build materials are actually much more nuanced than you might think.

Silver is often touted as the best material to use because it has the lowest resistance. That means it doesn’t impede the electrical current as much as other metals, resulting in a clearer signal. But it’s also the most expensive option, so many manufacturers use copper instead.

Copper wires are made up of numerous thinner strands that are joined together. As a result, they are thicker than silver wires, which may reduce the sound quality. However, they are also far more reasonably priced, which is why they are so widespread.

Shielding

Here, the term “material” refers to the covering over a cable’s internal wires. Given their brittleness and vulnerability as well as the digital signal they carry, those wires require some kind of protection. Aluminium foil and mylar are also used, but copper braid is the most common type of shielding.

Power lines and other external sources of interference, such as electromagnetic fields, can be lessened through shielding. In essence, it serves as a shield between the inner wires and the outside world, preserving the signal’s purity.

Speaker Type and Position

The size and placement of your speakers may also interfere with the audio output quality. Smaller soundbars or speakers, for example, tend to have a less powerful bass response. And if they’re placed too close to the floor or in a corner, that bass might sound even weaker.

The same can be said for larger speakers. They might produce a more robust sound, but it won’t be as accurate as with smaller ones. That’s because they tend to have a less defined midrange and treble response.

Having a balanced system in terms of size and positioning is the best way to ensure optimal sound quality. That’s why most configurations feature devices of various sizes, placed in different parts of the room.

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