Apple future Macs chip bet iPhone pioneer, and could achieve what the PC industry has been trying for years: Apple shared on Tuesday its vision of the future of computers with the presentation of the M1, its first Mac chip designed by themselves, as well as the first devices that will assemble it: new versions of the MacBook Air, the 13-inch MacBook Pro, and the Mac Mini.

The move allows Apple to end, as it had already announced, its agreement with Intel. It also gives them more freedom in the design, development and release cycle of their own Macs. With its own chips, Apple transfers the' secret ' of its iPhones to its computers: its own chips that will allow Macs to go further in their performance and features.

It's a big bet. Apple is not the first tech giant to launch laptops with chips based on ARM architecture, the same that many mobile phone chips use. But Apple makes a radically different approach to this phenomenon.

Windows PCs with ARM architecture, such as Microsoft's own Surface Pro X, allow you to work with long battery life and very light designs, but they often fall short in performance compared to traditional laptops with Intel chips.

Apple assures that the new devices that will enjoy the M1 are the best in various areas. The new MacBook Air has no fans and promises to be the quietest MacBook to date, while the MacBook Pro promises extensive battery improvements. Further, Apple defends that the new M1 gives these machines, also the new Mac Mini, better performance than their predecessors mounted with Intel chips.

If Apple tells the truth, then this is a point and apart for a promising future of the entire Mac family. But if these devices and the chip that gives them life do not meet expectations, then Apple's computer business will be at risk.

In recent years, technology companies such as Lenovo, Microsoft or Samsung have presented laptops with chips that use the ARM architecture: a chip licensed by the British firm of the same name. Known for their balance between energy efficiency and processing power, ARM chips have revolutionized the mobile market, but they can already be found on any type of device: from drones to data centers.

Apple future Macs chip bet iPhone pioneer

In the world of laptops, these processors have helped Windows devices, such as the Samsung Galaxy Book s, the Lenovo Yoga 5G or the Microsoft Surface Pro X offer very thin computers that claim to have the portability of a mobile or a tablet with the versatility of a traditional laptop. In fact, these three devices offer mobile connectivity, and those from Lenovo and Microsoft also act as a Windows 10 tablet.

The history of windows with ARM is still somewhat unstable: Microsoft launched its tablet with ARM in 2012 and with an operating system designed specifically for it, the Windows RT, based on Windows 8. The device and Windows RT were failures largely due to performance issues and compatibility with apps. Most Windows apps are built for Intel processors and Windows RT couldn't run them. When they could, they rarely worked well.

Things have certainly improved in this area. Microsoft has invested in the technology needed to run most Intel-based apps on ARM machines, making this a much more reasonable proposition.

It is worth remembering a review by The Verge published on the new Surface Pro X, which congratulated Microsoft for its work with app compatibility and hardware design, but also reported some headaches for the fact that it is not an Intel-based device.

Apple's M1 chips are based on ARM architecture, like those found on Windows PCs. Here, however, the similarities end long. M1 is a custom chip designed by Apple, after a decade of experience designing chips for iPhone or iPad. These semiconductors for mobiles and tablets account for much of the success of the manufacturer's devices.

This may be why Apple is so confident in declaring that M1s are the future of Macs. And period. While the Windows PC industry is still exploring the possibilities of using ARM architecture instead of Intel's x86 architecture, Apple hopes to see how the full line of Mac uses its own chips in less than two years, starting with the announced devices, which go on sale next Tuesday.

This is an important difference, because it implies that the M1s are for Apple as good or even better than those that were assembled in their previous models, from Intel, for editing video, processing photography, creating music, programming or any other task that consumes a lot of computer resources. In fact, at the presentation, Apple presented the potential of its new chip precisely with these tasks.

Unlike with Macs, it's hard to recommend a PC with Windows 10 and ARM architecture for anything other than simply browsing the internet, editing documents, or watching series on Netflix.

The decision to break with Intel can be dramatic, but the compensation can also be high.

Instead of relying on Intel's development schedules, Apple can count on the flexibility to design its new processors that it will assemble on its new Macs. This also means that Apple will be able to offer new features on its Macs that were not possible before.

For example, this Tuesday Apple showed how fast the MacBook with M1 can turn on after being in sleep, in times similar to those of an iPhone. Macs will also benefit from Apple's image processing, which the company uses to get cleaner, sharper images on the iPhone. In fact, the new Macs with M1 will be able to run iPhone or iPad apps, thanks to the similarity of the chip with the AX Series that mounts on mobiles.

There are still questions in the air about how well these devices will work. There will be no answers until next week the first units of these laptops with M1 chip begin to ship. To begin with, it will be interesting to see how well some old Mac apps work on the new chip, especially after remembering the difficulties that there were on ARM devices with Windows.

After all, Catalyst, Apple's program to allow developers to Port iPad apps for the entire Mac scope had some problems in its early days, Bloomberg reported.

All in all, it seems clear that bringing this M1 chip to Apple's most powerful computers, such as the MacBook Pro, suggest that the firm is sure of its bet, and sees this risk as a necessary step for the future of its Mac computers.

Apple future Macs chip bet iPhone pioneer


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Lidl puts out for sale smart bulbs at an economical price and breaks into the home automation market

The home automation market in Spain has a new tenant: Lidl. The German supermarket chain is starting to market such products, and it does so at a fairly competitive price.

Lidl has put on sale a catalog of light bulbs and smart home automation tools, thus competing with companies such as Xiaomi or Philisp, more settled in this market.

Now at Lidl it is possible to buy light bulbs with color control, smart plugs and motion sensors. It also has its own home automation center to be able to handle all these tools comfortably.

The first ones cost 7,99 euros, a really competitive price. Both brightness and light tone can be easily adjusted using the Lidl home app or voice commands.

You can buy them through their website at this link, an option to which there is added the extra cost of 3,99 euros of shipping costs. Once you make the purchase it will take between one and 3 working days to get home. From November 19 these bulbs can be purchased at Lidl establishments.

Another interesting device is the LED strip, which costs 22,99 euros and works plugged into the mains. It measures 2 meters and has automated lighting with Zigbee 3.0 radio technology. You will also have to use the Lidl Home app.

You can buy the LED strip from Lidl through this link, the shipping cost and delivery time conditions are the same as smart bulbs.

In order to use these products, a home automation control unit must be purchased separately in accordance with the Zigbee standard. Lidl has yours at a price of 24,99 euros, also available to buy online.

All Lidl home automation products can be connected to this control unit via radio frequency, using the Lidl Home app. It will serve as the central axis of operation, to check and control the status of these devices.

Other smart home tools that Lidl starts selling are the wall motion sensor, which can be obtained at a price of 14.99 euros, or the power strip, which is purchased at a price of 24.99 euros.

It is expected that over the next few weeks this supermarket chain will put on sale more similar items.

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