Why is Zynga worth a whopping $12.7 billion? (Hint: It’s not FarmVille)

Record acquisition price offers instant entry into the massive mobile game market.

The company that publishes <em>Grand Theft Auto</em> now owns all of these goofballs, too...

Enlarge / The company that publishes Grand Theft Auto now owns all of these goofballs, too... (credit: Zynga)

Major console game publisher Take-Two has acquired social and mobile gaming giant Zynga for a whopping $12.7 billion in cash and stock, marking the deal the largest acquisition of a single gaming company in history.

That might seem like a ludicrous price if your familiarity with Zynga is limited to FarmVille, CityVille, and other Zynga games that came to dominate the "social gaming" fad of the early 2010s (and led to the creation of some excellent books, if I do say so myself). But while the original FarmVille merely limped along until 2010, Zynga has successfully transitioned into a casual mobile gaming powerhouse by spending billions of dollars on acquisitions like Gram Games (1010) and Small Giant Games (Empire & Puzzles) in 2018, as well as Peak Games (Toon Blast) and Rollic (Go Knots 3D) in 2020. Last year, the company even dipped into PC games with the acquisition of Torchlight studio Echtra Games.

With those companies gathered under the Zynga umbrella, the company now attracts over 168 million monthly users while making $706 million in revenue in the latest reporting quarter.

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ISPs must accept gov’t subsidy on all plans—no more upselling, FCC chair says

FCC chair seeks stricter rules after ISPs used previous subsidy to upsell users.

A stack of three $10 bills

Enlarge (credit: Getty Images | maogg)

Less than a year after Verizon and other ISPs forced users to switch plans in order to get government-funded discounts, a new federal program will prevent such upselling by requiring ISPs to let customers obtain subsidies on any Internet plan.

With last year's $50-per-month Emergency Broadband Benefit that was created by Congress, the Federal Communications Commission let ISPs participate in the program as long as they offered the discount on at least one service plan. The FCC said it did so to encourage participation by providers, but some major ISPs drastically limited the subsidy-eligible plans—forcing users to switch to plans that could be more expensive in order to get a temporary discount.

Congress subsequently created a replacement program that will offer $30 monthly subsidies to people with low incomes. The program also specified that ISPs "shall allow an eligible household to apply the affordable connectivity benefit to any Internet service offering of the participating provider at the same terms available to households that are not eligible households." The FCC still has to make rules for implementing the new Affordable Connectivity Program (ACP), but that requirement prevented the FCC from using the same one-plan rule that helped ISPs use the program as an upselling opportunity.

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Developer sabotages his own apps, then claims Aaron Swartz was murdered

Developer throws a wrench in thousands of apps after making malicious updates.

Stock photo of the lit fuse of a stick of dynamite or firework.

Enlarge (credit: James Brey / iStockPhoto / Getty Images)

The developer who sabotaged two of his own open source code libraries, causing disruptions for thousands of apps that used them, has a colorful past that includes embracing a QAnon theory involving Aaron Swartz, the well-known hacktivist and programmer who died by suicide in 2013.

Marak Squires, the author of two JavaScript libraries with more than 21,000 dependent apps and more than 22 million weekly downloads, updated his projects late last week after they remained unchanged for more than a year. The updates contained code to produce an infinite loop that caused dependent apps to spew gibberish, prefaced by the words “Liberty Liberty Liberty.” The update sent developers scrambling as they attempted to fix their malfunctioning apps.

What really happened with Aaron Swartz?

Squires provided no reason for the move, but in a readme file accompanying last week’s malicious update, he included the words “What really happened with Aaron Swartz?”

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ECS EH20QT is a Windows laptop with Snapdragon 7c for the education market

Taiwanese PC maker ECS showcased a bunch of new products designed for the education market during last week’s Consumer Electronics show, including several new laptops with low-power Intel Jasper Lake processors, and one with a 10th-gen Intel Comet Lake-U chip and 4G LTE support. The company also introduces the ECS EH20QT 11.6 inch convertible Windows […]

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Taiwanese PC maker ECS showcased a bunch of new products designed for the education market during last week’s Consumer Electronics show, including several new laptops with low-power Intel Jasper Lake processors, and one with a 10th-gen Intel Comet Lake-U chip and 4G LTE support.

The company also introduces the ECS EH20QT 11.6 inch convertible Windows notebook with a Qualcomm Snapdragon 7c processor.

With Qualcomm’s affordable, low-power processor, 4GB of LPDDR4x memory, and 64GB of eMMC 5.1 storage, the EH20QT is basically what you’d get if you took the guts of the recently-launched Snapdragon Dev Kit mini-desktop (which is made by ECS), and stuffed them into a notebook.

The laptop has a 1366 x 768 pixel display, which is rather disappointing, but it is a touchscreen display with a 360-degree hinge and pen support, so there’s that. And the notebook has a few other useful features including features including dual-SIM support for 4G LTE cellular networks (thanks to one eSIM and one nano SIM card reader). There’s also support for WiFi 5, Bluetooth 5.0, and GPS.

Other ports include USB 3.2 Gen 1 Type-A, two USB 2.0 Type-A ports, HDMI, Ethernet, headset, and a microSD card reader. The ECS EH20QT supports up to a 5,000 mAh battery.

The notebook measures 12″ x 8.9″ x 0.9″ and weighs about 3.2 pounds and features a semi-rugged MIL-STD-810G tested chassis with IP52 dust and water resistance. There’s a 2MP camera that can swivel to face the front or back of the computer.

It looks like some models may also be available with up to 128GB of faster UFS 2.1 storage. The ECS EH20QT will ship with Windows 11.

There’s no word on pricing, but while ECS does sell some computers under its own name, the company’s laptops tend to be OEM devices that often end up being sold under different brand names.

via ECS (LinkedIn)

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Microsoft posts its own teardown and repair video for the Surface Laptop SE

Shareholders have pressured Microsoft to ramp-up its repairability efforts.

Microsoft engineer Branden Cole disassembles the Surface Laptop SE step-by-step.

Enlarge / Microsoft engineer Branden Cole disassembles the Surface Laptop SE step-by-step. (credit: Microsoft/YouTube)

Usually when you want to see a step-by-step teardown video for a Surface device, you need to go to a third-party outfit like iFixit. But today, Microsoft's Surface YouTube channel posted its own teardown video for the cheap, education-focused Surface Laptop SE, in which a Microsoft engineer completely disassembles the laptop (with iFixit tools, no less) while describing each step as he goes.

Microsoft's Surface lineup was infamously difficult to repair for years, thanks to extensive use of glued- and soldered-down components. This has started to shift in recent years, as Microsoft has added user-replaceable SSDs and made other tweaks to make its machines easier to take apart and put back together. Repairability is a selling point for the Surface Laptop SE in particular because the laptop is being marketed to schools, where laptops can be dropped, spilled on, or otherwise abused by kids who may or may not know better.

In response to shareholder pressure, Microsoft has promised to ramp up its repairability efforts in the future, including expanding the availability of parts and documentation and making it easier for third-party service providers to do repairs. This video presumably falls under the umbrella of "documentation," and hopefully we'll see the same treatment given to other Surface devices in the future.

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RIAA: Yout’s Attempt to Legitimize Stream-Ripping is ‘Wordplay’

YouTube-ripping service Yout.com is suing the RIAA in an attempt to have its platform declared legal in the US. The case boils down to whether YouTube has meaningful technical protection measures and whether Yout circumvents them. According to the RIAA, there is no question that Yout.com is in the wrong and it characterizes any claims to the contrary as “wordplay”.

From: TF, for the latest news on copyright battles, piracy and more.

RIAADownloading audio and video is prohibited by YouTube’s terms of service but there are numerous ‘stream-ripping’ sites available on the web that do just that.

These services are a thorn in the side of music industry outfits, who see them as a major piracy threat. The operators and users of the stream-ripping tools disagree and point out that there are legal uses as well.

At the end of 2020, the operator of one of the largest stream-rippers took matters into his own hands. Instead of hiding in the shadows like some competitors, Yout.com owner Johnathan Nader sued the RIAA, asking the federal court in Connecticut to declare the service as non-infringing.

The case has been ongoing for more than a year now and Yout.com has filed two amended complaints, which addressed earlier shortcomings and refined the legal arguments. At the heart of the dispute is the question of whether Yout’s service violates the DMCA’s provision that prohibits the circumvention of technological protection measures (TPMs).

Yout.com argues that YouTube doesn’t have meaningful technical protection measures so there is nothing to circumvent. In just a few steps, anyone can download audio and video from the site without additional tools. This argument was reiterated last month when Yout responded to RIAA’s motion to dismiss the case.

RIAA Responds to ‘No TPM’ Claim

The RIAA sees things quite differently as it highlighted in a response filed at the court a few days ago. The music group points out that Yout repeats many of the arguments it previously made, which the RIAA characterizes as “wordplay”.

“[Yout]’s opposition to RIAA’s motion to dismiss repeats many of the same failed arguments that Plaintiff made in the prior round of briefing and again resorts to wordplay to manufacture a disputed issue of fact,” RIAA writes.

The music group specifically cites the DMCA which points out that a technological measure is considered a TPM if it, “in the ordinary course of its operation” requires a process or a treatment to access copyrighted video or audio.

Yout’s defense noted that people can go through a series of steps to acquire a “sequence of numbers” in the “Request URL” to then download audio video from YouTube themselves. A valid point, but the RIAA notes that this actually confirms that there are protection measures in place.

“[T]hose allegations actually prove that there is a TPM (rolling cipher or by any other name),” RIAA writes.

“In the ordinary course, a YouTube user does not obtain or interact with a signature value or Request URL, or reach a download button—ever. In the ordinary course, the user only sees the stream of a music video.”

No Cipher Needed

The RIAA stresses that, even though Yout disputes the “rolling cipher” terminology, the service still helps to bypass copyright protections. That people can also bypass these on their own through a web browser doesn’t matter.

The second part of the argument is that Yout circumvents these TPMs. The stream-ripper argued that it simply uses the publicly available code of YouTube’s website without disabling or voiding anything. However, the RIAA sees things in a different light.

In fact, the music group uses Yout’s own words to argue that it is indeed circumventing protection measures.

“Plaintiff pleads that it interacts with these TPMs by ‘modif[ying]’ the ‘range=’ numerical sequence. That the Yout service provides its users with an ‘automated’ way to avoid or bypass the TPMs to gain access to the file —including modifying a sequence of numbers in YouTube’s source code,— is textbook circumvention.”

Court Will Decide

The above makes it clear that both sides agree on most facts, but not on how these should be interpreted. It is now up to the court to decide which party has the best arguments. Needless to say, this decision is crucial to the future of Yout and many other stream-ripping services.

In its complaint Yout also argued that RIAA’s takedown notices defamed the service, which resulted in a loss of revenue. This could come into play later, but only if Yout’s activities are not violating the DMCA.

A copy of RIAA’s reply in support of its motion to dismiss Yout’s second amended complaint is available here (pdf)

From: TF, for the latest news on copyright battles, piracy and more.

Daily Deals (1-10-2021)

With a starting price of $160, the Samsung Galaxy Tab A7 Lite that launched last June was already a pretty good deal for folks looking for an affordable Android tablet. But since then it’s gone on sale a number of times, bringing the starting price down as low as $120. But today eBay seller Quick […]

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With a starting price of $160, the Samsung Galaxy Tab A7 Lite that launched last June was already a pretty good deal for folks looking for an affordable Android tablet. But since then it’s gone on sale a number of times, bringing the starting price down as low as $120.

But today eBay seller Quick Ship Electronics has one of the best deals I’ve seen yet. For $100 you can pick up a Galaxy Tab A7 Lite with 32GB of storage. It’s an open box model, but it comes with a case/cover and there’s a 30-day free return policy and the tablet comes with a 1-year warranty, which is similar to what you’d get if you bought the tablet new from Samsung.

Here are some of the day’s best deals.

Smartphones & Tablets

Laptops

Headphones & earbuds

Oother

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Gruesome Viking “blood eagle” ritual is anatomically possible, study finds

But victims would have died long before the torturous execution concluded.

Thorbjørn Harr played Jarl Borg of Götaland in the first two seasons of the History Channel series <em>Vikings</em>. Spoiler alert: He met with a gruesome death via the legendary "blood eagle" ritual. The ritual may have been a myth, but a new study shows it is anatomically possible.

Enlarge / Thorbjørn Harr played Jarl Borg of Götaland in the first two seasons of the History Channel series Vikings. Spoiler alert: He met with a gruesome death via the legendary "blood eagle" ritual. The ritual may have been a myth, but a new study shows it is anatomically possible. (credit: History Channel)

The History Channel series Vikings is a fictional account of legendary Norse hero Ragnar Lothbrok (Travis Fimmel), who was born a farmer and became a Scandinavian king. Early in the series, a rival leader named Jarl Borg (Thorbjørn Harr) of nearby Götaland leads an attack on Ragnar's men and even convinces Ragnar's brother to betray him. Borg doesn't get an easy death when his schemes ultimately fail and he is captured. Ragnar performs the blóðǫrn (“blood eagle”) on Borg, a gruesome process of ritualized torture and execution allegedly carried out during the Viking Age (c. 750–1050).

The series prides itself on being as historically accurate as possible, which is a challenge, given that much of what we know about the Viking Age comes from epic poems telling of their achievements in spoken form, finally written down centuries later. That's especially the case with the blood eagle ritual, which has long been dismissed as mere legend—whether because of repeated misunderstandings during translations of the poems or perhaps a desire by Christian scholars to portray the pagan Vikings as barbaric.

(Warning: some graphic anatomical descriptions follow.)

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PBP vs TDP: Intel changes power consumption starting with 12th-gen chips

For years Intel has used TDP or “Thermal Design Power” to give a rough approximation of how much power a processor uses. While TDP actually measures how much heat is generated as a way of letting PC makers know what level of cooling is needed, it also gives users a hint at a chip’s power […]

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For years Intel has used TDP or “Thermal Design Power” to give a rough approximation of how much power a processor uses. While TDP actually measures how much heat is generated as a way of letting PC makers know what level of cooling is needed, it also gives users a hint at a chip’s power consumption… but over the years that hint has gotten more vague since chips can greatly exceed their TDP thanks to Turbo Boost and similar technologies.

So starting with its 12th-gen “Alder Lake” processors, Intel is no longer providing TDP figures. Instead the company has replaced that figure with a new “Processor Base Power” or PBP number.

What’s the difference? Honestly, as far as I can tell, nothing. But the new name gives us a better idea of what the number is actually measuring: the average amount of heat that needs to be dissipated by a processor when running at its base frequency.

More importantly though, Intel is also now providing a few additional numbers, including the “Maximum Turbo Power.” This should do a better job of letting you know not only how much power your computer is using when running at its base frequency, but how much it will use when running at higher frequencies using Turbo Boost technology.

  • Processor Base Power (PBP): This is basically the new name for TDP, and measures the average level of heat generated during high-complexity workloads while a chip is running at its base frequency.
  • Maximum Turbo Power (MTP): This figure represents the amount of heat generated at maximum Turbo Boost frequencies over “sustained” periods of longer than one second. Formerly known as cTDP Up, this number will be higher (often substantially higher) than the PBP.

Intel debuted the new PBP and MTP nomenclature when the first Alder Lake chips for desktops launched late last year, but now that the company has also launched 12th-gen mobile chips, it’s particularly helpful to have the new Max Turbo Power figure because it will help figure out whether a laptop would benefit from active cooling or if it can run passively and/or give you a better handle on the chip’s expected impact on battery life when running resource-intensive tasks.

Most Intel Alder Lake mobile product descriptions also include a “Minimum Assured Power” figure, which Intel describes vaguely as an updated name for what used to be called cTDP Down, or the amount of heat generated by a chip that’s been “dynamically adjusted to a desired system performance and power envelope.” In other words PC makers will have the option of underclocking/undervolting chips for some systems such as thinner, lighter, and potentially fanless computers and this figure gives an idea of the power consumption/thermal performance of chips running in this mode.

There’s also now a “Maximum Assured Power” figure which suggests Intel will allow PC makers to overclock chips as well, but that figure doesn’t seem to be widely reported in the Intel Ark chip database.

via CNX Software, Intel Alder Lake datasheets (12th-gen volumes 1 and 2) 

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PBP vs TDP: Intel changes power consumption starting with 12th-gen chips

For years Intel has used TDP or “Thermal Design Power” to give a rough approximation of how much power a processor uses. While TDP actually measures how much heat is generated as a way of letting PC makers know what level of cooling is needed, it also gives users a hint at a chip’s power […]

The post PBP vs TDP: Intel changes power consumption starting with 12th-gen chips appeared first on Liliputing.

For years Intel has used TDP or “Thermal Design Power” to give a rough approximation of how much power a processor uses. While TDP actually measures how much heat is generated as a way of letting PC makers know what level of cooling is needed, it also gives users a hint at a chip’s power consumption… but over the years that hint has gotten more vague since chips can greatly exceed their TDP thanks to Turbo Boost and similar technologies.

So starting with its 12th-gen “Alder Lake” processors, Intel is no longer providing TDP figures. Instead the company has replaced that figure with a new “Processor Base Power” or PBP number.

What’s the difference? Honestly, as far as I can tell, nothing. But the new name gives us a better idea of what the number is actually measuring: the average amount of heat that needs to be dissipated by a processor when running at its base frequency.

More importantly though, Intel is also now providing a few additional numbers, including the “Maximum Turbo Power.” This should do a better job of letting you know not only how much power your computer is using when running at its base frequency, but how much it will use when running at higher frequencies using Turbo Boost technology.

  • Processor Base Power (PBP): This is basically the new name for TDP, and measures the average level of heat generated during high-complexity workloads while a chip is running at its base frequency.
  • Maximum Turbo Power (MTP): This figure represents the amount of heat generated at maximum Turbo Boost frequencies over “sustained” periods of longer than one second. Formerly known as cTDP Up, this number will be higher (often substantially higher) than the PBP.

Intel debuted the new PBP and MTP nomenclature when the first Alder Lake chips for desktops launched late last year, but now that the company has also launched 12th-gen mobile chips, it’s particularly helpful to have the new Max Turbo Power figure because it will help figure out whether a laptop would benefit from active cooling or if it can run passively and/or give you a better handle on the chip’s expected impact on battery life when running resource-intensive tasks.

Most Intel Alder Lake mobile product descriptions also include a “Minimum Assured Power” figure, which Intel describes vaguely as an updated name for what used to be called cTDP Down, or the amount of heat generated by a chip that’s been “dynamically adjusted to a desired system performance and power envelope.” In other words PC makers will have the option of underclocking/undervolting chips for some systems such as thinner, lighter, and potentially fanless computers and this figure gives an idea of the power consumption/thermal performance of chips running in this mode.

There’s also now a “Maximum Assured Power” figure which suggests Intel will allow PC makers to overclock chips as well, but that figure doesn’t seem to be widely reported in the Intel Ark chip database.

via CNX Software, Intel Alder Lake datasheets (12th-gen volumes 1 and 2) 

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