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AT&T Announces Plans to Deliver Nation’s Most Advanced Mobile Broadband Experience

With companies pushing 4G, it’s no surprise that HTC is making sure that their label gets planted on as many devices, on every carrier they can. With that in mind, the company has officially unveiled the brand new HTC Inspire 4G, which, as you can imagine, will be able to access AT&T’s 4G network when it launches a little later this year. HTC managed to focus on more than just the 4G tech, though, and put a few extra features inside for good measure.

The HTC Inspire will be the first device from HTC in North America that will feature HTC’s New Sense User Interface (UI), which will add plenty of features, like more customization, to the proprietary skin over Android 2.2. With the new Sense, you’ll also be able to use GPS to find a lost phone, as well as use cloud services to back up your text messages. There’s an 8MP camera on the back of the device, with a unibody aluminum design for the chassis. Under the hood, you’ll find a 1GHz processor.

Pricing hasn’t been finalized yet, and the release date is tentatively scheduled for some time in the first quarter of 2011.

Press Release

Nation’s Fastest Mobile Broadband Network Getting Faster with 4G; Accelerates LTE network build — to be largely complete by YE 2013. Completes HSPA+ deployment to virtually 100% of network, enabling 4G speeds with expanded backhaul; widens lead in smartphones & devices — 20 4G devices planned for 2011, including industry-leading Android lineup; expands lead in Mobile Apps with new initiatives to speed collaboration, development.

Las Vegas, Nevada, January 05, 2011

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NETWORK: AT&T operates the nation’s fastest mobile broadband network today, and it’s getting faster in 2011 with 4G. AT&T is the only U.S. company committed to delivering 4G using both HSPA+ and LTE technologies – providing a faster and more consistent experience for customers. The company announced plans today to accelerate its LTE network build, to be largely complete by yearend 2013; AT&T plans to begin its launch of LTE service in mid 2011. Additionally, the company said it has completed its deployment of HSPA+ to virtually 100 percent of its mobile broadband network which enables 4G speeds when combined with Ethernet or fiber backhaul. The company is rapidly expanding Ethernet and fiber to cell sites nationwide — adding new cell sites weekly — and by yearend, expects that nearly two-thirds of its mobile broadband traffic will be on expanded backhaul.

Today, AT&T is already seeing 4G speeds on its existing HSPA+ network with enhanced backhaul in areas of key markets. In these areas, AT&T is seeing network speeds up to approximately 6 Mbps** — and expects these speeds will increase as it accelerates its LTE build and further deploys expanded backhaul.

SMARTPHONES & DEVICES: AT&T is the leader in smartphones and devices, and expects to widen that lead in 2011. The company plans to introduce 20 4G devices by the end of the year, some on an exclusive basis. The company today announced a new commitment to deliver an industry-leading Android portfolio, including more than 12 new Android devices in 2011. AT&T expects to offer two 4G smartphones in the first quarter which will join its two existing 4G-compatible laptop cards, available since last fall. AT&T plans to offer five to seven 4G devices in its lineup in the first half of 2011.

APPLICATIONS: AT&T provides its customers access to more mobile applications than any other carrier. In 2011, the company plans to expand its leadership in apps with new initiatives to speed collaboration with apps developers and further open AT&T’s network capabilities to the development community.

Nation’s fastest mobile broadband network getting faster with 4G

Ralph de la Vega, president and CEO of AT&T Mobility and Consumer Markets, said AT&T has the nation’s fastest mobile broadband network today, according to independent expert testing, and its network roadmap will distinguish AT&T as the industry moves towards 4G/LTE technology over the next several years. He spoke at AT&T’s Developer Summit, held annually in conjunction with the 2011 International Consumer Electronic Show (CES) in Las Vegas.

“AT&T is the only U.S. company committed to both HSPA+ and LTE technologies,” said de la Vega. “Today our customers are benefitting as we repeatedly increase speeds on our mobile broadband network. As we accelerate our LTE network build, our customers will have blazing fast LTE speeds and when they go off LTE, they will still have faster mobile broadband speeds with HSPA+ — something our competitors will not be able to match.”

Additional information available at chúng tôi (website available after 10 a.m., PT on Jan. 5)

Industry-leading device portfolio expands with powerful 4G devices

On the device front, de la Vega said AT&T plans to offer 20 4G devices in 2011. In the first half of 2011, AT&T plans to feature a best-in-class portfolio of HSPA+ devices; in the second half of the year, it plans to also add LTE devices, including a leading collection of smartphones, tablets, modems and mobile hotspots.

“Today we are the clear leader when it comes to offering the most extensive line-up of handsets and devices,” he said. “We plan to strengthen our portfolio with powerful 4G devices and a major new commitment to offer an industry-leading portfolio of Android devices.”

“The upcoming lineup of 4G Android smartphones from AT&T is truly cutting-edge,” said Andy Rubin, vice president of Engineering at Google. “These devices coupled with the recent deployment of carrier billing as an Android Market purchase option for AT&T customers

are great examples of AT&T’s commitment to smartphone leadership.”

With over 100,000 applications available in Android Market plus carrier billing, AT&T customers can more easily shop for the latest apps for Android smartphones.

The Motorola ATRIX™ 4G Android 2.2 smartphone will be offered exclusively by AT&T and is the world’s most powerful smartphone. Featuring a 1 GHz dual-core processor, ATRIX 4G delivers a remarkable combination of application processing power, 4G network speed and a high-resolution qHD display. It will be complemented by breakthrough accessories that include a revolutionary, super-thin laptop dock — for which ATRIX 4G is the “engine” — and an HD media dock that uses ATRIX 4G’s HDMI video output capabilities and processing power to enable a revolutionary browsing, application and media experience. For more information, visit chúng tôi (website available after 10 a.m. PT on Jan. 5). This device is slated for launch in the first quarter of 2011, only for AT&T customers.

The Samsung Infuse™ 4G will be the thinnest Android device and feature the largest screen — at 4.5 inches — in AT&T’s smartphone lineup. The device delivers a brilliant display using Samsung’s next-generation Super AMOLED™ Plus technology which features 50% more sub-pixels for better contrast and outdoor readability. The Infuse will be powered by a 1.2 GHz application processor and run the Android 2.2 platform. This device is slated for launch in the second quarter of 2011, only for AT&T customers.

< 4G Tablets – AT&T plans to launch two 4G tablets, including its first LTE tablet, by mid summer. Additional LTE tablets are planned for the second half of 2011.

AT&T’s Mobile Apps Initiatives deepen relationship with developers, speed collaboration, innovation

AT&T also announced that it is building on its leadership in mobile applications by expanding collaboration opportunities with the development community — with a focus on speeding innovation to customers.

A leader in the application development community said AT&T’s strategy makes sense: “AT&T is moving quickly to open its network to developers in unprecedented ways,” said Sam Ramji, vice president of strategy for Apigee. “Our work with AT&T will give developers easy access to network capabilities and billing tools. AT&T’s commitment to working with the developer community makes the company a leading platform for innovators.”

AT&T CTO John Donovan said AT&T, in collaboration with others, is investing $70 million to build three innovation centers worldwide – an effort considered unprecedented in working with the app developer community. He said the first center is planned to open in the first quarter near Dallas. The other two – in Silicon Valley and near Tel Aviv – are slated to open later this year. The centers are designed to foster collaboration and improve project cycle time from idea to market by threefold.

David Christopher, CMO, AT&T Mobility and Consumer Markets, announced plans for a series of apps initiatives including:

A renewed commitment to providing more “Apps for All” by utilizing Brew Mobile Platform on all of its new quick messaging phones – which a sizeable segment of consumers who aren’t ready for smartphones rely on today. AT&T announced plans for the first of these popular devices — the HTC Freestyle, available next month — and said it planned to introduce five additional new quick messaging phones this year. By installing Brew Mobile Platform across quick messaging phones, which traditionally have had operating systems specific to each device maker, developers can write an application once and be able to offer it to all Brew Mobile Platform based phones from AT&T. AT&T also announced that America Movil and Rogers Wireless have agreed to use Brew Mobile Platform, giving developers access to customers throughout the Americas.

*AT&T products and services are provided or offered by subsidiaries and affiliates of AT&T Inc. under the AT&T brand and not by AT&T Inc.

**4G speeds delivered by HSPA+ with enhanced backhaul. Will be available in limited areas. Availability increasing with ongoing backhaul deployment. Actual speeds experience will vary and depend on several factors include device, location, capacity, facilities, and other conditions. Android is a trademark of Google, Inc.

About AT&T

© 2011 AT&T Intellectual Property. All rights reserved. Mobile broadband not available in all areas. AT&T, the AT&T logo and all other marks contained herein are trademarks of AT&T Intellectual Property and/or AT&T affiliated companies. All other marks contained herein are the property of their respective owners.

Cautionary Language Concerning Forward-Looking Statements

Information set forth in this press release contains financial estimates and other forward-looking statements that are subject to risks and uncertainties, and actual results might differ materially. A discussion of factors that may affect future results is contained in AT&T’s filings with the Securities and Exchange Commission. AT&T disclaims any obligation to update and revise statements contained in this news release based on new information or otherwise.

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At&T Lg Thrill 4G (Aka Optimus 3D) And Htc Hd7S With Super Lcd Announced

Pair of 4.3-inch Smartphones For Best-in-Class Portfolio Include the LG Thrill 4G With Glasses-free 3D Experience, in Addition to the HTC HD7S, an Exciting Addition to the Windows Phone Portfolio

DALLAS, March 21, 2011 —

Key Facts

· AT&T* announced two new leading-edge smartphones, the LG Thrill 4G and the HTC HD7S, will be added to the industry’s best portfolio of mobile phones.

· The LG Thrill 4G is the first U.S. smartphone that will feature a “glasses-free” 4.3-inch stereoscopic 3D display plus 4G speed capability on the nation’s fastest mobile broadband network.

· Beyond its 3D screen, the LG Thrill 4G features a dual-core, 1 GHz processor, and a 5-megapixel dual-camera that allows you to shoot and share high definition videos and images in 3D.

· The HTC HD7S adds to the best portfolio of Windows Phones with its 4.3-inch, WVGA, super LCD display, 1 GHz processor and 5-megapixel camera with dual-LED flash.

LG Thrill 4G

The LG Thrill 4G will be exclusive to AT&T customers and reach AT&T stores in the coming months. Running the first dual-core, dual-channel 1 GHz processor in the U.S. and based on the Android 2.2 platform, LG Thrill 4G will be among the first to deliver a glasses-free 3D experience to U.S. customers and will allow users to shoot 3D video and 3D stills with the dual 5-megapixel stereoscopic camera. In addition to apps and games from Android Market, LG Thrill 4G will offer 3D content via the “LG 3D Space,” which houses 3D games, video clips and images for quick, convenient access.

Preloaded with 16 GB of memory (8 GB onboard plus an 8 GB MicroSD card), the LG Thrill 4G will record 3D video at 720p resolution and 2D at 1080p quality. The smartphone will be able to play video back in high definition through the HDMI-out port on the device or stream content wirelessly through DLNA technology.

HTC HD7S

The HTC HD7S will be the largest screen on a Windows Phone from AT&T and will include the latest version of Windows Phone software that offers many new benefits including the ability to copy and paste text. A powerful 1 GHz processor will power the unique Windows Phone experience and any of the more than 10,000 applications available for download or purchase from Windows Marketplace. In addition, with the preloaded U-verse® Mobile application, qualifying AT&T U-verse customers can download and watch hit TV shows on their Windows Phone. Non-U-verse customers can subscribe to U-verse Mobile for $9.99 a month and choose from a broad selection of programming to watch on their Windows Phone. This new AT&T smartphone will be the first HD7 model from HTC in the U.S. with an improved super LCD high resolution display. The HTC HD7S will be available in company-owned AT&T retail locations and online at chúng tôi in the coming weeks.

Quotes

“AT&T customers know that we offer the best lineup of cutting-edge smartphones in the country. Our first 3D phone plus a new, leading Windows Phone underscore our commitment to continue to offer the best,” said Jeff Bradley, senior vice president, Devices, AT&T Mobility and Consumer Markets. “2011 is going to be another landmark year for us with more best-in-class devices.”

AT&T Smartphone Portfolio

The LG Thrill 4G is one of more than 20 4G devices AT&T plans to deliver in 2011. AT&T has completed the deployment of HSPA+ to virtually 100 percent of its mobile broadband network, which enables 4G speeds when combined with Ethernet or fiber backhaul.

4G speeds delivered by HSPA+ with enhanced backhaul. Available in limited areas. Availability increasing with ongoing backhaul deployment. Requires 4G device. Learn more at chúng tôi Actual speeds experienced will vary and depend on several factors, including device, location, capacity, facilities, and other conditions.

Important Information about 3D. Response to viewing 3D content varies by individual. Some viewers may experience discomfort (such as eye strain, eye fatigue, dizziness or nausea) while watching 3D content. If you experience any such symptoms, immediately discontinue use of the 3D function and do not resume until the symptoms have subsided. Viewing 3D content for an extended period of time may increase the likelihood of the above symptoms. Frequent breaks are recommended when using 3D functions. Parents should speak to a physician before allowing children under the age of 5 to view 3D content.

Geographic and service restrictions apply to AT&T U-verse services. Call or go to chúng tôi to see if you qualify. U-verse Mobile: Download and watch capability available for select content and requires select devices, Wi-Fi connection, and qualifying U-verse TV plan or monthly subscription fee. Standard data charges may apply.

Htc One M9 Vs Htc One M8 Comparison

Our Verdict

More of an iterative upgrade than a must-have change. Evolution rather than revolution. The HTC One M9 is an improved version of the already excellent HTC One M8. This will mean both that the cheaper HTC One M8 becomes and even better deal, but also that the HTC One M9 is a good upgrade from its predecessor. HTC’s best ever smartphone: which makes it pretty great.

The HTC One M9 has been announced at MWC 2024. As the first flagship Android phone of 2024 it is a big, big deal. And in our view at least it is a great smartphone.

HTC needs a winner right now, and we think it is the HTC One M9. Should you get an  HTC One M8 or wait for the HTC One M9 Hima? Read on and we will explain, based on our extensive testing of the HTC One M8, and our HTC One M9 review: hands-on with HTC’s best ever smartphone – the headline there may give away what we really feel. (For more, see HTC One M9 UK release date, price, specs rumours.)

HTC One M9 Hima vs HTC One M8 smartphone comparison: UK price and availability

The HTC One M8 is widely available in the UK. At launch, the HTC One M8 cost £550 on a SIM-free basis – but these days you can get it for less. And it is going to go down quickly when the HTC One M9 launches. Right now you can get a good deal on the HTC One M8 here.

If you want an HTC One M8, shop around and you can find this great handset for as little as £400 – £450. The HTC One M9 finally arrived on 1 March 2024, at a lavish launch event. You can relive the excitement here:  New HTC One M9 launch as it happened.

You’ll be able to get your hands on the new HTC One M9 at the very end of the month: it will be released on 31st March. The firm hasn’t announced a price but we expect it it will have a typical flagship price, which is currently around the £549 mark. We’ll update this article when retailers reveal their prices. (See also:

So today your only choice is the HTC One M8. But hang around for a few weeks and you will have a choice of that phone for a very cheap price, or the HTC One M9, which will be widely available.

HTC One M9 Hima vs HTC One M8 smartphone comparison: design and build

The HTC One M8 has a uni-body aluminium design. It measures 146.4 x 70.6 x 9.4mm and weighs 160g. Relatively large for a 2014 flagship, it doesn’t feel too large in the hand. Of all the Androids the HTC One M8 is the only one that feels like an iPhone-like premium smartphone. Ergonomic, but also sturdy. This is important because, as well as feeling like a device which has been carefully designed and put together, it doesn’t feel overly delicate.

There is a case for the HTC One M8, but we doubt you would need it. From launch, the M8 itself is available in three different colours. The most popular is likely to be ‘Metal Grey’ but there’s also ‘Artic Silver’ and ‘Amber Gold’.

The HTC One M9 has been criticised for looking too similar to its predecessor. This seems harsh – as described above the HTC One M8 is beautiful. Why change?

It’s made from a similar metal block to that of the M8 and uses the same curved shape and hairline finish while using angular features from the HTC One M7 (the original HTC One). New features in the design include a scratch-resistant coating, machine drilled buttons, and a sapphire glass lens on the rear camera. The power button is now on the side instead of the top which we think is a much better place for it.

Colour options are similar but HTC has employed a new two-tone look with the back and sides getting contrasting adonisation. In our photos you can see the rear cover has a silver finish while the sides are gold. If this model doesn’t float your boat then there will also be ‘gold on gold’ and ‘gun metal grey on grey’.

The HTC One M9 is a very desirable smartphone when held in the hand. It fits nicely and like the M8, is one of the only phones on the market to compete with the iPhone on build quality. It screams of craftsmanship but the stepped design might not be to everyone’s taste as at certain angles it looks like a case.

We were hoping for a thinner and lighter design and although the device is slightly lighter than its predecessor, it’s marginally thicker. Overall it is an improvement on the HTC One M8, but only a marginal step forward. We wouldn’t upgrade just for this. (See also: 16 best new phones coming in 2024.)

HTC One M9 Hima vs HTC One M8 smartphone comparison: display

HTC has given the One M8 a 5in display – that’s actually a little on the small side in the current big beasts phablet market, but we found it a great size in a well-sized handset. The screen’s resolution is a ‘mere’ Full HD (1920×1080). This gives a more than healthy pixel density of 441ppi. The HTC One’s display is crisp, vibrant and looks stunning. We like the contrast ratio and viewing angles.

One thing we particularly like about the M8’s screen is its silky gloss finish which, more than other phones, means your finger glides brilliantly across its surface. It’s just another detail which makes this phone feel so premium. With the HTC One M9, HTC has decided to stick with a 5in screen for the M9 and has also kept the resolution at Full HD (1080 x 1920). As with the design, there’s no upgrade here because there doesn’t need to be (but that cheaper HTC One M8 is looking like a bargain right now). 

HTC One M9 Hima vs HTC One M8 smartphone comparison: specs and performance

The M8 runs the Qualcomm Snapdragon 801 processor. In this case the 801 quad-core chip has a slightly lower than average clock speed of 2.3GHz. And there is ‘only’ 2GB of memory. The HTC One M8 continues to offer outstanding performance, and around 24 hours of battery life with reasonable use.

Fast forrward ot the HTC One M9 and memory has been boosted by 50 percent to 3 GB and there’s a new processor in the form of Qualcomm’s Snapdragon 810 which is both octa-core and 64-bit. It comes with the Adreno 430 GPU. We’ll test performance properly when we get to spend a lot of time with a final unit, but signs look promising based on our hands-on time. This is a very fast phone, and it should be faster and more future-proofed than is the HTC One M8. (Also see:  what’s the fastest smartphone 2024.)

Wireless setup remains strong with 11ac dual-band Wi-Fi, Bluetooth 4.0 with aptX, NFC and an IR blaster. If you were hoping for any new features such as a fingerprint scanner or heart rate monitor then it’s bad news.

Mysteriously, even before launch the HTC One M9 showed up in the Geekbench 3.0 database, a benchmark we use to compare smartphone- and tablet processing power. According to the database the HTC One M9 recorded 1232 points in the single-core component, and 3,587 points in multicore. If true, that would make the HTC One M9 faster than any smartphone we’ve ever reviewed. Whether you need a faster smartphone is another question, but expect good progress in this space.

If speed is your thing, the HTC One M9 is a worthy upgrade.

HTC One M9 Hima vs HTC One M8 smartphone comparison: storage

The HTC One M8 comes with only 16GB onboard storage. You will need more storage than that, and you can add it: there is an SD card slot that allows you to mount an additional 128GB.

With the HTC One M9 you get 32GB of internal storage and an SD card slot capable of accepting up to 128 GB cards. Minor improvement here, then.

HTC One M9 Hima vs HTC One M8 smartphone comparison: cameras

With its recent cameras HTC has eschewed the megapixels arms race. And that is probably a good thing. The HTC One M8 has a HTC UltraPixel Duo Camera including a 5Mp front camera with wide angle lens. There isn’t as much detail in photos compared to the M8’s rivals but because its pixels are bigger the phone is better suited to low-light situations. The dual-focus feature is interesting and fun. Sadly video quality is poor.

The HTC One M9 no longer has the Duo Camera setup consisting of two camera lenses. Instead, HTC has gone for a 20 Mp rear camera with the same dual-LED flash.

It is difficult to be truly sure at this stage, but the hardware- and software improvements made in the HTC One M9 suggest that it will be a much better camera.

HTC One M9 Hima vs HTC One M8 smartphone comparison: software

The HTC One M8 runs Android KitKat. HTC’s BlinkFeed feature is more in your face than a standard Android install, but remains beloved by some. Sense 6.0 brought with it some new features, including on-screen buttons, full-screen mode, and Motion Launch Gestures. There are other minor tweaks, but customisation has been improved with the ability to select different theme. In a similar way to other phones which use themes, a wallpaper is tied in with a particular colour which is then used throughout the software such as the settings menu. We haven’t tried this out yet but you can also choose a different system font to create a very different look and feel.

As you would expect, the HTC One M9 runs on Android 5.0 Lollipop which is the latest version. However, HTC doesn’t leave it as is so puts its own skin or user interface over the top. The M9 introduces Sense 7.0 which has some new features.

HTC largely does things its own way with BlinkFeed to the left of the main homescreen, a grid view recent apps menu and a vertically scrolling app menu. However, the stock dropdown notification bar is in use (with some HTC style added) and the good news is that you can customise which quick settings you want.

Talking of customisation, this is the main emphasis of Sense 7.0 so there’s a new Themes app where you can download various user interface themes. However, you can edit details yourself such as icon styles and fonts. The software will also generate a theme for you based on a photo.

We’ve already mentioned HTC Connect and One Gallery in relation to audio and photo and another new feature is called HTC Home. It’s another thing which we’ve not been able to test but it sounds great. The software is location aware so you can use a different lock- and homescreens depending on where you are.

For example, when at work you’ll get icons for your email and calendar and these will automatically get replaced with a remote control app and Facebook when you get home. You can select what you want for each layout but suggestions will be made based on your habits. (See also:

The upgrade to Lollipop alone is a reason for me to want to upgrade the handset. But those HTC Sense developments are well worth having too.

Specs HTC One (M8): Specs

5 inch, Full HD 1080p, 441 PPI

Qualcomm Snapdragon 801, quad-core, 2.3GHz

Android 4.4 KitKat with HTC Sense 6.0, HTC BlinkFeed

16GB, available capacity around 10GB

microSD (up to 128GB)

2 GB DDR2 RAM

Internal GPS antenna + GLONASS, Digital compass

Gyro sensor, Accelerometer, Proximity sensor, Ambient light sensor, barometer

3.5mm stereo audio jack

NFC

Bluetooth 4.0 with aptX

dual-band Wi-Fi up to 11ac

micro-USB 2.0 (5-pin) port with mobile high-definition video link (MHL)

Infrared

HTC BoomSound – Dual front stereo speakers with built-in amplifiers

HTC UltraPixel Duo Camera

5Mp front camera with wide angle lens

146.4 x 70.6 x 9.4mm

160g

Htc One E9+ Vs Htc One M9+ Comparison

Our Verdict

On the specs alone the HTC One M9+ is clearly the better phone in this comparison, and its higher price attests to that. We’re drawn to the M9+ because it is the M9 we wanted to see unveiled at MWC, with a Quad HD screen and fingerprint scanner. But as a cheaper alternative, the plastic E9+ is a nice option with a larger screen. Now let’s just hope we can get hold of them in the UK.

We were expecting great things from the HTC One M9, but it’s not a massive upgrade over the HTC One M8. Soon after its release HTC in China unveiled two new versions of the One M9 – the HTC One E9+ and HTC One M9+ – and these were the Ones we were waiting for. We find out how the M9 spin-off phones compare in our HTC One E9+ vs HTC One M9+ comparison.

Please note that in this review we are merely comparing the specifications and explaining the difference between these phones. Before you buy either you should check out full, in-depth reviews. See all Android phone reviews. 

HTC One E9+ vs HTC One M9+: Price and UK availability

Neither the HTC One E9+ or HTC One M9+ are officially available to buy in the UK. The HTC One E9+ is available from HTC’s Chinese store for 3,299 Yuan (£344.95), while you can pre-order the HTC One M9+ for 4,299 Yuan (£522.55). That makes it cheaper than the £569 HTC One M9, but bear in mind that if you import it from China you will also have to pay import duty. Also see:  Best phones 2024 and  best Android phones 2024. 

buying grey-market tech. 

HTC One E9+ vs HTC One M9+: Design and build

HTC’s familiar One-series design with front-facing BoomSound speakers is seen in both the E9+ and M9+. In common with the standard M9 the M9+ has a unibody metal chassis, but here adds a fingerprint scanner that is built into the Home button. The E9+ has a plastic design, which helps to bring down the price. 

Both these variants are fitted with Quad HD displays, unlike the full-HD M9. The M9+ has a 5.2in panel, and therefore a higher pixel density than the 5.5in E9+ phablet (565ppi vs 534ppi). It’s unlikely you’ll be able to notice a difference, and both screens will be astonishingly sharp. Also see:  Best phablets 2024.  

With its bigger screen its no surprise that the E9+ is the larger of these two phones at 156.5×76.5mm against the M9+’s 150.99×71.99mm. Yet the M9+ is chunkier – 9.61mm against the E9+’s 7.54mm. It’s also heavier – 168g vs 150g. 

HTC One E9+ vs HTC One M9+: Hardware

Both HTC One E9+ and HTC One M9+ are fitted with 3GB of RAM and 32GB of storage, which can be expanded via microSD up to 128GB. They are also both fitted with 64-bit octa-core chips – the E9+ with a MediaTek MT6795M and the M9+ with the 2.2GHz MediaTek Helio X10. Also see:  What’s the fastest smartphone 2024. 

The battery capacity is almost identical, with the M9+ taking a 40mAh lead over the E9+ with 2840mAh against its 2800mAh. Which will last longer is impossible to judge without thorough testing. 

HTC One E9+ vs HTC One M9+: Connectivity

Expect the same things you’ll find in the standard M9 on the connectivity front, including dual-band 802.11ac Wi-Fi, Bluetooth 4.1, GPS and NFC. However, both these 4G LTE variants are also dual-SIM, accepting two nano SIMs.  Both are dual-standby dual-SIM phones, for more details on what that means see our  best dual-SIM phones 2024. As we mentioned earlier, the M9+ also has a fingerprint sensor. See all  smartphone reviews. 

HTC One E9+ vs HTC One M9+: Cameras

The camera setup is a key difference on these phones. The HTC One M9+ matches the HTC One M9 with a 20Mp camera and dual-tone LED flash at the back, adding a secondary sensor for depth. Meanwhile the E9+ has a single 20Mp camera and single LED flash at the rear. 

At the front, as with the HTC One M9, the M9+ has an UltraPixel camera, which is the same as that found at the rear of the HTC One M8 with f/2.0 aperture and 26.8mm super-wide-angle lens. The E9+ has a 13Mp front camera with f/2.0 aperture and a 26.2mm super-wide-angle lens. Also see:  Best selfie phones 2024. 

HTC One E9+ vs HTC One M9+: Software

Expect to find identical software in these two HTC One M9 variants, with both running Android Lollipop with the HTC Sense 7.0 UI. 

New features of Sense 7.0 include greater customisability with themes and Sense Home which dynamically changes which app icons are shown base on whether you’re at home, work or on the go. 

HTC One E9+ vs HTC One M9+: Verdict

On the specs alone the HTC One M9+ is clearly the better phone in this comparison, and its higher price attests to that. We’re drawn to the M9+ because it is the M9 we wanted to see unveiled at MWC, with a Quad HD screen and fingerprint scanner. But as a cheaper alternative, the plastic E9+ is a nice option with a larger screen. Now let’s just hope we can get hold of them in the UK.

Read next:  Best new phones coming in 2024.

Follow Marie Brewis on Twitter.

Sprint’s Evo 4G In 4G Country (Washington State): Not So Fast

So when I got my hands on the phone, my first thought was to see what the device could do in 4G country–cities where Sprint’s partner, Clearwire, has had its 4G WiMax network up and running for a good while. So I flew up to the Pacific Northwest with the EVO 4G to try it out in six 4G cities on Clearwire’s WiMax network.

On Day One, last Thursday (May 27), I checked out 4G on the EVO in four northwestern Washington cities: Tacoma, Seattle, Snohomish, and Bellingham. In this article, I’ll give you my impressions of how the phone and the network performed in those cities. On Friday, May 28, I sampled the 4G service in Portland, Oregon, and Salem, Oregon. Tomorrow, in the second part of this story, I’ll discuss the results of those tests.

Day One

Though I was impressed with the general reliability of the 4G service in the four Washington cities I tested–that is, my ability to connect with the network from almost all testing locations–I can’t say the service was fast enough to turn the EVO 4G into a game-changing, eye-opening, revolutionary communications device.

Sprint says the EVO 4G phone will connect with average download speeds of between 3 megabits per second (mbps) and 6 mbps, and adds that EVO 4G users may see speed bursts of up to 10 mbps. In my tests, the EVO usually connected at around 2.5 mbps–nothing special when compared with the speeds of AT&T’s HSPA 7.2 network and T-Mobile’s rapidly spreading HSPA+ 3G network–and I never encountered those 10-mbps bursts of speed that Sprint talks about. In fact, in two days of use, the EVO never broke the 3-mbps mark.

How I Tested

My tests of mobile apps running on 4G were not scientific in any formal sense. I simply tracked the EVO 4G’s performance on various 4G networks over two days of driving around, and noted my thoughts about that performance versus some of the other networks and devices I’ve tested in the past. Testing wireless networks is a hit-or-miss proposition to begin with: Performance depends on such factors as buildings and other obstructions in the vicinity, the weather, and the number of other users on the network at the time of the test.

In the smaller cities of Snohomish and Bellingham, I performed a single set of tests at each city’s center. In Tacoma, I tested from two locations; and in Seattle, from four locations.

The Apps

Qik comes preinstalled on the EVO 4G and is designed to facilitate the phone’s videoconferencing function. Since I couldn’t test videoconferencing with another EVO on the 4G network, I created a live stream with the EVO and then monitored it with my 4G-connected laptop, recording the time the live stream took to show up on the laptop, the time delay between the live recording on the phone and broadcast on the laptop, and the audio and video quality of the stream. In this way I could gauge how quickly the live video was uploading to the Qik server and then downloading for playback on the laptop.

I used a YouTube high-quality Web video to test video downlink performance on the EVO 4G. Using the same HQ movie file for each test, I noted the video’s load time, clarity and sharpness, audio/video synchronization, and pixelation and other artifacts.

Layar is a location-based service that superimposes various kinds of data over the real-world image you seen through the smartphone camera. I usually searched either for nearby eateries or for nearby Twitter tweets during my tests, noting how quickly the app retrieved detailed information about restaurants and tweets nearby.

Tacoma

I parked my car in downtown Tacoma, Washington, and set up shop in a Starbucks in the ground floor of a city office building there. I had a little trouble getting the phone to connect with the 4G network, but after I stepped outside and played with the EVO’s wireless settings a little, the 4G symbol appeared on the screen. Next, I drove down by the water at the Port of Tacoma and parked in a small strip mall across the street from the docks–and picked up 4G immediately, on both the EVO 4G phone and the Sprint Overdrive hotspot that I used to connect my laptop.

In downtown Tacoma, the YouTube HQ video took perhaps 5 seconds to load. When it did the picture contained some rather large, square-shaped artifacting, and the sound and video did not seem to be synced perfectly. At the port, the video looked better: The artifacting was smaller and less widespread, and the syncing issue I noticed downtown seemed to have disappeared. The video still didn’t look like high-quality, high-definition video, but it was certainly watchable.

Testing the Qik app, I initiated a live stream from the EVO and waited for the stream to display at the Qik site running in a browser on my laptop. And waited. After a few minutes I gave up. The stream may have been uploading to the Qik servers from the phone, but it was not making the return trip down through the 4G network to the Sprint Overdrive hotspot. The same thing happened when I tried initiating a stream from across town at the Port of Tacoma. The phone appeared to be shooting and sending a stream, but I couldn’t monitor it on the laptop.

When I used the Layar augmented reality app in downtown Tacoma to detect eateries nearby, results populated the screen quickly, but surprisingly few little hamburger-and-French-fries symbols (used to signify restaurants in the area) showed up on the screen.

At the Port of Tacoma, the 4G-connected Layar app quickly detected the two or three restaurants in the small strip mall in back of me. Using the app to detect tweets being sent by people in the area, I didn’t come up with much–evidently, dockworkers and fry cooks don’t tweet much.

So far, I was not very impressed by 4G. On to Seattle.

Seattle

I tested my set of three apps at four locations in Seattle: near the Space Needle, in the central business district (tall buildings), at the edge of Lake Union, and at the University of Washington campus. At the Space Needle and Lake Union locations, I had trouble keeping the EVO phone connected to the 4G network consistently. I sometimes succeeded in reconnecting with 4G by manually instructing the phone in its settings menu to reconnect–a trick that seemed to work best outside–but in other cases the phone, after having lapsed into 3G mode, could not reconnect with 4G.

In all Seattle locations, however, I could test the YouTube HQ video in 4G mode. The video continued to look watchable by Internet video standards, but it still contained some pixelation and didn’t move in the fluid way that you see in true high-def video. In my first two testing locations in downtown Seattle, the video showed smaller pixelation and less jitter than it did from my Union Lake and University of Washington locations. The video I watched looked somewhat better at all four of my Seattle locations than it did at either of my Tacoma locations earlier in the day.

I had a hard time with the Qik live video app in all four of my Seattle testing spots. I noted a delay of at least 5 seconds between the initiation of the recording on the phone and the display of the video at the Qik site running in a browser on my laptop. And after the video started playing in the laptop, it often stalled a few seconds later. Once it began running again, the delay between the live stream and what I saw on the laptop was significant–usually 7 to 10 seconds but sometimes as much as 20 seconds. With performance like that, I have to wonder how well videoconferencing among smartphones connected on the 4G network will work.

The Layar app worked very well in Seattle, immediately detecting and displaying information about numerous food places in my testing areas. I could also detect and display the tweets of nearby Twitter users, but in most locations their profile pictures failed to register and overlay on the horizon (as viewed through the camera of the EVO phone). On the University of Washington campus, however, the Layar app was truly impressive. The app immediately registered perhaps 50 tweets in the general area, and immediately displayed the profile pics of the tweeters superimposed on their locations on campus.

Snohomish

After driving through the countryside north of Seattle for about 40 miles, I arrived in the quiet little burg of Snohomish on the bank of the Snohomish River. After sitting down at a restaurant on First Street (the main drag), I was disappointed to find that I couldn’t establish a 4G connection on the EVO phone. After trying a few times while standing out in the middle of First Street, I managed to get 4G for just long enough to test some apps, but the connection seemed extremely tenuous.

Even when the EVO connected to 4G, the performance of the apps made it seem as though I were connected to a 3G signal–and not a very good one. Watching the YouTube HQ video out in the street, I saw a lot of pixelation and jitter, especially in moments of high motion in the video. The Layar app was able to detect some of the eateries around, but it took some time to display their locations overlaid on the EVO camera’s view.

I had to take the phone back into the restaurant to try out the Qik live video streaming service, so that I could monitor the stream on my laptop. The phone immediately switched back to 3G mode, but my laptop maintained a steady 4G connection via the Sprint Overdrive mobile hotspot. The “live” video stream I shot with the EVO phone showed up (after a few fits and starts) on my laptop about 15 seconds after it was captured. Can you imagine trying to videoconference with someone who sees your mouth move 15 seconds after you’ve said something?

Bellingham

Another 60 miles farther north in Bellingham, Washington, I drove straight to the Bellingham Public Market in the city center to have a latte and to look for 4G. As in Snohomish an hour before, I found that keeping a solid connection to the 4G network was a bit of a challenge. Inside the market, the phone was stuck in 3G mode and couldn’t make a 4G connection automatically or after I tried to connect manually in the phone’s wireless network settings.

After taking a seat by the window at the front of the market, however, I was able to connect to 4G. Still, the YouTube HQ video contained some large square-shaped artifacting and appeared a little jittery. Using Qik, the live video stream I shot from the phone again took about 15 seconds to display at the Website on my 4G-connected laptop, so the stream could hardly be called “live.”

On the other hand, the Layar application worked well in Bellingham. The app detected and overlaid the locations of both restaurants and a few tweets in the area, after searching for just a few seconds.

Day-One Conclusions

My general impression of 4G service, in the state of Washington at least, is that the service will make the apps you already use run marginally better and faster, but it won’t make possible a whole new class of high-bandwidth mobile apps. Not yet, anyway.

Stay tuned for the rest of my EVO 4G impressions tomorrow.

Fitbit Launches Sense 2, Versa 4, And Inspire 3, All Available For Pre

Kris Carlon / Android Authority

Fitbit Sense 2

TL;DR

The Fitbit Sense 2 and Versa 4 are the latest smartwatches from Fitbit. Both feature numerous upgrades.

Meanwhile, the upgraded Fitbit Inspire 3 has a color touch screen, an SpO2 sensor, and more for a low price.

All three wearables are available for pre-order today for a Fall launch.

Today, Fitbit is officially taking the wraps off three new wearable devices. Two of the devices are traditional smartwatches with upgraded hardware, software, and builds compared to their 2023 counterparts. Meanwhile, another is a fitness tracker that might just become the best value Fitbit to get.

The Fitbit Sense 2 is at the top of the heap. It is now the best Fitbit available. Meanwhile, the Versa 4 removes a few features from the Sense to offer a cheaper alternative. Finally, the Inspire 3 is the fitness tracker, which has tons of upgrades compared to the Inspire 2 but keeps the low price.

The Fitbit Sense 2 is now the best wearable Fitbit offers.

However, taking EDA readings won’t be as much of a burden as they were on the original Sense. Now, cEDA (continuous electrodermal activity) readings can happen in the background all day. This will be part of Fitbit’s new Body Response feature. Essentially, the all-day EDA scanner — in tandem with the heart rate monitor, skin temperature monitor, and other sensors — will keep an eye on your emotional state. When it notices a big shift in readings, it will notify you. “Hey, I noticed you’re feeling differently right now. What’s up?” it might say. Then, you can tell it that you’re worried, excited, angry, etc. The watch (or Fitbit app) can then tell you some tips on how to deal with whatever you’re going through at the moment.

Finally, in some of the most exciting news related to the Fitbit Sense 2, the watch will gain access to Google Maps and Google Wallet by the end of the year.

The Fitbit Sense 2 will cost $299. It includes six months of Fitbit Premium for free for new and existing subscribers.

Fitbit Versa 4

Kris Carlon / Android Authority

As with the 2023 launches of the Fitbit Sense and Versa 3, the Fitbit Versa 4 is just a watered-down version of the Sense 2. It has a similar look and design — including the new physical button — but it sacrifices some of the high-end features to keep the price lower.

Notably, the Versa 4 does not support ECG, EDA, or cEDA readings. That means the Body Response feature will not land on the Versa 4.

However, it will support all the features found on the Versa 3 with some extras thrown in. It will support Google Maps and Google Wallet when they come around. The Versa 3 also features 20 new exercise modes, including HIIT, dance, and weight-lifting. Sleep tracking is also available along with Sleep Profile for Fitbit Premium subscribers.

Fitbit Inspire 3

Kris Carlon / Android Authority

Last but not least, we have the Fitbit Inspire 3. This is a wholly reworked Inspire with a full-color touchscreen. It does all the basics: heart rate tracking, sleep tracking, fitness tracking, and even SpO2 monitoring. Smartphone notifications are supported and it can get up to 10 days of battery life.

All these upgrades don’t affect the price either. The Fitbit Inspire 3 is landing at the same $99 price as its predecessor. This will likely make the Inspire 3 the best value Fitbit available, if not the best Fitbit in general for most people.

The Inspire 3 will also come with six free months of Fitbit Premium whether you’re new or already in the program.

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