Qualcomm today announced the Snapdragon 450 Platform, a new entry in its mid-tier range of processors for high-volume devices. The Snapdragon 450 is the first 400 series chip to make use of Qualcomm's 14nm process, which provides it with noticeable performance and efficiency gains over earlier chips. For example, Qualcomm says the 450 delivers four more hours of battery life when compared to the Snapdragon 435, and 25% faster CPU and graphics performance thanks to the paired Adreno 506 GPU. The Snapdragon 450 uses eight 64-bit ARM Cortex A53 cores clocked at up to 1.8 GHz. Qualcomm said market timing and availability prevented it from selecting ARM's newer A55 core for the 450. The CPU and GPU improvement deliver an average 10-15% reduced launch latency for mobile apps, quicker 3D graphics rendering, and full HD+ playback on smartphone displays. The Snapdragon 450 supports Qualcomm's X9 modem (Cat 6 LTE), which translates to download speeds up to 300 Mbps with 2x20 carrier aggregation and 64QAM. The improved Hexagon DSP and Aqstic Audio processing make the Snapdragon 450 a better option for media-focused handsets. For example, the 450 can support up to two 13-megapixel cameras for bokeh effects and real-time exposure/color measurements, or a single camera up to 21 megapixels. Video capture has been improved to 1080p at up to 60 frames per second, and the 450 allows for audio zoom when the camcorder is zoomed in. The Hexagon DSP also makes it possible for phones with the Snapdragon 450 to support iris-based biometric authentication — a first for the Snapdragon 400 family. Other features supported by the Snapdragon 450 include Quick Charge 3.0, advanced power management, fingerprint sensors, high-quality audio codecs, and powerful speaker amplifiers. Qualcomm said the Snapdragon 450 Platform will begin sampling during the third quarter and it expects the processor to reach consumer devices before the end of the year.
Qualcomm today announced the Snapdragon Wear 1200 Platform, a new system-on-a-chip that is meant for personal fitness and tracking devices more so than smartwatches. The 1200 consumes just 79 square millimeters of space and relies on a 1.3 GHz ARM Cortex A7 processor core with an integrated Cat-M1, NB1, and eGPRS multi-mode modem. The platform supports VoLTE, multiple global positioning systems, as well as Bluetooth 4.2 and 802.11ac WiFi for connectivity. Qualcomm claims the Wear 1200 Platform is 45% smaller than previous designs and accommodates up to 10 days of battery life even when connected to LTE. The Wear 1200 Platform is ideal for targeted kid, pet, elderly, and fitness trackers, according to Qualcomm, thanks to geofencing support and the extended battery life. The SoC can run Linux or RTOS operating systems, but nothing like Android Wear. The Snapdragon Wear 1200 Platform is in production and shipping today.
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Qualcomm today announced its next-generation fingerprint sensors for displays, metal, and glass. Qualcomm says it created the new sensors for today's demanding mobile designs, which are moving towards bezel-less, glass-and-metal hardware. All three new sensors work on waterproof hardware and the ultrasonic sensors can "see" through water and oil for underwater wake-and-authenticate. The new fingerprint sensors can detect heartbeats and blood flow, which help support finger swipes for directional gestures. The Display fingerprint sensor works through OLED displays up to 1200 μm thick, supporting ultrasonic wake-up and authentication. The Glass fingerprint sensor works through displays and/or glass surfaces up to 800 μm thick with capacitive wake-up and authentication. The Metal & Glass sensor supports ultrasonic wake-up through glass as thick as 800 μm and aluminum as thick as 650 μm. This last sensor may not support authentication (fingerprint locks), but it can still be used to wake devices up as well as interact with on-screen elements via swiping finger gestures. Qualcomm said these sensors were designed with the Snapdragon 630 and 660 processors in mind, though they will work with most Snapdragon 800, 600, and 400 series mobile platforms. The three sensors are expected to sample starting in July, with the first devices arriving during the first half of 2018.
Google today expanded the availability of Project Fi to its G Suite customers. G Suite users are those associated with businesses and use Google's email, calendar, contacts, and other products through their employer. Until today Project Fi has been available to individual users and families or other small groups, but moving forward G Suite customers can sign up for the monthly wireless service. Google says Project Fi is still limited to just six users per group plan, so it is not a viable option for medium or large enterprises. Google said Project Fi will be available to all G Suite users in the U.S. within the next few weeks. Project Fi relies on WiFi and LTE service from Sprint, T-Mobile, and U.S. Cellular to find the strongest/best signal. Project Fi only charges customers for data they use, rather than a large bucket. Plans start at $30 per month for talk, text, and 1 GB of data. A Pixel or Nexus Android smartphone is required.
AT&T today said it has kicked off a second trial of mmWave technology in Austin, providing fixed wireless broadband to consumers and businesses alike with speeds up to 1 Gbps. AT&T is testing a handful of applications and services. For example, AT&T is allowing DirecTV Now customers to stream live television over this "5G" connection using Ericsson's 5G RAN and Intel's 5G Mobile Trial Platform. AT&T had previously made it possible to stream DirecTV Now via mmWave in its Middletown, N.J., laboratory. AT&T expects the trial will last for several months. AT&T didn't say what spectrum it is using to conduct this trial, nor what consumer equipment. The mmWave technology is just one of many candidate 5G technologies being considered by the 3GPP and ITU. The 5G standard has not yet been technically defined by the international community, but that hasn't stopped carriers and telecom equipment manufacturers from forging ahead. The goal with tests such as this is to make enough technical progress so AT&T can contribute to the final 5G spec and get a jump on deployment. AT&T says it expects to "deliver 5G speeds as early as late 2018."
Amazon today added a handful of handsets to is lineup of discounted Prime Exclusive devices. The Prime Exclusive program offers phones at lower prices so long as you subscribe to Amazon Prime (which costs $100 per year) and are willing to view advertisements on the lock screen of your smartphone. The new additions include the Nokia 6, which is discounted to $180; the Alcatel Idol 5S, which is discounted to $200; the Alcatel A50, which is discounted to $100; the Alcatel A30 Plus, which is discounted to $80; and the Motorola Moto E4, which is discounted to $100. All the phones can be preordered starting today. The E4 ships June 30 and the rest ship July 10.
Alcatel today announced the A30 Plus, an improved version of the A30 we saw earlier this year. This entry-level Android handset includes a 5.5-inch 720p HD screen (up from 5.0 inches) and a 1.5 GHz quad-core MediaTek processor (up from 1.1 GHz) with 2 GB of RAM and 16 GB of storage. The phone supports memory cards up to 32 GB. The main camera has a 13-megapixel sensor (up from 8mp) with time-lapse recording while the front camera has a 5-megapixel sensor. Alcatel says the phone's larger 3,000mAh battery (up from 2,460mAh) provides all-day life. The phone runs Android 7 Nougat and is sold with LTE for AT&T and T-Mobile via Bands 2, 4, 5, 7, 12, 13, and 17. Alcatel is selling the phone for $130, but it is also available via Amazon's Prime Exclusive program for $80. The Prime version requires owners to view ads on the lock screen. The Alcatel A30 Plus ships July 10.
Alcatel today followed through on its promise to bring the A5 LED to the U.S., though it has changed the phone's name to simply the Alcatel A50. The phone, first revealed in February, is compatible with a handful of modular accessories, the most significant of which features an LED-covere panel that can blink a few dozen LEDs with color. The LEDs can be used to serve as notifications for incoming calls, messages, or alarms. The included Color Catching 2.0 app lets owners create unique LED patterns and themes. Last, the LEDs can provide a light show when listening to music. Other modular accessories include a snap-on stereo speaker and a snap-on battery pack. These are sold separately. The A50 has a quad-core MediaTek processor with 2 GB of RAM, 5.2-inch HD screen, 13-megapixel main camera, and a 5-megapixel selfie camera with Face Beauty software. Other specs include Bluetooth, FM, GPS, and WiFi radios, and a 2,800mAh battery. It runs Android 7. LTE support is limited to Bands 2, 4, 5, 7, and 12, which makes it moderately compatible with AT&T and T-Mobile. The phone costs $150, or $190 with the LED rear cover. The phone is being distributed through the Amazon Prime Exclusive program for $100, or $130 with the LED rear cover. The Prime Exclusive program requires owners to view ads on the lock screen. The Alcatel A50 ships July 10.
Alcatel today marked the debut of the Idol 5S, the latest in its flagship series. Like its predecessors, the 5S features an aluminum frame, curved glass front and rear surfaces, powerful stereo speakers, and a rear-mounted fingerprint reader. The phone has a 5.2-inch full HD screen and it is powered by the Snapdragon 625 processor with 3 GB of RAM and 32 GB of storage. As for photography, the Idol 5S includes a 12-megapixel main camera with two-tone flash, and f/2.0 aperture. The front camera has an 8-megapixel sensor and f/2.0 aperture. Both cameras can shoot full HD video. The stereo speakers are backed by 3.6W amplifiers and the Idol 5S includes dual microphones to help reduce noise when capturing audio. Other features include Bluetooth, GPS, and WiFi; USB-C and a 3.5mm headphone jack; and a 2,620mAh battery. LTE support for U.S. carriers is very good, as it includes Bands 1, 2, 3, 4, 5, 7, 12, 13, 17, 25, 26, 66, and 41. Alcatel said the phone will be compatible with AT&T/Cricket and T-Mobile/MetroPCS at launch, with Sprint and Verizon to follow later this summer through a software update. The Alcatel Idol 5S runs Android 7.1 Nougat and includes the Google Assistant. The device costs $280 when purchased from Alcatel, but can be picked up for $200 through Amazon Prime Exclusives. The Amazon price requires users to view ads on the lock screen. The phone ships July 10.
Huawei today provided an in-depth look at the Honor 9, the top handset for its Honor brand. The Honor 9 picks up where the Honor 8 left off last year thanks to its curved glass and aluminum frame. The phone has a polished, mirror-like finish that resembles that of the new HTC U11. The phone comes in blue ice, glacier gray, and midnight black. The Honor 9 has a 5.15-inch full HD display and it is powered by Huawei's Kirin 960 processor with 4 or 6 GB of RAM and 64 GB of storage. Like some other Huawei handsets, the Honor 9 features a dual camera array on the rear. The main rear camera has a 12-megapixel sensor and it is aided by a secondary 20-megapixel sensor to help with contrast and exposure; the higher-resolution sensor also provides 2x zoom. The user-facing camera has an 8-megapixel sensor. The phone can capture up to 4K video. The Honor 9 includes standard connectivity options, such as Bluetooth, GPS, NFC, and WiFi. Other features include USB-C, 3.5mm headset jack, fingerprint sensor, and a 3,200mAh battery. The phone runs Android 7 with Huawei's EMUI 5.1 on board. As for LTE, the phone supports a limited number of LTE bands, including 1, 3, 5, 7, 8, 20, 38, 40, and 41. This means it will not be able to access LTE service on most U.S. carriers. The Honor 9 goes on sale in Europe this summer.
T-Mobile today said it, too, has successfully tested LTE-LAA in real-world trials. The company claims its LTE-LAA tests reached 741 Mbps in and around Los Angeles. Like the recent tests conducted by AT&T, T-Mobile's use of LTE-LAA combines airwaves that it owns along with unlicensed spectrum to push speeds upward. T-Mobile says it was able to aggregate 80 MHz between licensed and unlicensed spectrum in its trials to attain the 741 Mbps download rate. More importantly for the short term, T-Mobile has deployed LTE-U in some markets. LTE-U relies on public 5 GHz spectrum (same as WiFi) along with advanced network technologies including carrier aggregation, 256 QAM, and 4x4 MIMO to boost LTE performance. T-Mobile is offering LTE-U in Bellevue, Wash.; Brooklyn, N.Y.; Dearborn, Mich.; Las Vegas, Nev.; Richardson, Texas; and Simi Valley, Calif. More markets will score LTE-U service later this year. Right now, the Samsung Galaxy S8 is the only device able to take advantage of LTE-U.
Apple today made iOS 11 available to public beta testers. Those interested in testing the unfinished operating system can sign up for the program on Apple's web site. This first public beta is likely the same code that Apple released to developers earlier today. Public beta testers are expected to provide feedback on the operating system's performance and Apple installs a feedback app with the beta. Apple strongly recommends beta testers back their devices up before installing the test code. The company also notes that the public beta is not recommended for peoples' main phone or tablet and that it be reserved for a secondary device. iOS 11 targets usability and multitasking on the iPad more than the iPhone, but both the iPad and iPhone will see refreshed control center behaviors, new photo gallery tools, better iMessage app behaviors, and much more. Apple won't release a final version of iOS 11 until the fall.
AT&T today said it and partner Ericsson have reached LTE-LAA download speeds in excess of 650 Mbps in live field trials. The trials were conducted in downtown San Francisco. LTE-LAA is an advanced wireless technology that combines licensed and unlicensed spectrum via carrier aggregation. It will play a key role in bridging today's 4G networks with the 5G networks of the future. AT&T expects its LTE-LAA technology to reach speeds near 1 Gbps and it will deploy the tech in some small cells by the end of the year.
Uptime, an app that allows people to watch YouTube videos together, is now widely available to iPhone owners. Google initially announced the app, developed by Area 120, in March. Uptime purports to make YouTube more social and interactive. With Uptime installed, people can watch a video, interact and chat, curate favorites, and get daily recommendations together with friends who may be watching from somewhere else. Interactions include stickers, emoji, and other real-time reactions to videos. The app initially required an invite, but is now available to anyone from the App Store.
Apple today released a couple of beta builds for developers. The first is a second version of iOS 11 Beta 2. The slightly revised code tackles a handful of bugs. Apple also distributed watchOS 3.2.3 Beta 4. Apple didn't discuss what changes are in the new watchOS build. These betas are not meant for public testers. Apple is expected to release a public beta of iOS 11 next month.
Facebook today dressed up the live video chatting functionality of Messenger with new effects. Family and friends can now apply reaction emoji, a variety of filters, and new masks to enliven real-time video conversations. Further, a new tool simplifies screenshots for capturing the spontaneity of live video chats. The new tools will be added to Facebook Messenger for Android and iOS in an update over the days ahead.
Verizon Wireless today said its prepaid customers will soon have access to the My Verizon account management tool. Beginning June 28, prepaid customers can download and use My Verizon to pay bills, set up auto-pay, add data, and perform other account-related tasks. The app was previously reserved for Verizon's postpaid customers. My Verizon is free to download and will be available to customers of Verizon's $40, $50, $60, and unlimited prepaid plans.
HMD Global, the company that makes Nokia-branded handsets, today said it will sell the Nokia 6 smartphone in the U.S. via Amazon. The 6 is the best of the three Nokia Android phones currently available, though it still falls in the entry-level segment. The Nokia 6 runs Android 7 Nougat, has a 5.5-inch full HD screen, includes stereo speakers with Dolby Atmos sound, relies on a Snapdragon 430 processor with 3 GB of RAM, and a boasts a 16-megapixel main camera with an 8-megapixel front camera. It packs a 3,000mAh battery, as well as Bluetooth, GPS, NFC, WiFi, fingerprint sensor, 3.5mm headphone jack, and microUSB. LTE 4G support for U.S. networks is limited at best. It supports LTE Bands 2, 3, 4, 7, 12/17, 28, 38. It is only partially compatible with AT&T's 4G network because it is missing LTE Bands 29 and 30. The Nokia 6 is more compatible with T-Mobile's LTE 4G network. The matte black and silver color options are expected to go on sale in July for $229, with the blue and copper colors arriving later.