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Xiaomi Mi 11 gets an A+ from DisplayMate, with perfect colour accuracy – Daijiworld.com

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Beijing, Jan 3 (IANS): DisplayMate has claimed that Xiaomi’s recently launched flagship smartphone ‘Mi 11’ features an excellent display with a final score of A+, the highest in the DM ranking system.

DisplayMate is an industry-standard for optimising, calibrating, testing, evaluating and comparing all types of displays, monitors and projectors.

DisplayMate said, “Based on our extensive lab tests and measurements, the Xiaomi Mi 11 delivers uniformly consistent top-tier display performance and receives all green ratings in all DisplayMate lab test display performance and accuracy categories.”

Mi 11’s panel has close to perfect calibration when running in sRGB or DCI-P3 models. There is also perfect 100 per cent coverage of those colour gamuts in the respective modes.

‘Auto Colour’ tends to boost saturation and contrast to make images pop, while ‘Saturated mode’ goes above and beyond and reaches 139 per cent sRGB and 111 per cent DCI-P3 coverage.

The smartphone features a 6.81-inch WQHD (3200 x 1440 pixels) resolution AMOLED screen, HDR10+ support, P3 colour spectrum and Corning gorilla Glass Victus.

The new Xiaomi phone comes with the Snapdragon 888 processor paired with up to 12GB RAM and 256GB UFS 3.1 storage.

There is a 108MP primary rear camera with a 1/1.33-inch large sensor, 7P lens and f/1.85 aperture in addition to a 123-degree wide angle 13MP sensor with f/2.4 aperture and a 5-megapixel telephoto/macro lens.

The cameras support 8K video recording at 24/30fps as well. At the front there is a 20MP camera.

The device houses a 4,600mAh battery with 55W wired charging, 50W wireless charging and 10W reverse wireless charging support.

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Hundreds of Manitobans receive wrong address for vaccination center a second time – CTV News Winnipeg

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WINNIPEG —
Manitobans making COVID-19 vaccine appointments have been sent incorrect information for the second time since the vaccine rollout first started.

According to an internal email chain acquired by CTV News from the Manitoba NDP, the government sent a text reminder to 558 people with the wrong address of the vaccine supersite in Brandon, Man.

The text reminder was supposed to tell people to go to the Keystone Centre supersite in Brandon, which opens Monday, but instead told people to go to the RBC Convention Centre in Winnipeg.

Wab Kinew, leader of the Manitoba NDP, said the mistake highlights how the vaccine rollout has gone so far.

“First it was a slow start, then it was wasting doses before the holidays and we still lag behind other provinces when it comes to the percentage of vaccines used, and now we’ve seen in a few separate instances where they actually almost send people potentially to the wrong location.”

In the email chain, the error was attributed to PedalMD, a medical tech company that the government is using to help manage vaccine appointments. 

In a statement to CTV News, a provincial spokesperson said:

“The human error was quickly addressed by a follow-up text. Government is conducting a review to ensure the service provider is held accountable and that the mistake does not occur again. People with appointments are asked to keep them as scheduled.”

An email from the chain written by Treasury Board Secretary Paul Beauregard states, “We are going to put [PedalMD] on training wheels.”

A similar mistake happened earlier this month when a text reminder sent to 871 health-care workers told them to go to the vaccination clinic at the University of Manitoba instead of the supersite at the RBC Convention Centre.

“This is the biggest public health intervention in our province’s history that most of us can remember,” said Kinew, “We need the government to get this right.”

As of the most recent vaccine update on Friday, 13,539 doses of the vaccine have been administered in Manitoba, including 11,401 first doses and 2,138 second doses.

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First Galaxy Buds Pro update adds hearing enhancement feature to adjust sound balance – XDA Developers

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During its first Galaxy Unpacked launch event for 2021, Samsung unveiled the all-new Galaxy S21 series. Along with the three new devices, the company also launched its latest part of TWS earbuds — the Galaxy Buds Pro — and the Galaxy SmartTag. While the new Samsung devices are yet to make their way into the hands of consumers, Samsung has started rolling out the first software updates for the Galaxy S21 series and the Galaxy Buds Pro.

The first update for the Galaxy S21 series brings improvements for camera performance, Wi-Fi connectivity, the in-display fingerprint sensor, and overall stability. On top of that, the update also includes the Android security patches for January 2021. The update measures 1015.31MB in size, and it has the build numbers G998BXXU1AUA4/G99BOXM1AUA4/G998BXXU1AUA4. According to a recent tweet from @SamsungRydah, the Galaxy Buds Pro has also received an update, which brings a hearing enhancement feature, improved Bixby voice wake-up response, and stability/reliability improvements.

Samsung Galaxy S21 Ultra January security patches update

As you can see in the attached screenshot, the Galaxy Buds Pro update measures just 2.20MB, and it goes by the build number R190XXU0AUA1. The screenshot also reveals that the new Hearing enhancement feature will allow users to adjust the L/R sound balance. This will be especially useful for people with different levels of hearing loss in each ear. The feature will, most likely, work alongside the Adapt Sound feature in One UI and provide a better audio experience for those with hearing impairments.

The Samsung Galaxy Buds Pro is up for sale on Samsung’s website in the US for $199.99. In case you haven’t got one for yourself yet, you can buy one by following the link below. The earbuds will go on sale in India at a price of ₹15,990 on January 29th. They’re already up for pre-order in the country, and Samsung is offering a wireless power bank worth ₹3,699 for just ₹499 to those who pre-book the Galaxy Buds Pro.

    Samsung Galaxy Buds ProSamsung Galaxy Buds Pro
    The Samsung Galaxy Buds Pro are Samsung’s next gen TWS earbuds, bringing in features like Intelligent ANC, Spatial Audio, and IPX7 rating. If you’re looking for a pair of premium earbuds, these should be one of your top options in 2021.

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Galaxy S21 Ultra has UWB. Here's how ultra wideband tech will make your life easier – CNET

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Apple UWB car patent

Apple has patented the use of UWB, or ultra wideband, to recognize when you’re approaching your car, unlock its doors and govern when you can turn it on.


Apple via US PTO; Stephen Shankland/CNET

You’ve heard of Wi-Fi, Bluetooth and 5G. Now it’s time to learn another wireless communications term: ultra wideband, or UWB. Smartphone leaders Apple and Samsung have built it into their high-end models, including the iPhone 11, iPhone 12, Galaxy Note 20 Ultra and now the Galaxy S21 Plus and S21 Ultra. The Apple Watch Series 6 also has UWB built in. The technology lets you pinpoint the exact location of phones, key fobs and tracking tags, helping you find lost dogs or automatically unlock your car.

UWB calculates locations to within less than a half inch by measuring how long it takes super-short radio pulses to travel between devices. It’s well suited to Samsung’s new SmartTags, which use Bluetooth to start but will get UWB support in the future, and Apple’s long-expected AirTag trackers. Carmakers including Audi, BMW and Ford are also hot for UWB.

Right now UWB’s uses are limited, but as it matures and spreads to more devices, UWB could lead to a world where just carrying your phone or wearing your watch helps log you into your laptop as you approach it or lock your house when you leave.

“Being able to determine precisely where you are in an environment is increasingly important,” said ABI Research analyst Andrew Zignani, who expects shipments of UWB-enabled devices to surge from 150 million in 2020 to 1 billion in 2025. “Once a technology becomes embedded in a smartphone, that opens up very significant opportunities for wireless technology.”

Here’s a look at UWB and its uses.

What’s UWB good for?

Satellite-based GPS is useful for finding yourself on a map but struggles with anything much more precise and indoors. UWB doesn’t have those handicaps.

UWB could switch your TV from your child’s Netflix profile to yours. Your smart speaker could give calendar alerts only for the people in the room. Your laptop could wake up when you enter the home office.

Imagine this scenario: You leave the office and as you near your car, receivers in its doors recognize your phone and unlock the vehicle for you. When you get out of the car at home, the receivers recognize you’re no longer in the vehicle and lock the doors.

With UWB, your home could recognize that you’re returning at night and illuminate your walkway. The technology could then automatically unlock your front door and turn on your home sound system, which follows you from room to room. “I’m walking in a sound and light cocoon in my house,” said Lars Reger, chief technology officer of NXP Semiconductors, a UWB proponent whose chips are widely used in cars.

Bluetooth-based location sensing takes at least two seconds to get an accurate fix on your location, but UWB is a thousand times faster, Reger said.

UWB will add more than convenience, supporters say. Conventional key fobs have security problems in regard to remotely unlocking cars: criminals can use relay attacks that mimic car and key communications to steal a vehicle. UWB has cryptographic protections against that sort of problem.

Samsung promises UWB technology for precisely tracking your location will automatically unlock car doors with digital keys in your smartphone.Samsung promises UWB technology for precisely tracking your location will automatically unlock car doors with digital keys in your smartphone.

Samsung promises UWB technology for precisely tracking your location will automatically unlock car doors with digital keys in your smartphone.


Screenshot by Stephen Shankland/CNET

This same ability to track your movements has downsides, particularly if you don’t like the idea of the government following your movements or coffee shops flooding your phone with coupons as you walk by. But with today’s privacy push, it’s likely phone makers won’t let devices track your phone without your permission.

How is Samsung supporting UWB?

At its Galaxy S21 launch event Thursday, Samsung touted UWB as a wireless technology that’ll bring new convenience to your life. That includes unlocking your house or car as you walk up to it.

“With Digital Key, you’ll be able to open the door of your house with your mobile device,” said Kevin Chung of Samsung’s direct-to-consumer center during the launch event. “You’ll be able to unlock your car door with your phone. The door will unlock when you reach it — no sooner, no later.”

You’ll be able to send digital keys to friends or family members, and Samsung’s AR finder app will point the direction to your car in a crowded parking lot. Samsung announced digital key partnerships with BMW, Audi, Ford and Hyundai’s Genesis Motor.

Samsung will later offer UWB SmartTags, too.

How is Apple supporting UWB?

iPhones since the iPhone 11 family have Apple’s new UWB chip, the U1. It joins a handful of other processors Apple has developed, including the A series that powers iPhones and iPads, the M1 at the heart of new Macs and the T series that handles Touch ID and other security duties on Macs.

Apple hopes UWB will help you find your dog, control your thermostat and unlock your front door.Apple hopes UWB will help you find your dog, control your thermostat and unlock your front door.

Apple hopes UWB will help you find your dog, control your thermostat and unlock your front door.


Apple via US PTO

“The new Apple-designed U1 chip uses ultra wideband technology for spatial awareness — allowing iPhone 11 Pro to precisely locate other U1-equipped Apple devices. It’s like adding another sense to [the] iPhone,” Apple said of the U1 chip when it arrived. “With U1 and iOS 13, you can point your iPhone toward someone else’s, and AirDrop will prioritize that device so you can share files faster. And that’s just the beginning.”

Apple only promises UWB links between its own devices for now. But UWB standardization should open up a world of other connections, and software tweaks should let Apple adapt as UWB standards mature.

Apple’s years of UWB work are evident in several patents. That includes patents for shaping UWB pulses for more accuracy in distance measurements, using a phone, watch or key fob location to enter and start a car, calculating your path toward a car so your car can send your phone a request for biometric authentication, and letting Bluetooth and UWB cooperate to grant you access to your car.

Who else is interested in UWB?

Other companies involved with UWB include consumer electronics giants Samsung and Sony; chipmakers Decawave, Qualcomm, NXP and STMicroelectronics; carmakers Volkswagen, Hyundai, and Jaguar Land Rover; and car electronics powerhouse Bosch. Another notable player is Tile, which has sold tracking tags for years to help you find things like keychains and wallets.

Confusingly, those companies have banded together into two industry groups, the UWB Alliance formed in December 2018 and the FiRa Consortium (short for “fine ranging”) that formed in August 2019. Samsung joined FiRa, Apple isn’t listed as a member of either.

On top of that, there’s the Car Connectivity Consortium that’s working on digital key technology. The three groups have figured out who’s doing what now to avoid stepping on each other’s toes, Harrington said.

FiRa is working on standards to ensure UWB devices work together properly, while the UWB Alliance is trying to minimize UWB problems from the expansion of Wi-Fi into the 6GHz radio band that UWB also uses. For example, there are brief pauses in Wi-Fi signals sent in the 6GHz band, and UWB transmissions could sneak into those gaps, said UWB Alliance executive director Tim Harrington. 

How does UWB work?

The idea behind UWB has been around for decades — indeed, the University of Southern California established an ultra wideband laboratory called UltRa in 1996. Some of the concepts date back to radio pioneer Guglielmo Marconi, Harrington says.

UWB devices send lots of very short, low-power pulses of energy across an unusually wide spectrum of radio airwaves. UWB’s frequency range spans at least 500MHz, compared with Wi-Fi channels about a tenth as wide. UWB’s low-power signals cause little interference with other radio transmissions.

UWB sends up to 1 billion pulses per second — that’s 1 per nanosecond. By sending pulses in patterns, UWB encodes information. It takes between 32 and 128 pulses to encode a single bit of data, Harrington said, but given how fast the bits arrive, that enables data rates of 7 to 27 megabits per second.

apple-iphone-11-u1-chipapple-iphone-11-u1-chip

Apple marketing chief Phil Schiller touted the company’s U1 chip for UWB in the iPhone 11.


Screenshot and illustration by Stephen Shankland/CNET

The IEEE (Institute of Electrical and Electronic Engineers) developed a UWB standard called 802.15.4 more than 15 years ago, but it didn’t catch on for its original intended use, sending data fast.

But location sensing made UWB a hot topic again?

Companies like Spark Microsystems use UWB for data transfer, but most tech giants like it for measuring location precisely. Even though 802.15.4 flopped when first created years ago, UWB’s renaissance is occurring because its super-short radio pulses let computers calculate distances very precisely.

Now UWB development is active again, for example with the 802.15.4z standard that bolsters security for key fobs and payments and improves location accuracy to less than a centimeter. Fixing today’s relay attack problems, where someone with radio technology essentially copies and pastes radio communications of key fobs or smartphone unlocking systems, was a top priority for 802.15.4z. “With the precise timing you get off UWB and the ability to know exactly where you are, you can cut the man in the middle [relay] attack completely,” Harrington said.

Another area of active development is improving how you can use your phone to make payments at a payment terminal.

Radio waves travel about 30 centimeters (1 foot) in a billionth of a second, but with short pulses, devices can calculate distances very exactly by measuring the “time of flight” of a radio signal to another device that responds with its own signal. With multiple antennas positioned in different spots, UWB radios can calculate the direction to another device, not just the distance.

UWB dovetails nicely with the internet of things, the networking of doorbells, speakers, lightbulbs and other devices.

It’s already used for location sensing. NFL players have UWB transmitters in each shoulder pad, part of broadcast technology used for instant replay animations. A football’s location is updated 2,000 times per second, according to Harrington.

Boeing uses UWB tags to track more than 10,000 tools, carts and other items on its vast factory floors.

UWB uses very little power. A sensor that sends a pulse once every second is expected to work for seven years off a single coin battery. 

Verizon has something called 5G Ultra Wideband. Is that the same thing?

No. Verizon uses the same words, but it’s merely a branding label.

“5G Ultra Wideband is our brand name for our 5G service,” said spokesman Kevin King. “It’s not a technology.”

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