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MANA Technical Analysis: Price at 200-Day EMA Aims to Touch $3
The MANA coin price aims to overcome sellers at $2.5 to regain bullish momentum and bring a bullish breakout of a long-coming resistance trendline. Decentraland is designed to serve business owners, content creators, and people searching for a fresh artistic medium or business opportunities. It is also among the increasing number of initiatives that employ a DAO structure to govern decision-making. Therefore, MANA token holders are in charge of how the Decentraland world operates. By making and voting on updates to the policy and the particulars of the forthcoming LAND auctions and the content allowed by the metaverse. Let us move ahead to read about Decentraland technical analysis. Past Performance of MANA The MANA coin price action finally gains some bullish momentum to rise after a streak of lower price rejection candles near $2. However, the price struggles to sustain above the 200-day EMA and the sellers at $2.5 keep the bullish growth in check. Therefore, the token price must surpass the $2.5 mark to continue the uptrend. MANA/USD Daily Chart MANA Technical Analysis The MANA coin price will have sellers at the long-coming resistance trendline after it surpasses the $2.5 mark. However, increased trend momentum might result in a bullish breakout. The crucial Exponential Moving Averages struggle to sustain the uptrend as the falling 50 and 100-day EMA might soon give a bearish crossover. Moreover, the price struggles near the 200-day EMA. The Momentum Indicator shows a slope below the zero line indicating a downtrend in action. However, the slope dictates a bullish divergence as the slope rises higher to escape the negative territory. The Commodity Channel Indicator shows a bullish reversal as the slope exits the oversold zone to rise closer to the neutral territory. However, the slope remains below the zero line reflecting a significant underlying bearishness. Therefore, the technical indicators reflect a rising buying pressure in MANA, threatening to overturn the sellers-driven market. Upcoming Trend The MANA coin price continues to resonate within the falling wedge pattern as it finds support near the $2 mark. The token price must overcome the $2.5 level to reach the resistance trendline. The released trend momentum might soon break $2.5, hence, buyers at current prices can target $2.5 and $2.85. On the opposite end, a reversal from $2.5 will result in a free fall to the $2 mark. In a shorter timeframe, at press time, TradingView gives a “BUY” signal for the MANA token. Technical Analysis for MANAUSD
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ENJ Technical Analysis: Reversal Within Wedge Brings Buyers Back
The ENJ coin price shows a bullish reversal within a long-coming falling wedge pattern as Metaverse coins gain bullish attention. Enjin Coin is a subsidiary of Enjin, which offers an interconnected ecosystem of games that are based on blockchain technology. The flagship product of Enjin is the Enjin Network, a social gaming platform where players can create clans and websites. Enjin lets game developers tokenize game items using their Ethereum blockchain. It utilizes Enjin Coin, an ERC-20 token, to secure the digital assets created by its platform. This means that products can be purchased, sold, or traded using real-world value. Let us move ahead to read about Enjin technical analysis. Past Performance of ENJ The ENJ coin price action forms a long-coming support trendline in the daily chart. Currently, the price bounces from the trendline and the $1.5 horizontal level to rise more than 10% in the past 24 hours. Therefore, a price jump to the next level at $2.15 is possible. ENJ/USD Daily Chart ENJ Technical Analysis The ENJ coin price action creates a huge falling wedge pattern in the 24-hour chart, with a price jump from the support trendline. Hence, a further bullish continuation within the pattern to the resistance trendline is possible. The crucial Exponential Moving Averages struggle to maintain a bullish alignment in the daily chart after the bearish crossover of the 50 and 100-day EMA. The price breaks below the 200-day EMA, however, the recent jump hints at a possible fallout retest. The DMI Indicator shows the ADX above 30%, reflecting a solid trend momentum in play. But the -DI remains higher than the +DI line despite a recent reversal in the lines supporting a bullish comeback. The MACD Indicator shows a parabolic reversal in the fast line as it approaches to cut higher above the signal line. Therefore, a bullish crossover indicating a bullish takeover is possible shortly. Therefore, the technical indicators reflect a possible bullish reversal in the ENJ coin price. Upcoming Trend The ENJ coin price takes support in the long-coming falling wedge pattern reflecting the possibility of a bullish reversal to touch the resistance trendline. Therefore, bullish traders can find entry spots at current prices. Buyers can target the $2 and $2.15, coinciding with the 200-day EMA as upcoming targets. However, a sudden jump in selling pressure will drive the price lower to the $1.15 mark. At the time of writing, TradingView analyzes the 4-hour chart of ENJ and gives a “NEUTRAL” signal. Technical Analysis for ENJUSD
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An At-Home, 2.4 PH Bitcoin Miner On Immersion Cooling And Getting Paid For Heat
EcoFlow Delta Mini Portable Power Station review: What can’t it do?
At a glance
Expert's Rating
Pros
- Robust set of features
- Companion app is handy
- Impressive recharge rate
Cons
- OK-ish power efficiency
- Pricey
Our Verdict
The EcoFlow Delta Mini Portable Power Station has all the bells and whistles you'd want from a power station. If it's within your budget, we have no real qualms with it. And the standard EcoFlow Delta doesn't cost a whole lot more if you need extra capacity and outlets.
Price When Reviewed
849
Best Prices Today
Maybe it's because I've researched a lot of power stations, but I can't seem to go anywhere on the internet without seeing an ad for the EcoFlow lineup. The sleekly designed power stations look great, so when the EcoFlow team reached out to see if I wanted to test one, I jumped at the chance. A week or so later, the $999 EcoFlow Delta Mini Portable power station (as well as the $400 EcoFlow 160W Solar Panel) arrived.
Even though this station has Mini in its name, it's not all that small. It weighs 23.6 pounds and measures 14.9 x 7.2 x 94 inches.
Note: This review is part of our roundup of portable power banks. Go there for details on competing products and our testing methods.
I really like the overall design. It looks and feels like a premium product. There are ports on either end of the station, with one end also featuring an LCD screen. The screen is big and easy to read, detailing how much power is being used or input into the station, the hours remaining, and which power options are turned on.
Just below the display is an IoT button to enable the station's Wi-Fi feature that allows you to connect it to your local Wi-Fi network. Then, using the EcoFlow app, you can remotely view all of its stats, update its firmware, and adjust settings without having physical access to the Delta Mini.
Below the IoT button is where you'll find four ports: one USB-C 100W (20V/5A) port, two USB-A (5V/2.4A) ports, and a fast-charge USB-A (12V/1.5A 18W) port. Below those is a gold-colored power button.
On the opposite side you'll find even more ports and connection options. There's a small cover near the handle that flips up to reveal the input ports. From left to right is a port dedicated to charging via a solar panel or a car charger, an AC charging port, and the overload protection switch. Between the two charging ports there's a switch that controls the AC charging speed, either “fast” or “slow,” going from a max of 800W to 200W (more on this in a minute).
EcoFlow
Below the input ports are five AC sockets, with a dedicated power button for the outputs in the center. And, finally, below those is a car outlet port and a DC5521 barrel port, along with the 12V power button.
The Delta Mini supports Pure Sine Wave output, meaning you should be able to use it with devices that have AC motors, such as a microwave or mini fridge, without issue. It can output a total of 1400W, with a surge capacity of 2100W. If you enable X-Boost in the app, or whenever an AC port detects that the power draw exceeds 1400W, X-Boost will automatically be enabled. However, EcoFlow recommends using just a single AC power outlet when you're using X-Boost mode.
With that high of an output, the Delta Mini is able to power items like a hand saw or an electric skillet without any issues.
To measure the station's efficiency, I connected my PortaPow power monitor along with a load tester to a USB port. The load tester constantly drains power, while the monitor records how much power is used. The end result was 669.446Wh of power used out of the 882Wh capacity. That translates to an efficiency of 75.90 percent. The average rating of all power stations I've tested is 83.51 percent—placing the EcoFlow Mini above only the Ego Power+ Nexus.
Another test I use to measure output is to connect a 4W desk lamp and record a time-lapse video of how long the lamp stays powered on. When it was all said and done, the desk lamp stayed lit up for 46 hours and 14 minutes. That's the second-best showing out of all the power stations I've tested, putting it behind just the GoalZero Yeti 1000x, which achieved a staggering 111 hours and 29 minutes.
As for charging time, the Delta Mini can be fully recharged in as little as 90 minutes using the included power adapter and enabling X-Boost. Doing so will charge the station at around 800W. If you're not in a rush, you can charge the station at anywhere from 200W (takes about five hours for a full charge), all the way up to 900W. Keep in mind, though, that constantly fast charging the battery can have a negative impact on its overall life. I'd recommend using it sparingly.
I also connected EcoFlow's 160W solar panel to the Delta Mini and monitored its charging rate. EcoFlow estimates eight hours of charging time with the panel, and that matches my experience: The power station showed it was receiving right at 140W of power from the panel, and that it would finish charging in eight hours.
Admittedly, the EcoFlow Delta Mini and the 160W Solar Panel may be expensive, but they're also some of the nicest power station equipment I've tested. They both feel like premium products, with the solar panel including a cloth carrying case that doubles as a stand. Seriously, this is nice gear.
That said, another option in EcoFlow's lineup is the $899 EcoFlow Delta Portable power station, which has a higher capacity and output and more ports for only $50 more than the Mini. I haven't tested the standard Delta, but assuming it's built to the same standards, I'd spend my money on it instead of the Mini.
Analog chips – poised to become the next big threat to automakers?
The capacity for analog chips is expected to grow, but it is unlikely to be sufficient to meet the increased demand for chips in cars; therefore, the supply may tighten again around the end of 2023.
The automotive semiconductor supply tightness will likely ease in 2022 and in the first half of 2023. However, there is a risk of pressure points building up again at the end of 2023 or early 2024. According to IHS Markit's analysis, new concerns are emerging over the supply of analog chips. After microcontrollers (MCU) in 2021, analog chips are likely to become the main constraint for vehicle production for the next three years.
The two major chip categories that have been most affected by shortages are MCUs and analog chips. Earlier in 2021, MCUs received all the attention. The proprietary nature of MCUs made it virtually impossible to have dual sources of MCUs for an electronic control unit (ECU) because of software and pinout differences at a minimum. MCUs are manufactured on process nodes typically above 40 nanometers (nm), with some of them now starting to be processed at 28 nm. As memory and system-on-chips (SoCs) have captured more of the semiconductor market share, investment has been concentrated more on the advanced nodes to support growth in those areas and less has been focused on mature process nodes.
There is an ongoing trend toward centralization of the electrical/electronic (E/E) architecture, and it would result in a smaller number of MCUs per vehicle. However, migrating to new architectures and smaller process nodes is not beneficial for all types of chips. For example, demand for analog chips will continue to increase independently of new E/E architectures since they are an essential part of many vehicle systems. Hundreds of analog chips are required per car. All the following require analog chips: power management of every ECU and SoC, signal conditioning for sensors, bus transceivers for every ECU, drivers for each electric motor (up to 100 in luxury cars), LED lamps, displays, radar transceivers, high-end audio systems, and radio frequency (RF) front ends.
Now that the supply of MCUs is in a better shape, analog chip supply is emerging as an issue. Analog chips typically use mature chip processes, e.g., 90 nm to 300 nm. There are technical and commercial reasons why these will continue to be produced at mature progress nodes and not at leading-edge process nodes. Unfortunately, the demand for analog chips is also increasing for mobile phones—for the RF front-end, the sensor processing, the high-end audio, and the contactless payment, to name a few. Considering the growth in vehicle segments and propulsion mix, the average number of analog chips per car is expected to increase by 26% in 2023 compared with 2021. This growth can be mainly attributed to the ongoing electrification trend.
There is a front-end capacity deficit for mature process nodes as most of the investment goes toward more advanced nodes. According to our analysis, out of the total capital expenditure announced in 2021 and 2022, 86% is directed at advanced technologies requiring just a few chips in the car, while only 12% is for the mature process, which is used to produce more than 90% of the chips in the car. With the increase in demand for analog chips, irrespective of the change in E/E architectures, this imbalance in announced capital expenditure could cause future bottlenecks for analog chips and other legacy nodes.
Short-term outlook for light vehicle production
The expected shortage in analog chip supply will have a negative impact on light vehicle production. However, in an optimistic scenario, a decline in demand for analog chips by other industries could result in an improved foundry capacity allocation for the automotive industry. Under this scenario, it is also assumed that the output of analog fabs will continue to increase at a similar pace in the first quarter of 2022 through the third quarter of 2022 before slowing down. In such a scenario, analog chip production capacity added per quarter will peak by the fourth quarter of 2023.
Steady demand for analog chips from other industries could stabilize the capacity allocation for the automotive industry. This is considered a conservative scenario. This scenario also anticipates the output of analog fabs to increase at a normal pace from early 2022. The amount of analog production capacity added per quarter will flatten by second-quarter 2023. In the median scenario, the estimated year-on-year increase in analog chip production will be 18% in 2022 and 13% in 2023.
To analyze the impact on car production, this capacity is converted into the maximum number of cars that could be built in 2022 and 2023. This shows a potential ceiling for car production of around 24 million units per quarter from the third quarter of 2022 onward and a decline in car production from the end of 2023 to early 2024. Predominantly, this can be attributed to the expected growth in the number of chips per vehicle in the next few years. In comparison with 2021, the average number of analog chips per car is going to be much higher in 2023. The available extra capacity is insufficient to meet the fast increase of analog chips in cars, driven by ongoing trends such as electrification and a higher number of infotainment and advanced driver-assistance systems (ADAS) features.
The semiconductor chip capacity will grow, but hardly fast enough to meet the increased demand for analog chips in cars. After MCUs in 2021, analog chips are likely to become the main constraint for vehicle production in the next three years. The number of analog chips per car increases faster than MCUs irrespective of propulsion type, sales segment, and E/E architecture. These analog chips are also in high demand in many other industries such as the smartphone and consumer electronics industries.
Current capital expenditure and capacity trajectory show that situations might improve for the automotive industry in 2022 and early 2023. A supply tightness may be formed toward the end of 2023 or early 2024. This is dependent upon several parameters, such as capacity growth for mature nodes, the analog fab capacity allocation for the automotive industry, and demand for analog chips by other industries. In the coming years, considering the efforts by various players in the automotive ecosystem, there could be more investments for the expansion of analog capacity to lift the potential ceiling for car production. Automakers are working on establishing better visibility to the semiconductor supply chain by forming more direct relationships with foundries. This could result in improved capacity allocation for the automotive industry and improved vehicle production capacity in 2023 and beyond.
Authors:
Jeremie Bouchaud - Director, Autonomy, E/E & Semiconductor, IHS
Markit
Hrishikesh S - Research Analyst, Automotive, IHS Markit
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Intel sees chip shortages lasting into 2023
While Intel recorded record revenue for the fourth quarter of 2021, Intel chief executive Pat Gelsinger said that chip shortages will persist throughout 2022 and into next year.
“Looking across the industry, 2021 was dominated by two recurring themes, unprecedented demand, and ecosystem supply constraints,” Gelsinger said.
Intel reported record revenue for the quarter—$20.5 billion, up 3 percent from a year ago, on $4.6 billion in profits. But the company's Client Computing Group (CCG) reported sales that fell 7 percent to $10.1 billion. Supply constraints hit Intel's PC customers, lowering their ability to ship PCs. Notebook revenue fell 16 percent, though desktop revenue helped offset it, growing 19 percent.
“This [the constraints] was most acutely felt in the client market, particularly in notebooks,” Gelsinger told analysts. “But constraints have widely impacted other markets including automotive, the Internet of Things and the data center. As we predicted, these ecosystem constraints are expected to persist through 2022 and into 2023. With incremental improvements over this period, the industry will continue to see challenges in a variety of areas, including specialty and overall foundries shortages, substrates, as well as third party silica.”
Gelsinger also named power controllers, display LED controllers, and different component pieces as other areas where shortages are a concern.
With that said, Gelsinger said Intel is well positioned to navigate the market, given that the company has always emphasized building chips from its own fabs. The company said this week that it plans to build a new megafab complex in Ohio, though the plan is to build the structure, or “shells,” and then add manufacturing equipment later. According to Gelsinger, the company's manufacturing roadmap that it outlined last year is still on track.
Gelsinger said Intel shipped 100 million units of its 11th-gen Tiger Lake chips, and he said that its 12th-gen Alder Lake chips are now shipping to 140 customers in 30 countries. Later this year Intel will ship Raptor Lake, a chip that has already successfully booted within Intel's labs. Intel's George Davis, the former chief financial officer who is now serving as an “executive adviser,” said that Intel was seeing a shift in demand from the consumer and entry-level PC “into what we call the Big Core notebook and our desktop…which really dropped off, and now we're seeing kind of a strong recovery there.”
The foundation of Intel's success was its Data Center Group, which houses its Xeon processors. Intel's Gelsinger said that the number of Xeon chips Intel shipped in December outsold its entire competition for the quarter. Intel's DCG revenue was $7.3 billion, up 20 percent from a year ago. Intel's Internet of Things group recorded $1.1 billion in sales, and Mobileye, which Intel plans to partially spin off, notched $356 million in sales. Intel's Gelsinger left the door open to other spinoffs, as well.
That's noteworthy, given that going forward, Intel said it plans to restructure itself: Intel's Arc graphics business, which will formally launch later this quarter, will be a separate unit.
Microsoft to publicly preview upcoming Windows 11 features next month
Microsoft has said previously that it plans to issue feature updates to Windows 11 once per year, in the fall. But the company said Wednesday that it plans to issue a “public preview” of Android apps running on Windows, among other features, next month.
Microsoft's announcement came at the end of a Wednesday blog post authored by Panos Panay, chief product officer of Windows + Devices at Microsoft. The blog post reiterated many of the claims made by chief executive Satya Nadella during the company's earnings call, such as the claim that 1.4 billion users now use Windows. Panay also reiterated many of Microsoft's thematic statements, such as how the world has evolved into a hybrid working environment.
It was what's next for Windows, though, that was the most interesting part of his statement. “Next month we're bringing new experiences to Windows that include a public preview of how you can use Android apps on Windows 11 through the Microsoft Store and our partnerships with Amazon and Intel, taskbar improvements with call mute and unmute, easier window sharing and bringing weather to the taskbar, plus the introduction of two new redesigned apps, Notepad and Media Player.”
All of these features have been “released” previously as part of the Windows Insider program, specifically for members of the Windows Insider Dev Channel, where Microsoft tests out new code. Microsoft has said previously that the Dev Channel is reserved for code that may not ever be released publicly, while the Beta Channel and the Release Preview channel are for those who wish to test builds associated with an upcoming release.
That language makes Microsoft's plans a bit murky. It's possible that Microsoft may simply be making these experiences available to the Beta Channel, as a way of offering them up for more public testing. Microsoft could also be planning on releasing these capabilities through some other means, as it has done with other “preview” apps., or to the stable version of Windows, too.
Unfortunately, when asked for clarification, Microsoft representatives declined. “Right now we have nothing further to share beyond what is in the blog and should have more info next month,” a representative said in an email.
In any event, you can already test out these features by joining the Windows Insider channel. We've taken a look at how Android apps on Windows compares to Chromebooks, and described how the new “weather widget” (or News & Interests) feature will work on the Windows 11 taskbar. Microsoft has previously published details of the new Windows Media Player, as well.
Still, it's not clear whether Microsoft will make next month a quasi-feature release, with new features, or just a new release in the Beta Channel. In any event, it sounds like Microsoft is at least committing to these new features as ones that will be included in a future Windows feature update.
This story was updated at 11:42 AM with a statement from Microsoft.
‘The Fed got the memo.’ Here’s what you can do to prepare for the coming rate hike
Market highlights January 26: Cryptos stage comeback, oil and commodity stocks take UK100 higher
The crypto market was in the green over the past 24 hours, as the…
The post Market highlights January 26: Cryptos stage comeback, oil and commodity stocks take UK100 higher appeared first on Coin Journal.
Intel 12th-gen laptops are here: 5 things you need to know
Desktop machines might take home the prize in absolute raw power, but most users are still going with laptops for practicality and ease of use. So the new 12th-gen “Alder Lake” Intel processors, now freshly available in portable form, are a welcome upgrade for those who need their premium processing in a to-go package.
PCWorld's Gordon Ung took care of our usual exhaustive review of the new generation of Alder Lake chips, starting with the absolute top-of-the-line Core i9-12900HK. He compared it to both AMD's latest and greatest, the Ryzen 9 5900HX, and Intel's last-gen Tiger Lake Core i9-11980HK.
Because of the nature of pre-built laptops, the tests aren't as perfectly controlled as desktop benchmarks. Even so, we can glean some pretty definitive results based on crunching the numbers. If you don't have time to go through more than 6000 words of scrupulous detail — or maybe you just can't fit it into your lunch break — here are the important points to take away, as we wait for review units to start flowing in to inform our roundup of the best laptops.
The new 12th-gen chips are speed demons
Perhaps you could be forgiven for predicting this plot twist beforehand, but Intel's new top-of-the-line chip is faster than its old top-of-the-line chip. But this is no mere iterative bump: The Core i9 Alder Lake CPU beats out Intel's previous best effort by a considerable margin, especially when it comes to intense media applications.
IDG
While the comparisons for Adobe suite programs and programs like Blender aren't perfect due to GPU helper systems, they're showing a consistent 10-20 percent improvement over Tiger Lake, especially for more lengthy rendering processes. Taking special notice of the PugetBench Photoshop 23.1.1 test with the laptop's discrete graphics switched off, which eliminates the graphics card variable: While the Core i9-11980HK and Ryzen 9 5900HX machines are in a dead heat, the new Core i9-12900HK laptop beats them both by 18 percent. That's a huge performance boost for a single year.
Alder Lake re-takes the lead from AMD
Again, it's not a huge surprise that the latest high-end chip from Company A beast the last-gen high-end chip from Company B, because that was almost certainly a goal during its development. But for what it's worth, yes, the Core i9-12900HK beats the Ryzen 9 5900HX in almost every one of our benchmark tests. (With one big exception — read on!)
IDG
Results are more dramatic on more intensive benchmarks, but the takeaway is that, for the moment at least, Intel is the laptop speed king. That's an important metric for the company, if not anyone else, as marketable (and less-expensive) laptops are one of the areas AMD has been hitting hard and growing quickly over the last few years.
We lack the data to compare all of the down-market chips from Intel and AMD directly. And frankly, the differences become less meaningful as you go down, especially when you're at the level of Core i5/i3 and Ryzen 5/3 CPUs. But for what it's worth, Intel has regained the crown.
New chips have practical gains, too
Turning away from questionably useful brinksmanship, it's worth noting that the Core i9-12900HK does see considerable increases in performance beyond the very niche applications of media rendering. If you're spending your days crunching numners in Excel, you'll see a boost in performance with the new processor.
IDG
Intel was already beating AMD in this area, but in Procyon tests for most Office applications we can see about a 10 percent boost for the new Core i9-12900HK. That's even more dramatic in Excel. If you live in the browser, you'll see gains as well. In the MotionMark 1.1 97 test, Alder Lake smashed previous records by an appreciable margin. Other browser tests showed similar, if less dramatic, results.
A slight boost to gaming
Gaming is less reliant on CPU power than on GPU power, but even so, a low-quality processor can bottleneck a beefy graphics card. That's not a problem with the Core i9-12900HK: It's showing modest-to-dramatic gains in gaming, especially on CPU-focused tests. In the 3DMark Time Spy test, the Alder Lake chip outperformed both previous Intel and AMD chips by nearly 30 percent.
IDG
Intel already had a decisive edge on gaming performance versus an AMD laptop with a similar level of hardware, but Alder Lake boosts that. What kind of gains you'll see depends on the specific game, but you can expect to see a considerable bump over last year's Ryzen flagship and a modest bump over a Tiger Lake machine. Again, this may or may not scale further down the line into the lower-powered 7, 5, and 3-series chips from both manufacturers, and your GPU will still have a much bigger impact on overall gaming performance.
Lacking battery power
They can't all be winners, and in our battery of tests, the Core i9-12900HK remains something of a power hog. While improving upon the last generation of Intel chips by a nice margin, AMD's Ryzen 9 platform beats it for laptop battery life by 10 percent in total runtime… even with a battery that's approximately 10 percent smaller.
IDG
For someone seeking a laptop with the absolute fastest processor possible, battery life is probably a secondary concern — if you're editing video, rendering Blender projects, or playing Call of Duty with ray tracing enabled, odds are that you'll never forget your charging cable at home. But for those who want a bit more balance towards practicality, AMD is still offering a better choice.
Microsoft ‘delighted’ by Windows 11 usage, but what is it?
Microsoft said Tuesday that about 1.4 billion users use either Windows 10 or Windows 11 every month, providing a “powerful on-ramp” for the company's own services.
“Three months in, and we are delighted by the response to Windows 11,” Microsoft chief executive Satya Nadella said during the company's calendar fourth-quarter 2021 earnings call with analysts. Microsoft reported that revenue for Windows OEM licenses shot up a substantial 25 percent compared to a year ago, prompted by the sudden surge in PC sales during the pandemic. Commercial PC licenses helped the surge, given that they generate more revenue.
Nadella didn't break down the number of users for Windows 11 and Windows 10, respectively, and he used some odd metrics to describe Windows 11's success. “We are seeing more usage intensity and higher quality than previous versions of our operating system,” Nadella said, whatever that means. Microsoft representatives didn't immediately respond to a request for comment.
Nadella did say, that Microsoft Windows captured more market share this quarter, presumably against Apple's MacOS. Otherwise, however, he didn't clarify which OS he was referring to.
Sales of Microsoft's Surface devices also benefited, growing 8 percent after two quarters of negative growth that compared poorly to strong sales at the beginning of the pandemic-fueled 2020 year.
Overall, Microsoft's More Personal Computing, also known as its consumer/PC business, experienced 15 percent growth to $17.5 billion. As it has been for the last few quarters, however, it was Microsoft's Azure cloud business that drove revenue, as cloud services grew 46 percent. Microsoft's Intelligent Cloud business grew more slowly at 26 percent, to $15.9 billion. Revenue in Productivity and Business Processes, which houses Office, grew 19 percent to $15.9 billion. As a company, Microsoft reported profits that grew 21 percent compared to a year ago, to $18.8 billion. Revenue also increased by 20 percent, to $51.7 billion.
Nadella also noted that Windows provides an “on ramp” for Microsoft's own first-party and third-party services. Since adding coupons and price-tracker services within its Microsoft Edge browser, Microsoft has saved consumers $800 million, Nadella said. Edge is tightly integrated into Windows, and doesn't easily allow users to choose another browser. That prompted competitors like Vivaldi to complain that Microsoft was locking in users to Edge. Microsoft is testing versions of its browser that allow for more choice, however.
In gaming, Microsoft said revenue grew 8 percent. Hardware revenue grew by 4 percent, as consumers chased down Series X and S consoles. Microsoft's subscription service, Xbox Game Pass has more than 25 million subscribers, and saw record engagement this past quarter, Microsoft executives said. Over 18 million users have played Forza Horizon 5, and more than 20 million have played Halo Infinite.
Microsoft also said that more than 270 million users actively use Teams per month. Teams is also tightly integrated within Windows 11, to the point it will automatically load when booting your PC, unless blocked from doing so.
Updated at 4:38 PM with additional details.