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mardi 12 janvier 2021

Honor launches the Band 6 smart band and MagicBook Pro 2021 laptop

Despite its recent transition, Huawei’s former subsidiary Honor made a strong appearance at CES 2021 with a couple of brand new products. The company showcased its latest budget-friendly fitness tracker, the Honor Band 6, at the trade show, along with the latest MagicBook Pro 2021 laptop. Here’s everything you need to know about the two new Honor devices:

Honor Band 6

The Honor Band 6 is the latest budget-friendly fitness tracker from the Chinese OEM, which offers a completely revamped design. Unlike its predecessor, the Honor Band 6 features a large 1.47-inch AMOLED touch display that has a resolution of 194 x 368 pixels and a physical button on the right edge. The left edge of the device has Honor branding embossed into the shell.

Honor Band 6 color variants on white background

In terms of fitness tracking features, the Honor Band 6 supports 10 sports modes, blood oxygen level (SpO2) monitoring, Huawei TruSeen 4.0 continuous heart rate monitoring, Huawei TruSleep sleep tracking, menstrual cycle monitoring, and more. The device packs a bunch of sensors to enable these features, including an accelerometer, a gyroscope, and an optical heart rate sensor.

The Honor Band 6 uses Bluetooth 5.0 to connect to devices, and it packs a 180mAh battery capable of delivering up to 14 days of battery life on a single charge. As far as the pricing and availability are concerned, the Honor Band 6 will be launch in some international markets in the coming weeks at a price of around $35. In China, it’s priced at CNY 249 (~$39). As of now, Honor hasn’t shared a definite timeline for its release in international markets.

Honor MagicBook Pro 2021

Along with its latest fitness tracker, Honor has also announced the MagicBook Pro 2021 — an Intel-based revision of its popular thin-and-light laptop. The MagicBook Pro 2021 is powered by Intel’s Core i5-10210U processor, coupled with the NVIDIA GeForce MX350 GPU. It features a 16.1-inch FHD display that boasts of 100% sRGB coverage for color accuracy.

Honor MagicBook Pro 2021 launch

The Core i5 processor on the device is accompanied by 16GB of RAM and a 512GB NVMe SSD. The MagicBook Pro 2021 also features a pop-up webcam, like its predecessor. In terms of ports, the laptop features three USB Type-A ports, one USB Type-C port, an HMDI port, and a 3.5mm headphone/microphone combo jack. For security, the laptop includes a fingerprint sensor that doubles up as its power button.

As far as it’s battery life is concerned, Honor claims that the MagicBook Pro 2021’s 56Wh battery can keep the device up and running for upwards of 11 hours on a single charge. The laptop comes with a 65W fast charging brick that can charge it up to 50% in just 30 minutes, ensuring minimal downtime. While Honor still hasn’t revealed pricing and availability information for the device, it’s expected to go on sale for around $1,000 in the coming weeks.

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Samsung Galaxy S to S20: Looking back at Samsung’s flagship lineup

The Samsung Galaxy S21 series is right around the corner. Samsung is all geared up to take the wraps off the next generation in its premier flagship lineup, the Galaxy S series. With the eventual fate of the Galaxy Note lineup up in the air, the Galaxy S series becomes the principal driving force of Samsung’s Android smartphone efforts in the conventional candy-bar form factor. The Galaxy S series has been the recipient of the South Korean company’s mainstream innovation on both the hardware and software fronts. And so, before we take a step forward towards the future with the Galaxy S21, it’s worth taking a look back at how the Galaxy S lineup evolved to become one of the most anticipated smartphone releases in any given year.

Samsung Galaxy S (i9000/galaxys) — The First of its Name

The Galaxy S legacy begins with the original Samsung Galaxy S, the first device from Samsung with the “S” moniker. The Galaxy S was launched in 2010, and while Samsung may have definitely hoped for its success, we’re pretty sure that no one would have imagined the same lineup to continue on this strongly 11 years later too.

The Galaxy S entered the market at a time when Android was just starting to walk, and Windows Phones and Nokias and Blackberrys were still very much a thing — even Samsung’s Bada OS was around, and the Samsung Wave GT-S8500 was one of the competitors against the Galaxy S. The “large” 4-inch 480 x 800 Super AMOLED display on the Galaxy S was one of the better ones around at the time. This was so long ago, our memory even fades figuring out Android competitors, because no other lineup has survived this long. The HTC Evo 4G and the Motorola Droid X were some of the competitors, and while HTC did go on to make several very successful phones later on too, the company did lose its way some years later. Motorola also has taken a back seat from flagships under Lenovo. For Samsung, the Galaxy S line still goes strong.

Samsung Galaxy S2 (i9100) — Thin it up!

The Samsung Galaxy S2 came out in 2011, and it was one of the first Samsung flagships that I had the opportunity to use. Android could still be considered in its infancy, but Samsung was quickly carving its name in the market as one of the better options around for the OS.

While yes, TouchWiz of the time left a lot to be desired, the Galaxy S2 still impressed with its overall hardware package. It was also one of the thinnest phones of its time, which was a mean feat in itself, and it even had a user-replaceable battery. The phone also supported Mobile High-Definition Link (MHL), allowing it to output content to a TV while being charged at the same time.

As far as competition is concerned, the Galaxy S2 went against devices like the HTC Sensation and the LG Optimus 2X. Both of these devices were good products of their time, but the Galaxy S2 won the heart of the tech sphere, despite the myriad of carrier variants and Plus releases.

Samsung Galaxy S3 (i9300/d2) — Bumping it up to HD

The Samsung Galaxy S3 came out in 2012, and it is immediately recognizable for its “pebble”-inspired look. It was a good deviation from the rather boxy design of the predecessor.

What also mesmerized users was the display, as it was the first in the Galaxy S lineup to make the jump to a 720 x 1280 Super AMOLED display. The quad-core Exynos 4412 SoC was also a talking point, as other competitors like the HTC One X and the LG Optimus 4X HD were marketing cores on their spec sheet. TouchWiz was still on board and continued to receive fair criticism, but you now had features like Multi-Window, which was far ahead of its time and official implementation within Android.

Samsung Galaxy S4 (i9505/jfltexx) — Welcome to Full HD

The Samsung Galaxy S4 came out in 2013, with a design that refined what the predecessor had introduced, and an even better 1080 x 1920 FHD display. However, criticism had begun mounting on Samsung for going heavy on gimmicky features like Smart Pause, Air View, as well as overall stagnation.

The Galaxy S4 was a good phone, mind you. It’s just that this (and the next phone) were released at stages when the competition had started getting better. Samsung did sell a lot of units of this phone, but even they had a hint of the growing discontentment amongst the flagship enthusiast crowd. Critics were also vocal of the bloatware laden Touchwiz at this point, and it became clear that some change was needed.

We did get some change, in the form of the Galaxy S4 Google Play Edition. Launched jointly with Google, the Galaxy S4 GPE took the flagship hardware from Samsung, removed the bloaty software that Samsung still appeared to be struggling with, and presented it with an AOSP experience with Google Apps and an easily unlockable bootloader. It was practically perfect, other than the fact that AOSP also had a lot of maturing to do — while enthusiast crowds like ours would have loved AOSP back in 2013, Samsung’s bloaty Touchwiz could arguably have been considered a better average-user-experience than stock Android 4.4 Kitkat.

Samsung Galaxy S5 (k3gxx/klte) — The Bandaid?

The Samsung Galaxy S5 came along in 2014, and it brought along the fingerprint scanner to the home button, as well as a heart rate sensor near the primary camera. It also brought along an IP67 protection rating and a very unique microUSB 3.0 port with a flap cover on the bottom.

While the upgrades made it sound like a winning formula, critics came down heavily on Samsung’s continued use of polycarbonate on its flagship series. Even though the device tried to switch it up with a different finish, opinion was clearly divided on whether it felt better or worse — it did make good memes though, at the time. Competing devices like the LG G2, Sony Xperia Z2, and the HTC One M8 — each had their own strengths and weaknesses. But for a moment, Samsung’s position at the top appeared to be on the verge of an upheaval in the coming year. Don’t get us wrong — the Galaxy S5 was still a good flagship at heart. But the competition appeared to have better designs, stereo speakers, cleaner UX, and more, providing an experience that appeared to be better than the combination that Samsung was offering on its flagship. This feeling had persisted since the Galaxy S3 days, and it was high time for some change.

Samsung Galaxy S6 (zerofltexx) — The New Direction

And a radical change did arrive with the Galaxy S6 in 2015. Samsung made a complete shift in design language as well as big changes for software, and it even threw in a second model to the mix with the Edge release. The highlight of these new flagships was the glass-and-metal sandwich design that enabled wireless charging as a feature, and the curved edge display on the Edge variant, which was a big talking point back then, and even a resolution bump up to QHD on the Super AMOLED display.

While the Galaxy S6 Edge was not the first phone with a curved display from Samsung (that crown goes to the unapologetically asymmetrical Galaxy Note Edge), it did polish the learning curve for early adopters, enough for them to momentarily overlook the removal of IP ratings and begrudgingly accept the removal of the microSD card slot. The curve wasn’t particularly useful per se, even though Samsung threw a few features on, so its future on flagships was still up in the proverbial air. But by and large, the Samsung Galaxy S6 and Galaxy S6 Edge began walking down the path of what will turn out to be Samsung’s best selling flagships.

Samsung Galaxy S7 (herolte) — Yearly refinement

The Samsung Galaxy S7 and Galaxy S7 Edge came out in 2016. While the Galaxy S6 series was a pretty risky endeavor from Samsung, the Galaxy S7 series played it safe and focused on refining the overall experience.

With the Galaxy S7 series, Samsung brought back water-resistance and the microSD card slot. We also got the Dual Pixel AF camera that opted to go down in MP count in favor of bigger pixels and brighter aperture, which many would agree was the right move to make. All in all, the Galaxy S7 series felt a lot like what the Galaxy S6 should have been, but you have to give credit to Samsung for the redesign and the refinement.

Samsung Galaxy S8 (dreamlte) — Attack on the Bezels

The Samsung Galaxy S8 came out in 2017. While the Galaxy S6 turned the series around on its heels, the Galaxy S8 also was a big change, just in less noticeable ways. It was an even more incredible feat considering the fact that the company was poised to take a more cautious step after the Galaxy Note 7 fiasco.

With this lineup, Samsung did away with flat and edged variants — instead, you got curved edges in a smaller size and a larger Plus-sized variant. The display also changed aspect ratios, so you got a “bigger” diagonal with a taller phone that was now easier to hold. Samsung saw bezels on the front of the device, and attacked it viciously — what was left was called the new Infinity Display design. The home button was caught as collateral damage, and Samsung had to opt for virtual buttons and shift the fingerprint scanner to the back of the device. Even TouchWiz was not spared — the culling of the feature creep and the S6-inspired refresh led to a TouchWiz experience that was not exactly TouchWiz anymore, so Samsung renamed it to Samsung Experience UX. Samsung avoided any major plays around the camera, so that remains a recognizable aspect of the phone.

You’d notice that we stopped mentioning competitors. That was because the Galaxy S6 was the shot in the arm that Samsung needed, and the phones after that occupied the top spot at the helm of Android, overshadowed only by Samsung’s Galaxy Note series. Consistent competition from the likes of HTC was no longer around, and OEMs like OnePlus started getting recognized for flagship-grade-performance devices. The Apple iPhone 7 was also a mammoth to compete against. The Google Pixel had also just landed, and while Google did not really make splashes through volume, it did occupy headlines and reviewer-attention. But undeniably, the Galaxy S had its own brand value built up by now, solidified by the refinements of the Galaxy S8.

Samsung Galaxy S9 (starlte) — Yearly refinement, again

With the Galaxy S9 coming out in 2018, it was a bit of a familiar story. There weren’t as many radical changes overall, just touch-ups and refinements. And that’s okay — don’t fix what’s not broken, and reception to the preview phones indicated Samsung had done some things pretty well.

What Samsung did try to fix was the camera, in a surprisingly novel way. The phone came with a variable aperture, going from f/1.5 wide to f/2.4 narrow. To the best of my knowledge and memory, I do not recall any other mainstream OEM experimenting with a variable aperture on a device of importance. Samsung gave up on the idea the very next year, but this is something we still hope makes a comeback sometime in the future. The Galaxy S9 Plus did get an additional rear camera, and we began seeing feature-divergence on the lineup beyond just physical dimensions.

Samsung Galaxy S10 (beyondlte) — The Future was here

Just when you thought that the bezel situation was good enough, Samsung went ahead and shaved some more millimeters off the front with the Samsung Galaxy S10 series launched in 2019. And speaking of feature-divergence on the lineup, we graduate to having three different phones with good differences between them.

The phones looked great, and consumers not-so-surprisingly were impressed with what they saw. So what if the overall upgrades were simply cumulative refinements over the last-gen — they did add up to a tighter, and more cohesive experience. A fair bit of that credit goes on to One UI, Samsung’s latest redesign of the User Experience skin, which came off as a breath of fresh air over the TouchWiz remnants on Samsung Experience. While yes, there is still an abundance of features, the overall experience came in line with what you would expect from top-end hardware. The Galaxy S10 Plus represented maturity for the Galaxy S lineup.

Samsung Galaxy S20 (hubble) — Back to the numbers race

The Samsung Galaxy S20 series, launched in 2020, brought a lot of the focus on the Samsung flagship lineup back to numbers. For instance, the name signified the year of launch, allowing Samsung to skip all the numbers from 11 and land on a good 20, and make its flagship naming a lot more uniform and predictable.

Some more numbers got a decent bit of attention, at least on the flagship end: 120Hz refresh rate, HDR10+ support, taller 20:9 aspect ratio, overkill 16GB RAM and 512GB internal storage, USB 3.2, 45W fast charging, and of course, the 108MP primary camera, the 48MP periscope zoom camera, and the 40MP front camera. That’s a lot of numbers, and it takes us back to the era when marketing on phones revolved around them having the biggest and most numbers — to that end, the Samsung Galaxy S20 Ultra very well succeeded.

Samsung Galaxy S21 — The Everyday Epic?

If you’ve noticed the patterns around, you’d see that the focus this year should be on refinement and experience, more so than raw numbers. And well, there are going to be raw numbers as well, if the leaks so far are to be believed.

For instance, we’ll hopefully finally see a 120Hz refresh rate on a QHD+ display on a Samsung flagship, refining the base standard that the Galaxy S20 Ultra left us with. The 108MP spec on the camera is going to stick around, but we can expect a much more polished experience with the second generation sensor. And we will also finally get ourselves some good S Pen support, even if stored externally, providing convergence to two of Samsung’s top flagship experiences.

    Samsung Galaxy S21 Reservation
    Reserve your pre-order for the upcoming Galaxy S21 line of smartphones and save! A free and straightforward e-mail sign-up lets you save $50 on accessories on your new device.

How the Galaxy S21 series will be received, and where we go from there, is only something we can find out post-Samsung Unpacked 2021. Until then, we make do with the nostalgia trip with the undisputed flagship lineup of Android.

The post Samsung Galaxy S to S20: Looking back at Samsung’s flagship lineup appeared first on xda-developers.



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WhatsApp highlights how it protects private messages as many migrate to Signal

WhatsApp recently updated its terms and privacy policy to mandate data-sharing with all companies in the Facebook family. This created quite a stir among WhatsApp users worldwide, with many migrating to alternatives like Signal and Telegram. The policy change has also raised some concerns about Facebook’s agenda, and it has birthed some misleading rumors that have accelerated the outflow of users. In an attempt to clear the air, WhatsApp has now published a response to some of the most frequently asked questions about its privacy measures and data-sharing policy.

The Facebook-owned messenger recently updated its FAQ section with new responses highlighting how it will continue to protect private messages, despite some rumors stating otherwise. It states that the policy update “does not affect the privacy of your messages with friends or family in any way. Instead, this update includes changes related to messaging a business on WhatsApp, which is optional, and provides further transparency about how we collect and use data.”

WhatsApp privacy infographic

A new infographic shared by the company highlights that WhatsApp cannot see private messages or hear calls and, therefore, neither can Facebook. It also reveals that WhatsApp doesn’t keep logs of who users are messaging or calling, it can’t see the shared location, doesn’t share contact info with Facebook, and that WhatsApp groups remain private.

As far as conversations with businesses are concerned, WhatsApp clarified that some businesses on the platform will make use of Facebook’s hosting services to manage WhatsApp chats. Such businesses will be able to use the information for their own marketing purposes, like running targeted ads on Facebook. To ensure users know when they’re communicating with such a business, WhatsApp will clearly label the conversation in the app. The company further adds that it will utilize users’ shopping activity to personalize their Shops experience, and if users interact with an ad on the platform, Facebook may “use the way you interact with these ads to personalize the ads you see on Facebook.”

While these responses do address some of the rumors floating around on various social media platforms (including WhatsApp), it may not be enough to sway public opinion. What’s your take on this issue? Will you continue using WhatsApp, or will you opt for other messengers like Signal or Telegram after the new policy changes go into effect next month? Share your thoughts in the comments section below.

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lundi 11 janvier 2021

Intel 11th-Gen vPro and H-series mobile processors officially launched

Intel announced 11th-gen Tiger Lake U-Series processors for mainstream notebooks late last year. This year at CES 2021, the company is expanding the range to business and gaming notebooks with the new 11th-Gen vPro and H-series processors. We have already seen OEMs such as Dell, Lenovo, and HP announce new enterprise notebooks based on the latest vPro and EVO vPro platforms, while gaming-focused brands like ASUS, Razer, and Acer are expected to announce new gaming notebooks with higher-core H-Series processors later this week.

Intel has also announced the new N-series Intel Pentium Silver and Intel Celeron processors for low-powered entry-level and education systems. Additionally, we also got a preview of the upcoming 11th-Gen Intel Core S-series desktop processors (Rocket Lake-S) and its next-generation processors (Alder Lake).

11th-Gen Intel vPro Mobile Processors

The new 11th-Gen Intel vPro platform for business notebooks is said to deliver the industry’s highest performance with improved hardware-based security. It features the 10nm SuperFin technology and is said to offer 8x better AI performance and up to 2.3x faster creation and video editing compared to the previous generation. These chips are also said to be 23% faster compared to their competition when using apps like Microsoft Office 365 with 50% faster office productivity while on a video conference call. With Hardware Shield, Intel is offering hardware-based security as well as artificial intelligence (AI) threat detection against ransomware and crypto-mining attacks. The chips also feature Intel Control-Flow Enforcement Technology to help shut down an entire class of attacks that long evaded software-only solutions. Additionally, there is Wi-Fi 6/6E (Gig+) support that offers six times faster uploads and downloads in office environments and three times faster speeds at home versus standard Wi-Fi 5.

Intel 11th-Gen vPro Features

Intel 11th-Gen vPro Features

Building on top of the new business chipsets, Intel also launched the Evo vPro platform, which follows the same path as the Evo branding from last year. Thus, business users can expect the best and the most premium experience with a thin and light stylish design, enhanced performance, real-world battery life, and an immersive visual experience. The company expects over 60 new laptops from various OEMs to launch later this year taking advantage of the Intel vPro and Evo platforms. Additionally, the company also announced Intel Evo Chromebooks, enabling a new class of premium Chromebooks.

11th Gen Intel Core H-series Mobile Processors

Intel usually launches the powerful H-series mobile CPUs with high TDP (thermal design power) for gaming notebooks. However, this time they are focusing on ultra-slim gaming notebooks and have launched the new 11th-Gen Intel Core H-series or the H35 mobile processors for enthusiast-level gaming in laptops as thin as 16mm. There are a total of three models under the series, including the i7-11375H, i7-11370 H, and i7-11300H. All three come with a base TDP of 28W but can go up to 35W. The new series is led by the Core i7 Special Edition 4-core processor with up to 5GHz. There is also support for PCIe Gen 4, and of course, the new processors are based on the 10nm SuperFin technology. The company also announced an 8-core processor that will start shipping later this quarter.

Other notable features of the new H-series include support for DDR4 up to 3200, LPDDR4/x up to 4266, Xe-LP graphics, and KillerTM WiFi 6E (Gig+). Acer, ASUS, MSI, and Vaio are bringing new systems powered by the 11th Gen Intel Core H35-series processor for ultraportable gaming, while there are over 40 designs from top manufacturing partners launching in the first half of 2021.

Intel 11th-Gen H-Series Features

Intel 11th-Gen H-Series Features

11th Gen Intel N-series Mobile Processors

For education laptops, Intel has announced a new range of mobile processors under the new N-series. The Intel Pentium Silver and Celeron processors are designed on Intel’s 10nm architecture and are said to offer up to 35% better overall application performance and up to 78% better graphics performance gen-on-gen. This enables smooth application performance and browsing while multitasking, plus advanced camera and connectivity features for an enriched video conferencing and viewing experience.

Rocket Lake and Alder Lake

We already know that Intel’s next-gen desktop CPUs will be Rocket Lake which is due in March, while Alder Lake will follow it in the second half of 2021. Intel has confirmed that the 11th Gen Intel Core S-series desktop processors will be led by the Intel Core i9-11900K and customers can expect a 19% gen-over-gen instructions per cycle (IPC) improvement. As per recent leaks, certain benchmarks have already made their way to the internet which suggests that it will be a power-hungry 8-core CPU with a 1st stage power limit of 125W and a 2nd stage power limit rated at 250W.

As for Alder Lake, Intel believes that it will be a breakthrough in x86 architecture by being the most power-scalable system-on-chip. Alder Lake will combine high-performance cores and high-efficiency cores into a single product and will be built on a new, enhanced version of 10nm SuperFin. This will also serve as the foundation for leadership desktop and mobile processors for the future.

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Lenovo announces new ThinkPad range with Intel 11th-gen vPro processors at CES 2021

Our coverage from the Consumer Electronics Show (CES) 2021 continues with Lenovo announcing some more notebooks specifically under its ThinkPad range targeting business professionals. The company has announced four new models including the ThinkPad X1 Titanium Yoga, X1 Carbon, X1 Yoga, and X12 Detachable. The entire range comes loaded with the latest 11th-gen Intel vPro processors.

Lenovo ThinkPad 2021: Specifications

Specification ThinkPad X1 Titanium Yoga ThinkPad X1 Carbon ThinkPad X1 Yoga ThinkPad X12 Detachable
Dimensions & Weight
  • 297.5 x 232.7 x 11.5mm
  • Starting at 1.15 kg
  • 314.5mm x 221.6mm x 14.9mm
  • Starting at 1.13 kg
  • 314.4mm x 223mm x 14.9mm
  • Starting at 1.39 kg
  • 283.3 x 203.5 x 8.8mm (14.5mm with keyboard)
  • 760gms (1.1kg with keyboard)
Display
  • 13.5-inch 2K (2256 x 1504 pixels)
    touchscreen
  • Dolby Vision
  • 450nits
  • 100% sRGB color gamut 8bit
  • 14-inch FHD+ (1920 x 1200) touch/non-touch
    • 400 nits
    • 100% sRGB color gamut
  • 14-inch UHD (3840 x 2400)
    • HDR 400
    • 16:10 ratio
    • 100% DCI-P3 color gamut
  • 14-inch FHD+ (1920 x 1200) touchscreen
    • 500 nits
    • 100% sRGB color gamut
  • 14-inch FHD+ (1920 x 1200) touch
    • 400 nits
    • 100% sRGB color gamut
  • 14-inch UHD+ (3840 x 2400)
    • HDR 400
    • 16:10 ratio
    • 100% DCI-P3 color gamut
  • 14-inch FHD+ (1920 x 1200) touchscreen
    • 500 nits
    • 100% sRGB color gamut
  • 12.3-inch FHD+ (1920 x 1200) IPS touchscreen
    • 400 nits
    • 3:2 ratio
    • Gorilla Glass 5
Processor
  • Up to 11th generation
    Intel Core i7 vPro processors
  • Up to 11th generation
    Intel Core i7 vPro processors
  • Up to 11th generation
    Intel Core i7 vPro processors
  • Up to 11th generation
    Intel Core i7 vPro processors (15W)
GPU
  • Intel Iris Xe Graphics
  • Intel Iris Xe Graphics
  • Intel Iris Xe Graphics
  • Intel Iris Xe Graphics
RAM & Storage
  • Up to 16GB LPDDR4x
  • Up to 1TB PCIe SSD
  • Up to 32 GB LPDDR4x 4266MHz
  • Up to 2TB PCIe Gen 4 SSD
  • Up to 32 GB LPDDR4x 4266MHz
  • Up to 2TB PCIe Gen 4 SSD
  • Up to 16GB LPDDR4x
  • Up to 1TB NVMe SSD
Battery & Charger
  • 44.5Whr battery
  • Up to 10.9 hours
  • 57Whr battery
  • Up to 16 hours
  • 65W USB Type-C charger
    with Rapid Charge
  • 57Whr battery
  • Up to 16 hours
  • 65W USB Type-C charger
    with Rapid Charge
  • 42Whr battery
  • Up to 9.98 hours
  • 65W USB Type-C charger
I/O
  • 2x Thunderbolt 4
  • 3.5mm headphone/microphone
    combo jack
  • 2x Thunderbolt 4
  • 2x USB 3.2 Type A
  • HDMI 2.0
  • 3.5mm headphone/microphone
    combo jack
  • Nano SIM slot (optional with WWAN)
  • Kensington lock slot
  • 2x Thunderbolt 4
  • 2x USB 3.2 Type A
  • HDMI 2.0
  • 3.5mm headphone/microphone
    combo jack
  • Kensington lock slot
  • Thunderbolt 4
  • USB 3.2 Type-C
  • NanoSIM
  • 3.5mm headphone/microphone
    combo jack
  • Kensington lock slot
Connectivity
  • Wi-Fi 6
  • LTE 4G
  • 5G
  • Bluetooth 5.1
  • Wi-Fi 6
  • LTE 4G
  • 5G
  • Bluetooth 5.1
  • NFC
  • Wi-Fi 6
  • LTE 4G
  • 5G
  • Bluetooth 5.1
  • NFC
  • Wi-Fi 6
  • LTE 4G
  • Bluetooth 5.1
  • NFC
OS
  • Windows 10 Pro
  • Windows 10 Pro
  • Windows 10 Pro
  • Windows 10 Pro
Other Features
  • Match on Chip Fingerprint Reader
  • IR camera with webcam privacy shutter
  • dTPM 2.0 chip
  • Human presence detection
  • Dolby Atmos
  • 4x 360-degree Microphones
  • Backlit keyboard
  • Power-on Touch Fingerprint Reader
  • Match on Chip Touch Fingerprint Reader
  • dTPM 2.0 chip
  • Webcam privacy shutter
  • HPD sensor with IR Camera
  • Dolby Atmos
  • Dolby Voice
  • 4x 360-degree Microphones
  • Backlit keyboard
  • Optional woven carbon fiber top cover
  • Power-on Touch Fingerprint Reader
  • Match on Chip Touch Fingerprint Reader
  • dTPM 2.0 chip
  • HPD sensor with IR camera
  • Webcam privacy shutter
  • Dolby Atmos
  • Dolby Voice
  • 4x 360-degree Microphones
  • Backlit keyboard
  • Integrated ThinkPad Pen Pro
  • Optional ThinkPad Active Pens
 
  • IR camera with webcam privacy shutter
  • dTPM 2.0 chip
  • Backlit, detachable folio keyboard with fingerprint reader and touchpad
  • Stylus support-Lenovo Precision Pen & Lenovo Digital Pen

The ThinkPad X1 Titanium Yoga is the company’s newest and slimmest ThinkPad notebook measuring at just 11.5mm in thickness. Lenovo claims that it uses a titanium construction, making it quite robust compared to most business laptops. It features a 2-in-1 foldable form factor design with a 3:2 aspect ratio 13.5-inch display that comes with Dolby Vision HDR as well as Dolby Atmos.

Another new addition to the series is the ThinkPad X12 Detachable, which is basically the same form factor as the Microsoft Surface, only with the company’s familiar black and red colors. It’s a 12.3-inch detachable tablet that is protected by Corning Gorilla Glass and will be offered with an optional Lenovo Precision Pen or Lenovo Digital Pen and the backlit folio keyboard.

Lenovo ThinkPad X1 Titanium Yoga product image Lenovo ThinkPad X1 Titanium Yoga product image Lenovo ThinkPad X1 Titanium Yoga product image Lenovo ThinkPad X1 Titanium Yoga product image Lenovo ThinkPad X12 Detachable product image Lenovo ThinkPad X12 Detachable product image Lenovo ThinkPad X12 Detachable product image Lenovo ThinkPad X12 Detachable product image

Additionally, we have two new updates to the ThinkPad X1 Carbon as well as the ThinkPad X1 Yoga. Lenovo says the new versions have been completely redesigned to offer improved user experiences featuring 16:10 aspect ratio displays with a low blue light feature, and new ComputerVision Experiences (CVx) supported by human presence detection sensors to offer enhanced security. These also come with an integrated fingerprint reader on the power button, Dolby Vision, Dolby Atmos Speaker System, and are the first laptops to support Dolby Voice. This new feature is said to deliver an improved conferencing experience that feels more natural. Furthermore, the new X1 Carbon and the X1 Yoga will be offered with 5G and 4G LTE options.

Lenovo ThinkPad X1 Carbon product image Lenovo ThinkPad X1 Carbon product image Lenovo ThinkPad X1 Carbon product image Lenovo ThinkPad X1 Carbon product image Lenovo Thinkpad X1 Yoga product image Lenovo Thinkpad X1 Yoga product image X1 Yoga product image X1 Yoga product image

Lastly, Lenovo has also announced new Thunderbolt 4 and USB-C Universal and Smart Docks that feature silent detection, download and install of firmware updates, and are powered by Microsoft Azure Sphere, which brings remote capabilities for updates, device management, and port status monitoring without the need for a PC to be connected. Just a few days back, Lenovo announced its new range of notebooks including the refreshed IdeaPad range at CES 2021 alongside a new Yoga AIO, monitors, and the Tab P11 productivity tablet.

Model Price Availability
ThinkPad X1 Titanium Yoga $1899 January 2021
ThinkPad X1 Carbon $1429 February 2021
ThinkPad X1 Yoga $1569 February 2021
ThinkPad X12 Detachable $1149 January 2021

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Microsoft’s Surface Pro 7 Plus has LTE and Intel’s 11th Gen processors

CES is underway this week, and we’ve already seen new PCs from brands like HP and Lenovo. Microsoft today unveiled a new model in its Surface lineup, but they’re targeting this PC for businesses and educational institutions that want to get their users ready for remote work and learning. The new Microsoft Surface Pro 7 Plus is thus part of Microsoft’s Surface for Business portfolio as it’s designed to offer users flexibility in how they want to work.

Like other Surface Pro models, the Surface Pro 7 Plus is a thin tablet that can dock into Microsoft’s Type Cover to turn it into a laptop. It has a kickstand on the back to prop the tablet up at multiple angles, and it comes with an optional pen for drawing or taking notes. The Surface Pro 7 Plus supports connecting to 4G LTE networks via the built-in Snapdragon X20 modem once the eSIM or physical SIM has been provisioned, making the 2-in-1 device the perfect on-the-go workstation.

The Surface Pro 7 Plus is powered by Intel’s 11th Gen “Tiger Lake” processor, starting from Intel’s Core i3 (1115G4) all the way up to Intel’s Core i7 (1165G7). The base i3 model with 8GB of RAM and 128GB of storage starts at $899, while the highest-end i7 model tops out at 32GB of RAM and 1TB of SSD storage for $2,799. According to The Verge, only the Intel Core i5 (1135G7) model at $1,149 will have optional LTE support, which certainly simplifies things for businesses and educational institutions but means there are fewer options if you want on-the-go connectivity and the best performance.

Microsoft claims the Surface Pro 7 Plus can last up to 15 hours on a single charge with its 50.4 watt-hour battery. That’s an increase of 4.5 hours over the original Surface Pro 7, which isn’t too surprising as that model has a 46.5 watt-hour battery.  Otherwise, the Surface Pro 7 Plus ships with the same 12.3″ 2736×1824 resolution display, a single Type-C port, a single Type-A port, a 3.5mm audio jack, Microsoft’s Surface Connect port, and a microSDXC card reader in the WiFi-only models (the LTE model swaps this for a nanoSIM card slot).

For security, Microsoft made a couple of other notable changes from the original Surface Pro 7. The new Plus model has a removable SSD for data retention (as previously seen in the Pro X and Laptop 3) and features Windows Enhanced Hardware Security features enabled by default, according to Microsoft. The latter means that the Surface Pro 7 Plus has protections against privilege escalation attacks that target the device’s memory. Called virtualization-based security (VBS) and Hypervisor-protected code integrity (HVCI), these two hardware security features are enabled by default on all Surface Pro 7 Plus devices to isolate memory from the main OS. Both VBS and HVCI are already enabled on Microsoft’s other recent Surface devices, including the Surface Book 3, the Surface Laptop Go, and the Surface Pro X. As noted by BleepingComputer, the Surface Pro 7 Plus also features Secure Boot to check the boot firmware for any signs of tampering, a TPM chip for data encryption, and Windows Hello support for passwordless sign-in.

According to The Verge, Microsoft sees the new Surface Pro 7 Plus as simply an extension of its existing commercially-focused line rather than an entirely new line as was previously rumored. That’s why there aren’t any major external design changes, even though the inside changed substantially to accommodate the removable SSD and create more space for the larger battery. Any significant external design changes — such as to the bezel size — would “require significant change in terms of form factor and compatibility with previous [models]”, according to Microsoft’s Robin Seiler in an interview with The Verge. Thus, if you were hoping to pick one of these up for yourself, you’re better off waiting for the true next-gen model, as the Surface Pro 7 Plus is clearly designed with businesses in mind despite its significant processing and connectivity upgrades.

The new Surface Pro 7 Plus will ship to customers via authorized resellers later this week in the US and is expected to become available in Canada, Australia, New Zealand, the UK, and other European countries soon.

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Qualcomm’s new ultrasonic fingerprint scanner is 1.7x bigger than before

With the launch of the Snapdragon 855 back in 2018, Qualcomm debuted the first-gen Qualcomm 3D Sonic Sensor. The under-display fingerprint sensor solution used ultrasonic waves for biometric authentication, making it more secure and accurate than optical sensors that use light for the same purpose. As a result, many flagship devices, like the Galaxy S10 series, Galaxy Note 10 series, Galaxy S20 series, and the Galaxy Note 20 series, used the 3D Sonic Sensor for biometric authentication. Today, Qualcomm has lifted the covers off of the second-gen 3D Sonic Sensor, which brings significant improvements over the previous model.

The new Qualcomm 3D Sonic Sensor Gen 2 will be available in new sizes that are 77% larger than the first generation and offer 50% faster performance. Thanks to the larger surface area, the second-gen sensor captures 1.7x more biometric data, making it more secure than its predecessor. Due to the larger surface area and faster processing speeds, the second-gen 3D Sonic Sensor will offer users a significantly better experience in upcoming devices.

Qualcomm 3D Sonic Sensor Gen 2

While Qualcomm hasn’t confirmed exactly which device will feature the new 3D Sonic Sensor Gen 2, the company has revealed that devices featuring the sensor will hit the market early this year. Since Samsung has used Qualcomm’s 3D Sonic Sensor on its devices in the past, the company may include the second-gen sensor on its upcoming Galaxy S21 lineup.

It’s worth noting that the 3D Sonic Sensor Gen 2 isn’t the largest ultrasonic fingerprint sensor from the American chipmaker. That title is reserved for the 3D Sonic Max sensor, which was showcased alongside the Snapdragon 865 at the Snapdragon Tech Summit 2019. The sensor offers a recognition area 17x larger than the first-gen 3D Sonic Sensor, making it much larger than the new second-gen variant. Sadly, the 3D Sonic Max sensor is yet to make an appearance on a commercial product.

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