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You Asked: Why are bigger TVs so much more expensive?

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This week on You Asked: Contrast enhancer on TVs, yay or nay? Why are 83-inch OLEDs so much more expensive than 77-inch OLEDs? How do you know if you’re getting a 10-bit panel on your TV? Is TV brightness about to hit a power wall? And sound treatments versus auto EQ — which should come first?

Why Are Big TVs So Expensive? Upgrading to a New Sony TV | You Asked Ep. 42

Contrast enhancer on TVs: Yay or nay?

samsung contrast enhancer
Digital Trends

Isiah Narine asks: Should the contrast enhancer be turned on or off with Samsung TVs?

I doubt this was intentional, but the wording you used — specifically the word “should” — has the potential to make this a loaded question, which necessarily makes for a loaded answer.

Here’s the short answer: You, Isiah, should turn the contrast enhancer on if you like the way the picture looks better than when that feature is turned off. And if you don’t like the way it looks, then don’t turn it on.

If you are a purist, and you want to see the content looking as close as possible to how the creators intended it to look, then you should watch in a dark room, with the TV’s picture mode set to Filmmaker Mode or Imax Enhanced or Movie/Cinema mode. In this scenario, the brightness and contrast levels are going to be set in such a way that the content is supposed to look the way it was created to look when viewed in a dark room.

But if you are less interested in what the creator intended, you have a preference for a bright and punchy picture that technically strays for measurable accuracy, and you find that contrast enhancer gets you closer to the picture you crave? Then by all means, use it.

I will say that sometimes engaging a post-processing feature like contrast enhancer can create unintended side effects like noise or posterization, raised black levels in some areas, or even loss of bright highlights in HDR. It depends on the TV brand, and even the model within that brand — in this case, Samsung. So you may find yourself having to make a concession when you turn on contrast enhancer.


Why are big TVs so expensive?

Caleb Denison standing in front of the 115-inch TCL QM89.
Caleb Denison stands in front of the 115-inch TCL QM89. Phil Nickinson / Digital Trends

Rick Hall writes: Why is the 83-inch OLED priced so much more than a 77-inch. The price jump from 65 inches to 77 inches isn’t as bad, even though it’s a larger screen upgrade in calculated screen area.

Thanks Rick, and I totally understand why you may be baffled. I think we have a tendency to think that pricing should be linear or proportional, that we should be able to break down a TV’s cost per inch of screen real estate, and then extrapolate what a TV should cost based on that number. But, as you’ve discovered, that is very much not the case. There are two primary reasons why, based on what I’ve learned over the years from being in retail and speaking to these brands.

When it comes to luxury goods, the more premium the product, the more profit margin is built in. The price increase is not proportionate to the cost of production increase. If we compare a Toyota Highlander to a Lexus RX, you’ll find that they are very similar vehicles in many foundational ways. They’re both cars. But even as you add similar trim options and goodies, the Lexus RX is not only always going to be more expensive, but the upgrades are increasingly expensive. Thus, the price gap of the base models for each car may be, say, $10,000 — but the price gap between the fully loaded models might be closer to $30,000. I’m making those numbers up for illustration, but hopefully that makes sense. The more premium a product is considered to be, the more profit margin is going to be built in. You can sell five of a less-expensive model to make, say 40% profit, or you can sell just one of the premium model to make your 40% profit.

But there’s also a more practical reason. OLED TV panels are cut from one large piece of panel glass called “mother glass.” And the larger the panel you cut for first, the fewer TVs, monitors, or phone screens you can make — and sell — out of the rest. So, while you may be able to make two 65-inch OLED TVs and six 32-inch Ultra Wide OLED monitors out of one piece of mother glass, you don’t have a whole lot of glass left over if you cut a big 83-inch 16:9 TV panel out of that mother glass. Maybe a couple of 32-inch monitors at best. Since you’re making fewer products out of that one sheet, you gotta make up for it. So, you jack up the price!


How can you tell if you’re getting a 10-bit panel on your TV?

LG G4 OLED
Zeke Jones / Digital Trends

Rishubh K writes: Is there any true 10-bit panel in a commercially available TV? Or is everyone just using 8-bit and FRC? Why do the official sites of many TV brands not mention it specifically?

Just about every 4K OLED TV these days has a native 10-bit panel, and many, if not most, premium LCD TVs do as well. I think the reason why this isn’t a specification that brands are transparent about is a mystery, though I would speculate that a big part of it is that it could cause confusion for more folks than it helps. With that said, I could make confirming the native bit depth of a panel in my TV reviews a priority going forward. I could just make getting panel information a core part of the review process and toss it in the numbers for nit nerds section? Is it VA, IPS, or ADS, is it 10-bit or 8-bit plus FRC, etc. I don’t think that would add too much time or effort. So, if enough of you say you want it, I’ll just start doing it!


Is TV brightness about to hit a power wall?

Hisense U9
Hisense U9 Zeke Jones / Digital Trends

Leon Nguyen writes: Will a TV’s brightness eventually be limited by power from the wall? I’d imagine when TVs start hitting 1,000, 1,500, 2,000 nits at full 100% window, it could start tripping some breakers.

Hahaha. That’s a cool question, and I see why you’re asking. I would say that the use of capacitors — similar to how they are used in audio systems — could provide a big, short boost in power when needed. That could help a TV get brighter than the constant 120-volt, 15- or 20-amp circuits in a U.S. home would typically allow for. With that said, I have no idea what the current limit would be. That would take some calculating that I think may be beyond my capability.


Upgrading to a new Sony TV

Honey being drizzled from a honey dripper displayed on a Sony X95L.
Zeke Jones / Digital Trends

Phyllis and Brian Kelleher write: Our Sony Bravia XDL-46XBR2 LCD TV just finally died. Our dilemma is what Sony to buy now. Our room has a sliding door, four large windows, and two skylights, and an adjacent room with eight windows all receiving east/southeast light. So, I am now confused as to look at a mini-LED or an OLED model.

There’s a lot about your viewing habits that I don’t know, and having that information would help me to give you better advice. But given all your windows and the light that I imagine comes pouring in, plus the possibility that you, like many folks in the U.S., probably have your TV on for five or more hours per day? I’m going to say that I think you guys are going to do best with a mini-LED LCD TV.

You can still get a great deal on a TV. I’d suggest sticking with Sony. Look at the 2023 Sony X90L or X95L — both of those TVs will offer a dramatic improvement in picture quality over your recently deceased TV. They are both gorgeous, brighter than you’ve had, and more colorful. Most importantly, the overall look of the TV will feel familiar since you are staying in the Sony family.


Sound treatments vs. auto EQ: Which should come first?

Monoprice Monolith Encore T6 Tower THX-465T tower speakers
Zeke Jones / Digital Trends

Steven Pythian writes: I’m about to set up my theater room, and I’m trying to figure out which comes first, the sound treatments, then Dirac, or run Dirac, then the sound treatments, then run Dirac again. I had a study done of my room acoustics by Vicoustic, letting me know what kind of sound treatments I would need, so I have those on hand.

Easy answer. Always, always, always do the sound treatments first. Trying to overcome physical acoustic issues with sound processing is a tough enough job already. Take care of your room first. This will give Dirac less trouble to try to iron out and, I suspect, leave it to do an even better job with what’s left.

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Are rainy days ahead for cloud computing?

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By Sean McManusTechnology reporter

David Heinemeier Hansson David Heinemeier Hansson co-owner of software firm 37signalswearing a hoodie and coatDavid Heinemeier Hansson

David Heinemeier Hansson saved his firm serious money by leaving the cloud

This year, software firm 37signals will see a profit boost of more than $1m (£790,000) from leaving the cloud.

“To be able to get that with such relatively modest changes to our business is astounding,” says co-owner and chief technology officer, David Heinemeier Hansson.

The US company has millions of users for its online project management and productivity software, including Basecamp and Hey.

Like many companies it outsourced data storage and computing to a third party firm, a so-called cloud services provider.

They own huge data centres, where they host data from other firms, which can be accessed over the internet.

In 2022, such services cost 37signals $3.2m.

“Seeing the bill on a weekly basis really radicalised me,” Mr Heinemeier Hansson says.

“I went: ‘Wait! What are we spending for a week of rentals?’ I could buy some really powerful computers just on one week’s worth of [cloud] spending.”

So, he did. Buying hardware and hosting it in a shared data centre costs $840,000 per year.

Although costs pushed Mr Heinemeier Hansson to act, other factors were also a concern.

The internet is engineered to be highly resilient.

“I saw the distributed design erode as more and more companies gravitated essentially to three owners of computers,” he says, referring to the three leading cloud providers.

If a major data centre goes down, large parts of the web can go offline.

The cloud was pitched, he says, as cheaper, easier, and faster. “The cloud was not able to make things easier to a point where we could measure any productivity gains,” he says, noting his operations team has always been about the same size.

Was using the cloud faster?

“Yes, but it didn’t matter,” says Mr Heinemeier Hansson.

“If you want to connect a hundred servers to the internet, you can do it in less than five minutes [in the cloud]. That’s incredible.

“But we do not need, nor do I believe the vast majority of companies need, a five-minute turnaround on a massive number of additional servers.”

He can have new servers delivered and racked in his data centre in a week, which is fast enough.

37signals does use the cloud for experimenting with new products. “We needed to have some big machines, but we only needed them for 20 minutes,” Mr Heinemeier Hansson says.

“The cloud is ideal for that. It would be wasteful to buy that computer and let it stay idle for 99.99% of the time.”

He still recommends the cloud to fledgling businesses. “When you have a speculative start-up and there’s great uncertainty as to whether you’re going to be around in 18 months, you should absolutely not spend your money buying computers,” he says. “You should rent them.”

Getty Images ttendees walk through an expo hall at AWS re:Invent 2023, a conference hosted by Amazon Web ServicesGetty Images

Cloud computing has created huge businesses like AWS and Microsoft’s Azure

37signals is not alone in bringing workloads back from the cloud, which is known as cloud repatriation.

Digital workspace company Citrix found that 94% of large US organisations it surveyed had worked on repatriating data or workloads from the cloud in the last three years.

The reasons cited included security concerns, unexpected costs, performance issues, compatibility problems and service downtime.

Plitch provides software that enables people to modify single-player games, including adjusting the difficulty.

It built its own private data centres and repatriated cloud workloads to them, saving an estimated 30% to 40% in costs after two years.

“A key factor in our decision was that we have highly proprietary R&D data and code that must remain strictly secure,” says Markus Schaal, managing director at the German firm.

“If our investments in features, patches, and games were leaked, it would be an advantage to our competitors. While the public cloud offers security features, we ultimately determined we needed outright control over our sensitive intellectual property.

“As our AI-assisted modelling tools advanced, we also required significantly more processing power that the cloud could not meet within budget.”

He adds: “We encountered occasional performance issues during heavy usage periods and limited customisation options through the cloud interface. Transitioning to a privately-owned infrastructure gave us full control over hardware purchasing, software installation, and networking optimized for our workloads.”

Pulsant Mark Turner, chief commercial officer at Pulsant in a formal pose wearing a smart jacketPulsant

Mark Turner’s firm gives companies an alternative to the cloud

Mark Turner, chief commercial officer at Pulsant, helps companies to migrate from the cloud to Pulsant’s colocation data centres across the UK.

In a colocation arrangement the client owns the IT hardware, but houses it with another firm, where it can be kept securely, at the right temperature and with power back-up.

“The cloud is going to continue to be the biggest part of IT infrastructure, but there is a good place for local, physical, secure infrastructure,” he says. “There is a repatriation going on of the things that should never have been in the cloud or that won’t work in the cloud.”

Some his biggest clients for repatriation are online software providers, where each additional customer puts more load on the server, increasing cloud costs.

One such client is LinkPool, which enables smart contracting using blockchain. It was developed in public cloud, initially using free credits. Business exploded, and the cloud bill reached $1m per month. Using colocation, costs shrunk by up to 85%.

“[The founder has] now got four racks in a data centre in the city where he lives and works, connected to the world. He goes up against his competitors and he can move his price point around because his cost is not going to move in line [with customer demand],” says Mr Turner.

“The change leaders in the IT industry are now the people who are not saying cloud first, but are saying cloud when it fits,” he adds. “Five years ago, the change disruptors were cloud first, cloud first, cloud first.”

More Technology of Business

Of course, not everyone is repatriating. Cloud computing will remain an enormous business, with AWS, Microsoft’s Azure and Google Cloud Platform being the biggest players.

For firms like Expedia, they are essential.

It has used the cloud to consolidate 70 petabytes of travel data from its 21 brands.

Applications run in the cloud, too, except for legacy software that doesn’t work there yet.

“We are experts in travel,” says Rajesh Naidu, chief architect and senior vice president, Expedia. “[Cloud providers] are experts in running infrastructure. That’s one less thing for me to worry about while we focus on running our business.”

“One of the main things the cloud gives us is a global presence, the ability to deploy our solutions closer to the region that they need to be in,” he says.

“The other thing is the resiliency and the availability of the infrastructure. Cloud providers have designed and architected their infrastructure really well. We can ride on the coattails of their innovation.”

Expedia has a cloud centre of excellence, which saved about 10% on cloud costs last year.

“You’ve got to set policies because otherwise it’s easy for companies to run huge cloud costs,” Mr Naidu says. “You can turn things down when you don’t need them. If you consume [cloud resources] wisely, your bill won’t be a surprise at the end of the day.”



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AT&T, Verizon and T-Mobile Users Hit by Service Outage in Europe

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Many travelers from the United States lost a crucial tool to check maps, make reservations, use ride-hailing apps and more because of a cellular data outage that began affecting users of AT&T, T-Mobile and Verizon on Wednesday.

The affected travelers, mostly in Europe, posted on social media, seeking answers about what caused the outage and how long it would last. Some reported being unable to make phone calls, send texts or use online services without Wi-Fi for as long as 24 hours. It is unclear what caused the outage, which appeared to extend from Britain to Turkey.

An AT&T spokeswoman said that the carrier’s network was operating normally, but that some customers traveling internationally might be experiencing service disruptions because of an issue outside the AT&T network. The company said it was working with one of its roaming connectivity providers to resolve the issue.

Verizon told some of its customers on social media that it was also aware of the issue and that its teams were working with local providers to resolve it.

A T-Mobile representative said the carrier was one of “several providers impacted by a third-party vendor’s issue that is intermittently affecting some international roaming service” and was also working to resolve it.

George Lagos, a 70-year-old real estate developer from Dunedin, Fla., who is visiting the Greek island of Crete with his family, noticed yesterday that his T-Mobile cellular data was not working. For about 24 hours, he said, he was not able to reach the people he had made plans with, though luckily, they had already gone over the details together.

“You know it’s an inconvenience, but it wasn’t a disaster,” said Mr. Lagos, whose service appeared to be restored by Thursday evening. “I didn’t miss a flight. I didn’t have a taxicab looking for me or anything.”

But there was a more serious concern: His wife’s mother has been sick and Mr. Lagos’s wife could not reach the person who was helping take care of her.

“That probably was the worst thing,” Mr. Lagos said.

Major U.S. carriers all offer some version of an all-inclusive international data plan that allows travelers to use their phones much as they would in the United States.

Though the current disruption appears to be easing, travelers affected by such outages have other options to connect. Swapping out a physical SIM card — for phones that still have one — can allow you to connect to a local network. (These typically come in pay-as-you-go or prepaid packages.) For newer phones, apps like Airalo provide relatively inexpensive electronic SIM card packages in many international destinations. And of course, you can always seek out a secure Wi-Fi network.


Follow New York Times Travel on Instagram and sign up for our weekly Travel Dispatch newsletter to get expert tips on traveling smarter and inspiration for your next vacation. Dreaming up a future getaway or just armchair traveling? Check out our 52 Places to Go in 2024.





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India seeks report on hiring practices of Apple supplier

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The Indian government has sought a detailed report from Tamil Nadu state following media reports that Apple supplier Foxconn was allegedly rejecting married women for iPhone assembly jobs.

A Reuters investigation alleged that Foxconn had excluded married women from jobs at its main India iPhone plant near Chennai, citing their greater family responsibilities compared to unmarried women.

The federal labour ministry says the law “clearly stipulates that no discrimination (is) to be made while recruiting men and women workers”.

Neither Apple nor the Tamil Nadu state government responded to requests for comment from Reuters.

The BBC has also reached out to Foxconn and the Tamil Nadu labour department for a response.

Foxconn, the largest supplier of Apple iPhones, set up its first factory in Tamil Nadu in 2017 but has since been aggressively expanding its operations in India.

In 2023, it began assembling the iPhone 15 in the state and earlier this year, Foxconn tied up with Google to make Pixel smartphones in Tamil Nadu.

Rights activists say the reports about the firm’s hiring practices in India are concerning, given that thousands look to its factories for employment opportunities.

Reuters said it spoke to numerous employees and Foxconn hiring agencies for the story.

The report said that hiring agents and Foxconn HR sources “cited family duties, pregnancy and higher absenteeism as reasons why Foxconn did not hire married women at the plant”.

This isn’t the first time the firm has come under the scanner for its labour practices.

In 2018, a US-based rights group had accused the firm of overworking and underpaying temporary workers at its factory in China that manufactured products for Amazon.

In 2022, its iPhone factory in China saw protests by workers who claimed that they had not been paid certain dues.



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