Trending February 2024 # Acer Spin Notebook Series Offers A Dizzying Array Of Choices # Suggested March 2024 # Top 7 Popular

You are reading the article Acer Spin Notebook Series Offers A Dizzying Array Of Choices updated in February 2024 on the website We hope that the information we have shared is helpful to you. If you find the content interesting and meaningful, please share it with your friends and continue to follow and support us for the latest updates. Suggested March 2024 Acer Spin Notebook Series Offers A Dizzying Array Of Choices

Acer Spin notebook series offers a dizzying array of choices

Leave it to Acer to flood IFA 2024 with a wide assortment of consumer devices, including, of course, Windows 10 laptops. With a naming convention that seems to defy logic, the new Spin notebooks have something to offer for every member of the family and for every computing use case, from the sleek and premium-looking Spin 7, down to the more portable Spin 1 fit for students. At least the “Spin” name isn’t just for show, as all notebooks transform from laptop to tablet in no time flat.

The Acer Spin 7 gets the best of the best CPU, with a 7th gen Intel Core i7. Yes, the new Kaby Lake processors that were just unveiled. Complementing this is a capacity for up to 8 GB of DDR4 RAM and 256 GB SSD storage. The 14-inch Full HD display comes with 10-point touch support. and Gorilla Glass 4. A mixed bag of specs, the Spin 7 boasts of the most premium build quality among the four, all metal and with a thin 10.98 mm profile.

The Acer Spin 5, as you might have guessed, sports an Intel Core i5 but can also go with a Core i3. While the screen is smaller at 13.3 inches, it still has the same 10-point touch Full HD features. And although it’s theoretically a lower model, it gets a bit of a boost when it comes to memory, up 16 GB of DDR4 RAM and 512 GB SSD storage.

Things actually get even messier with the Acer Spin 3, which actually gets the Core i3 plus the i5, the i7, and Pentium as well as Celeron processors. The choices don’t end there either. Buyers can choose between a Full HD or just an HD 10-point touch screen, both 15.6 inches on the diagonal. It supports up to 12 GB of RAM and a dual storage system of up to 256 GB SSD and 1 TB HDD. The Spin 3 gets this many configurations because Acer is trying to market the device as something that can be used for both work and play, depending on the user’s needs.

And finally, the Acer Spin 1 gets an Intel Celeron processor (as there isn’t a Core i1) and up to 8 GB of DDR3L, not DDR4, RAM. It also has a dual storage system but one where you get an eMMC class internal storage up to 64 GB and HDD up to 1 TB. While you do get the same choice of FHD or HD displays, the 11.6-inch screen curiously doesn’t mention any touch capacity.

Availability of the Acer Spin notebook series is as follows:

• Acer Spin 7 – October (North America) for $1,199, October (EMEA) for 1,299 EUR

• Acer Spin 5 – October (North America) for $599, September (EMEA) for 599 EUR

• Acer Spin 3 – October (North America) for $499, September (EMEA) for 599 EUR

• Acer Spin 1 – December (North America) for $249, November (EMEA) for 299 EUR

You're reading Acer Spin Notebook Series Offers A Dizzying Array Of Choices

The End Of Xp: Choices For Business

With the pending end of support for Windows XP looming just around the corner, it’s time to take stock of the desktop landscape and make hard decisions.

Windows XP has dominated the desktop landscape in both home and business for more than a decade. Sure Windows 7, and to some small degree Windows 8, have widely replaced it. Yet there is still a huge Windows XP install base and many companies have failed to define their long-term strategy in the post-XP world. They’re still floundering to find their footing.

Some context is important – a look back is helpful. Today it may seem a foregone conclusion that Microsoft will “own” the business desktop space with Mac OSX fighting for a little piece of the action that Microsoft barely notices. This status quo has been in place for a very long time – longer than the typical memory of an industry that experiences such a high degree of change. But things have not actually been this way for so long.

Let’s look instead to the landscape of 1995. Microsoft had a powerful home user product, Windows 95, and was beginning to be taken seriously in the business space. But Microsoft’s place there, outside of DOS, was relatively new and Windows 3.11 remained their primary product. Microsoft had strong competition from many fronts, including Mac OS and OS/2, plus many smaller niche players. UNIX was making itself known in high end workstations. Linux existed but had not yet entered the business lexicon.

The Microsoft business desktop revolution happened in 1996 with the landmark release of Windows NT 4.0 Workstation. Windows NT 4 was such a dramatic improvement in the desktop experience, architecture, stability and networking capability, that it almost instantly redefined the industry.

It was Windows NT 4 that created the momentum that made Microsoft ubiquitous in the workplace. It was NT 4 that defined much of what we think of as modern computing. NT 4 displaced all other competitors, relegating Mac OS to the most niche of positions and effectively completely eliminating OS/2 and many other products.

It was in the NT 4 era that the concept of the Microsoft Certified Professional and the MCSE began and where much of the corpus of rote knowledge of the industry was created. NT 4 introduced us to pure 32-bit computing in the x86 architectural space. It was the first mainstream operating system built with the focus being on being networked.

Windows NT 4 grew from interesting newcomer to dominate the desktop space between 1996 and 2001. In the interim, Windows 2000 Pro was released but, like Vista, this was really a sidelined and marginalized technology preview that did little to displace the incumbent desktop product. It was not until 2001, with the release of Windows XP, that Windows NT 4 had a worthy successor.

XP was a product of extreme stability with enough new features and additional gloss to warrant a wide-spread move from the old platform to the new. NT 4 would linger on for many more years but would slowly fade away as users demanded newer features and access to newer hardware. Windows NT 4 and Windows XP had a lot in common. Both were designed around stability and usability, not as platforms for introducing broad change to the OS itself. Both were incremental improvements over what was already available. Both received more large scale updates (Service Packs in Microsoft terms) than other OSes before and after them. NT 4 had seven (or even eight depending on how you count them) and XP had three.

Each was the key vanguard of a new processor architecture, NT 4 with the 32bit x86 platform and XP being the first to have an option for the 64bit AMD64 architecture. Both were the terminal releases of their major kernel version. Windows NT 4 and Windows XP together held unique places in the desktop ecosystem, with penetration numbers that might never be seen again by any product in that category.

After nearly eighteen years, that dominance is waning. Windows 7 is a worthy successor to the crown but it failed to achieve the same iconic status as Windows XP. And it was rapidly followed by the dramatically changed Windows 8 and now Windows 8.1, both built on the same fundamental kernel as Windows 7 (and Vista too.)

This puts businesses into the position of needing to decide how they will focus their end user support energy in the coming years. There are numerous strategies to be considered.

The obvious approaches, those that I assume nearly all businesses will take if for no other reason than to maintain status quo, is to either 1) settle into a “wait and see” plan that involves implementing Windows 7 today and hoping that the new interface and style of Windows 8 goes away or 2) look for an alternative between now and when Windows 7 support ends.

This strategy suffers from focusing on the past and triggering an earlier than necessary upgrade cycle down the road, while leaving businesses behind on technology today. Not a strategy that I would generally recommend but very likely the most common strategy as it allows for the least “pain today” – a common trend in IT. Going with Windows 7 represents an accumulation of technical debt.

Those businesses willing to really embrace the Microsoft ecosystem will look to move to Windows 8 and 8.1 to get the latest features, greatest code maturity and to have the longest support cycle available to them. This, I feel, is more forward thinking and embraces some low threshold pain today in order to experience productivity gains tomorrow. This is, in my opinion, the best investment strategy for companies that truly wish to stick with the Microsoft ecosystem.

However, outside of the Microsoft world, other options are now open to us that, realistically, were not available when Windows NT 4 released. Most obvious is Apple’s Mac OSX Mavericks. Apple knows that Microsoft is especially vulnerable in 2014 with Windows XP support ending and users fearing the changes of Windows 8. Apple is being very aggressive in their technical strategy both on the hardware side with the release of a dramatic new desktop device – the black, cylindrical Mac Pro – and the free release (for those on Apple’s hardware, of course) of Mac OSX 10.9.

Apple has made its Mac platform a serious contender in the office desktop space and is worth serious consideration. More and more companies are either adding Macs to their strategy or switching to Mac altogether.

The other big player in the room is, of course, Linux. It is easy to make the proclamation that 2014 will be the “Year of the Linux Desktop,” which, of course, it will not be. However, Linux is a powerful, mature option for the business desktop and with the industry’s steady move to enterprise Web-based applications, the previous prohibitions against Linux have significantly faded. Linux is a strong contender today if you can get it in the door.

How Will Apple Spin A Larger Iphone 6?

How will Apple spin a larger iPhone 6?

The market has spoken: big phones are in style, and by all accounts Apple will give consumers just what they want with both a 4.7-inch iPhone 6 and even a 5.5-inch version. It’s a sizable change in all respects from a company that has until now insisted that its approach to touchscreen dimensions has been the perfect one. So, the question becomes: how does Apple make the turnaround graceful, rather than face accusations it’s playing catch-up?

For a while, big phones looked like they might be a phase. With the increase in availability of 1080p LCD and AMOLED panels, however, the extra power of mobile GPUs to drive Full HD video and gaming on such screens, and high-speed LTE networks to deliver streaming video and other rich internet content, what once were derided as faddish “phablets” now look to be here to stay.

In comparison, the iPhone has increasingly started to look diminutive.

The flagship Android phones from HTC, Samsung, and – soon – LG are all 5-inches or greater. LG’s upcoming G3 is expected to use a 5.5-inch display running at a hefty 2560 x 1440 resolution; only a year ago, that sort of screen size was considered an outlier for the niche Optimus G Pro, but now it’s considered mass-market.

Apple’s argument has always been that it designs for hands, not fashion. The iPhone’s display is ergonomically better, so the Cupertino firm claims, because it allows for single-handed use. You can hold the phone and reach across with your thumb, and still hit controls in the corners.

Try that with a One M8 and you might just end up dropping it. Samsung even has a miniaturized version of its UI for the Galaxy S5, that can optionally be switched on for single-handed use. It’s hard to imagine Apple putting iOS into a sub-window and saying it makes usability sense, and yet the rumor-mill signs are pointing to a considerably bigger iPhone 6, and one that would seem to be at odds with the company’s historic attitude.

That’s not to say we’ve not seen a turnaround from Apple before: where the company has vehemently insisted something is Officially A Bad Idea… right up until the point when it does it itself.

Nobody would want to watch video on an iPod, for instance; that is, until Apple added video support to the iPod. The perfect size for an iPhone is 3.5-inches and no larger; until the 4-inch iPhone 5. A tablet smaller than the 9.7-inch iPad would demand you take sandpaper to your fingertips, Steve Jobs memorably argued… now the 7.9-inch iPad mini is a best-seller.

Whether it’s hypocrisy, misdirection, or attention to detail – Apple always has a valid-sounding justification for its new product, after all – depends on where you sit on the “Apple knows best” scale. Easier, maybe, to agree that Apple takes no decision that won’t benefit it in some way.

Find all the latest news, rumors, and reviews in our Apple Hub

The challenge is to occupy those gaps while quietly pre-empting the observations that you’re suddenly embracing what was previously declared anathema. Perhaps iOS 8 will put even greater stock in voice control, bringing Siri further to the fore to aid those without super-stretchy thumbs who still want to use their big-screen iPhone 6 with one hand.

WWDC is likely to give us the first inklings of how that refreshed OS will work, though Apple will presumably play it cautious so as not to give too much away that could lead to hardware assumptions.

One thing is clear: Apple can’t afford to sit things out in the big-screen phone space any longer. At the most basic level, it’s missing out on selling people handsets – people who may instead be looking to Android or Windows Phone to get their large device fix. A bigger iPhone 6 seems like a case of “when” not “if”; question is, how will Apple make it magical?

Flatten An Array Of Arrays In Swift

In Swift, you can use higher-order functions to flatten an array of arrays. You can use a combination of joined(), reduce(), and flatMap() functions. Sometimes, you are required to merge multiple arrays into a single array. In Swift, you can easily do that using high-order functions. In this article, we will see some examples of different use cases.

Example 1: Using the flatMap() Function

To flatten an array of arrays in Swift, you can use the joined() method along with the flatMap() function. Here’s an example.

import Foundation let arrayOfArrays = [[1, 2], [3, 4], [5, 6, 7]] let flattenedArray = arrayOfArrays.flatMap { $0 } print("Input array: (arrayOfArrays)") print("Flattened Array: (flattenedArray)") Output Input array: [[1, 2], [3, 4], [5, 6, 7]] Flattened Array: [1, 2, 3, 4, 5, 6, 7]

In this example, flatMap() is used to map each sub-array in arrayOfArrays to its elements, and then joined() is used to concatenate the resulting arrays together into a single flat array.

Example 2: Using the reduce() Function

Alternatively, you can use the reduce() method to flatten the array. Here’s an example.

import Foundation let arrayOfArrays = [[1, 2], [3, 4], [5, 6, 7]] let flattenedArray = arrayOfArrays.reduce([], +) print("Input array: (arrayOfArrays)") print("Flattened Array: (flattenedArray)") Output Input array: [[1, 2], [3, 4], [5, 6, 7]] Flattened Array: [1, 2, 3, 4, 5, 6, 7]

In this example, reduce() is used to combine all the sub-arrays into a single array by starting with an empty array and using the + operator to append each sub-array.

Example 3: Flattening an Array of Arrays with Optionals

Alternatively, you can use the flatMap() method to flatten the optional arrays. Here’s an example.

import Foundation let arrayOfArrays: [[Int?]] = [[1, nil], [3, 4, 5], [nil, 7]] let flattenedArray = arrayOfArrays.flatMap { $0 } print("Input array: (arrayOfArrays)") print("Flattened Array: (flattenedArray)") Output Input array: [[Optional(1), nil], [Optional(3), Optional(4), Optional(5)], [nil, Optional(7)]] Flattened Array: [Optional(1), nil, Optional(3), Optional(4), Optional(5), nil, Optional(7)]

In this example, the arrayOfArrays is an array of arrays containing Int? optionals. The resulting flattenedArray contains all the elements of the sub-arrays, including nil values.

Example 4: Flattening an Array of Arrays with Duplicates

Alternatively, you can use the Set with flatMap() method to flatten the array. Here’s an example.

import Foundation let arrayOfArrays = [[1, 2, 3], [2, 3, 4], [3, 4, 5]] let flattenedArray = Set(arrayOfArrays.flatMap { $0 }) print("Input array: (arrayOfArrays)") print("Flattened Array: (flattenedArray)") Output Input array: [[1, 2, 3], [2, 3, 4], [3, 4, 5]] Flattened Array: [5, 1, 4, 3, 2]

In this example, the arrayOfArrays is an array of arrays containing some duplicate elements. The resulting flattenedArray is a Set of all the unique elements in the sub-arrays, in no particular order.

Example 5: Flattening an Array of Arrays of Strings for use in a search Bar

Alternatively, you can use the flatMap() method to flatten the array of strings. Here’s an example.

import Foundation let arrayOfArrays = [["apple", "orange"], ["banana", "grape"], ["pear", "pineapple"]] let flattenedArray = Set(arrayOfArrays.flatMap { $0 }) print("Input array: (arrayOfArrays)") print("Flattened Array: (flattenedArray)") Output Input array: [["apple", "orange"], ["banana", "grape"], ["pear", "pineapple"]] Flattened Array: ["pineapple", "grape", "apple", "orange", "pear", "banana"]

In this example, the arrayOfArrays is an array of arrays of strings representing different types of fruits. The resulting flattenedArray can be used as a data source for a search bar, allowing the user to search for any fruit by name.

Example 6: Flatten an Array of Arrays using a For Loop in Swift

Using a for loop can be useful in situations where you need more control over the iteration process. Here’s an example.

import Foundation let arrayOfArrays = [[1, 2, 3], [4, 5], [6, 7, 8, 9]] var flattenedArray: [Int] = [] for subArray in arrayOfArrays { for element in subArray { flattenedArray.append(element) } } print("Input array: (arrayOfArrays)") print("Flattened Array: (flattenedArray)") Output Input array: [[1, 2, 3], [4, 5], [6, 7, 8, 9]] Flattened Array: [1, 2, 3, 4, 5, 6, 7, 8, 9]

In this example, we start with an arrayOfArrays of Int values, representing different subsets of data. We then declare an empty flattenedArray of type [Int] to hold the flattened values.

We then use a nested for loop to iterate over each sub-array in arrayOfArrays, and for each sub-array, we iterate over each element in the sub-array and append it to the flattenedArray.


In Swift, flattening an array of arrays means converting a nested array structure into a single flat array containing all the elements from the sub-arrays, in the order they appear.

There are different ways to flatten an array of arrays in Swift, including using the flatMap method, which is a concise and efficient approach, and using a for loop, which provides more control over the iteration process.

Flattening an array of arrays can be useful in many practical scenarios. For example, preparing data for use in a search bar, graph, or table view.

Acer Swift 1 Review: One Of The Best Budget Laptops

Our Verdict

The Acer Swift 1 is perhaps the most expensive-looking and feeling laptop Windows 10 laptop you can get for around £350. A metal shell, solid keyboard and trackpad, and a 13.3in Full HD IPS screen are all to be celebrated. There’s only one worry: performance. While the Pentium processor used here is significantly better than that of previous generations, it’s a low-end chipset that will make more demanding tasks seem a real chore. However, for light use — emails, browsing, some casual gaming — the Swift 1 performs fine. It’s also a great choice for humanities students, as the sort of essay-making machine you can comfortably carry around all day, every day.

The Acer Swift 1 is one of the cheapest laptop you can buy that looks a little like a MacBook. It’s slim, and has a metal frame with plenty of bright aluminium on show.

Where MacBooks start at £949 for the arguably out of date Air 13, the Swift 1 costs £349 in the variant we’re using. Let that sink in: just over a third the price of Apple’s cheapest alternative.

Low CPU power and minimal storage make the Acer Swift 1 suitable for only light jobs like writing documents, surfing the web and streaming video. However, given the price its impersonation of a £700-1000 slim and light laptop is almost bizarrely convincing.


Price is paramount for the Acer Swift 1. In the UK at least, the most common spec is the one we’re reviewing. It costs £329 for an Intel Pentium CPU, 4GB RAM and 64GB storage.

They’re the sort of specs you might normally see attached to a tablet. But so is the price.

Shop around and you’ll also find a version with a much better 128GB SSD, for around £415. Rarer still there’s a Core i3 model with 8GB RAM and a 128GB SSD. This brings the price to around £580 (RRP).

A £250 hike may seem steep, but in the jump up to an i3 CPU, the Swift 1 becomes a very different laptop on the inside.

The Acer Swift 1 comes with a standard one year carry-in warranty.

Design and build

If a laptop costs £350 or less, we normally expect to see a somewhat thick plastic shell. The aim should be a solid, practical laptop, not a flashy one, right?

The Acer Swift 1 is nothing like that. It’s affordable, but still has a full aluminium shell. Its lid, the keyboard surround and the underside all use plates of real aluminium. This is the sort of look that makes you expect a £650-plus price tag, not a £350 one.

Acer has a history of providing that expensive aluminium look and feel at a low price, having used the same tactic (and a similar shell) in its 13in Chromebook.

For the price, the Swift 1 looks and feels lovely, and there’s no obvious sign Acer has done the job on the cheap. The panels don’t flex like cardboard at the first sign of pressure and the aluminium has an anodised finish just like several of the popular expensive alternatives. It’s a brighter, shinier finish than some, but still looks great.

Let’s not just gush, though. There are a few signs the Swift 1 isn’t really an expensive 2023 laptop. The screen has a black border around it, which isn’t the prettiest look. And the display surround is that of a classic laptop. Many new models (including some cheaper ones) only have a few millimetres of redundant border around them. This one has — shock, horror — about an inch to the left and right.

Its thickness and weight let it easily slide into the “thin and light” category, though. The Swift 1 weighs 1.3kg and is just under 15mm thick.


The Swift 1 also has all the main connections we like to see in a laptop, including some you’ll miss by choosing a much more expensive model.

There are two USB 3.0s — great for the price — and one USB 2.0. A USB-C port complements these, although it’s predictably only specced to the 3.1 standard, not the much faster Thunderbolt 3.0. We’d be frankly confused if it did: you don’t tend to get Thunderbolt in cheap laptops.

A full-size HDMI and full-size SD card slot finish off what is a connections array fit for a much more powerful laptop than the Swift 1.

Keyboard and touchpad

There are also no nasty surprises in the keyboard and trackpad either. Some super-affordable laptops have keys that feel cheap, often with hollow-feeling feedback or too much wobble. There’s none of this in the Swift 1.

Saying that, Acer also uses some great keyboards on its bargain basement Chromebooks. It knows how to make a good, cheap computer.

We used the Swift 1 as our main work computer for a while, and came across no issues.

There is, and this came as no surprise, no keyboard backlight. While some surprisingly affordable laptops have backlit keyboards, we don’t expect one in a £350 laptop that already has budget siphoned off to accommodate an aluminium shell.

The trackpad is similar: not high-end but great for the price. Its surface is plastic rather than textured glass, but then some laptops twice the price still use plastic.

Acer has — although we’re not entirely sure why — also crammed in a fingerprint scanner to the right of the trackpad. This is a little mad in a £350 laptop. It’s a little fiddly compared to that of high-end laptops, but does let you login with your finger as promised. It just may take a couple of attempts.


If the scanner is a case of Acer showing off unnecessarily, the screen is the sort of grandstanding we’re a sucker for. The Swift 1 may be cheap, but it still packs in a perfectly respectable 1080p IPS LCD display, one 13.3in across.

Not every aspect of the Swift 1 is amazing, of course. Colour is visibly a little undersaturated, covering just 61.2% of the sRGB colour gamut. Tones don’t pop off the screen as they might in a £350 tablet, but this is undoubtedly among the best laptop displays at the price.

Solid contrast of 985:1 also helps makes the most of this colour capability. For a £350 laptop, the Swift 1’s screen looks alarmingly good to us.

The Swift 1’s max brightness is 266cd/m². You’l really want to see 350cd/m² or above for best results on a sunny day. But just by saying that we’re (once again) comparing the Swift 1 to laptops twice the price.

This isn’t a touchscreen, but the display does fold back almost 180 degrees, rather than the usual 130. It’s not useful in that many situations, but does make sharing what’s on-screen easier.


If you’re waiting for the reason why the Swift 1 is so cheap when we keep comparing it to models “twice the price”, the best answer is the CPU. Our version of the laptop has an Intel Pentium N4200 processor.

This is a quad-core CPU with a clock speed of 1.1GHz and a “burst” of 2.5GHz. However, compared to Core series processors, even the Core i3, this is a bit of a weakling.

Using the Swift 1 as we would any other laptop, we found installing and loading apps took significantly longer than with a Core-powered system. And any intense applications like video editing or high-level 3D gaming are off the cards.

However, with this generation of Pentium CPU, we’re finally past what has put off recommending most budget Windows laptops in recent years. Until this gen, Atom and Pentium-powered laptops could be borderline painful to use at times even with light duties.

The Swift 1 and its Pentium N4200 feel just fine, with minimal lag when you’re just coasting across the surface of Windows 10 and, say, using the browser or WordPad. This is the level at which the laptop is comfortable. But it’s important as it wrestles away some of the appeal of “premium” Chromebooks, which we’ve often recommended over rock-bottom laptops.

The Swift 1’s benchmark results are, of course, pretty poor, though. It scores 1134 points in PC Mark 10, where a Core i5 will push 2700.

There’s a more telling comparison, though. The Intel Pentium 4450U Lenovo used in its IdeaPad 320S scores 2295, making it much more like a lower-power alternative to a Core-series computer. Of course, the 320S is more expensive, made of plastic and has a much, much worse screen. Comparing the two on performance is just one side of the story.

Gaming performance is poor, again worse than the IdeaPad 320S, but no worse than we expect from a Pentium CPU, which has a low-end Intel HD 505 GPU. Alien: Isolation runs at an average 9.8fps at 720p, minimum graphics. At 1080p with the settings maxed you’re looking at 3.3fps. We’re miles away from playable speeds.

We couldn’t even try our usual Deus Ex: Mankind Divided as there’s no enough room on the Swift 1’s paltry 64GB solid state storage. But we’d be looking at single figure frame rates no matter the setting.

Gaming is not a total bust, though. The Swift 1 can play Skyrim at 720p resolution, Low settings reasonably well.

One benefit of using such a low-end CPU is the Swift 1 doesn’t need fans. It uses passive cooling, like a tablet. It’ll be silent (or near silent) no matter what you do. Putting an ear up to the ports, we can hear a slight almost HDD-like noise from the Swift’s insides. It’s likely to be noise from the power supply or another component. Your Swift 1 may not suffer from it, and in ours it’s only audible if you go listening for it.

Battery life

A CPU that barely uses any power makes you expect a battery that lasts forever. Acer says the 42Wh battery lasts 10 hours, but in our experience it’s not quite as long-lasting.

Playing a 90-minute video on loop at 120cd/m brightness, the Swift 1 lasts 7 hours 49 minutes. While not a mind-blowing result, it’s very close to what we tend to look for: a full day of work.

The speakers too are sufficient, but not special. While clear and largely non-distorted at higher output, they don’t have the volume, mid-range bulk or bass of the best laptop speakers.

Feeday Offers A Quick Peek At Instagram From Notification Center

One of my favorite social networking sites right now is Instagram. I love looking at pictures more than reading about how someone feels about the weather today. Pictures really can be worth a thousand words and can make you feel more connected to friends than a sentence.

Feeday is a third-party widget that puts the last couple of posts from your Instagram feed right in Notification Center so you can get a quick view of your feed without having to open the app. Check out our app review of Feeday below.

Three Instagram feeds in one widget

With this app, you can put an Instagram widget in Notification Center so you can access a few of the newest posts of your feed right on your Lock screen. You can also add a hashtag to follow, and a single profile to spotlight. All three Instagram categories can be viewed without having to open an app.

Your Lock screen has never looked so picturesque

The free download places three images on your Lock Screen with three different categories to select from. The first is your account feed, which includes images from people you follow. The second is the “People” feed, which can be someone you follow or not. The third is the “Hashtag” feed, which includes pictures of a specific hashtag that you included.

For a few dollars more, (two of them, to be precise), you can upgrade to six or nine images to appear on your Lock Screen. If you follow a lot of people, the upgrade might be worth it.

Follow a hashtag to see what the community is saying

When you open the app, you’ll be asked to connect your Instagram account. Then, you can add a specific profile name and hashtag. I chose John Boyega and Star Wars because that’s what I’m obsessing over right now.

However, after learning of the untimely passing of one of rock’s greatest legends, David Bowie, I switched hashtags in the settings section to keep an eye on what the Instagram community was saying about him.

If you unlock the additional blocks, you can select three, six, or nine blocks to appear on your Lock screen.

Once you’ve customized your view, swipe down on your iPhone’s screen to access Notification center and add the new widget. Then, check out the Today view of your Notification Center to see the widget.

You can switch between your account feed, the profile name you added, and the hashtag you entered. The widget is updated whenever you tap on a category, so you can immediately see new content if your feed moves fast.

When you tap one of the images, you will open it directly in Instagram, even if you tap on a profile name that you aren’t following.

The app was recently updated with compatibility for Apple Watch. I have to admit that I rarely use Instagram’s native app for Apple Watch. It only goes back about eight posts, so I usually just end up using it on iPhone instead.

However, I do like the way images are displayed in Feeday’s version. You can see three pictures on one screen and they are laid out as one big and two small.

The Good

This is the first app I’ve heard of, so far, that puts Instagram on your Lock screen, so it scores big with me simply for that. I like the added feature of being able to see a hashtag and specific profile on the Lock screen, too.

The Bad Value

Feeday is free to download. The paid option of adding up to nine blocks makes the screen even more useful, but is definitely not a deal breaker. The app updates immediately, and works great. So, if your feed is always blowing up with new content, you won’t miss a beat.


Do you check Instagram more than three times per day? If so, get this app. If you check it more than six times per day, I recommend splurging for the extra blocks. Download it in the App Store today.

Related Apps

This is the only Notification Center widget for Instagram that I am aware of.

Update the detailed information about Acer Spin Notebook Series Offers A Dizzying Array Of Choices on the website. We hope the article's content will meet your needs, and we will regularly update the information to provide you with the fastest and most accurate information. Have a great day!