HTC says it's using UFS NAND, although due to supply issues it's unwilling to state categorically if it will be UFS 2.0 or UFS 2.1 at this time. The SoC is backed with either 4GB or 6GB of LPDDR4 RAM and 64GB or 128GB of storage, respectively. According to the spec sheet, only one of the SIM slots is capable of LTE Category 16 (1Gbps) on the downlink, whereas the second SIM will be limited to Category 15 (750Mbps). The U11 will be using the S835 worldwide, including the US, because of the Snapdragon X16 modem's network compatibility. There will be three different antenna configurations to improve signal reception depending on the user's geographic region, but each phone will be able to work in every region. The HTC U11 will be the third smartphone released with the Qualcomm Snapdragon 835 SoC, following the Galaxy S8 family and the Xiaomi Mi 6 in China. USB 3.0 (5 Gbps), Type-C, Quick Charge 3.0 HTC sees a world with many assistants working independently instead of a single all-powerful assistant, which is why the HTC U11 includes both, with another assistant to be named during the official launch in Taiwan. Having two different voice agents on the phone could get confusing, but HTC claims it will provide an easy method for using the correct one. It will ship with Google Assistant and receive Amazon Alexa support in July (at least in the US, UK and Germany). In addition to the new squeeze actions, the HTC U11 will also support voice interaction. HTC says Squeeze actions also work with gloves, so you can push to talk without removing your gloves to tap the screen.Įdit: in the press event, we were told that the U11 uses eight super thin strain gauges to make the pressure measurement. Then later in the year (we are told July) software will be made available that will allow users to configure any app to take advantage of the squeeze: it will detect which app is loaded, and the user can define the squeeze as if they were tapping the screen or long pressing on a button. The squeeze methodology will be enabled in two stages at launch, a number of stock apps will be preconfigured with squeeze actions, and some of these will be configurable at the system level. HTC offered a number of possible options for the squeeze: squeeze to selfie, squeeze to take a photo, squeeze to push to talk, squeeze to load Google Assistant, squeeze to launch any app, squeeze to open the camera, long squeeze to change to front camera, etc. Software then determines if it’s a short or long squeeze, and carries out the required action. We’re awaiting internal images to determine what IC is being used and how this method is implemented inside the phone. After the device is calibrated, it uses the phase of the reflected ultrasound waves for detection. When the device is squeezed, the internal shape will change enough to push the ultrasound wave out of phase, which can be detected as an activation. We are told that the squeeze is determined by an internal low-power ultrasound generator and detector. The mechanism supports two levels of squeeze based on time, and the calibration is done in order to determine a squeeze compared to a standard grip, which is one of the initial queries we had on the device. When the smartphone is turned on, the device will offer a calibration tool consisting of a few minigames (such as squeezing a balloon) in order to set the standard squeeze pressure. Hence the squeeze: by holding the U11 naturally and squeezing between the thumb and the other side of the hand, the squeeze action will do a number of things. HTC’s new philosophy is that smartphones are stagnating: every generation is just a spec update to the previous model, and the only thing that drives the industry is related to new interaction methods and ways of streamlining the use of a device. If you’ve encountered any of the marketing material on the device, it’s all about the squeeze. The headline feature for the HTC U11 is its new method of interaction: Squeezing. Today’s announcement is for the latest flagship, HTC’s U11. At the time, the M7 offered a great camera and specifications for its price, and ever since we’ve been waiting for HTC to return to former glory. In all the reviews of smartphones we’ve ever done at AnandTech, only two have ever held an AnandTech Gold Award: the iPhone 6S and the HTC M7. The history of HTC flagships has been a tale of ups and downs.
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