Mi 10i is coming to India in a distinct Pacific Sunrise colour option, Xiaomi has teased through its Mi.com website. The new colour option appears to have a gradient finish with a mix of cyan and orange shades. Separately, the Mi 10i battery details have been teased online. Xiaomi recently confirmed the launch of Mi 10i in the country for January 5. The smartphone is rumoured to be a rebadged Redmi Note 9 Pro 5G, with slight changes. Earlier teasers posted by Xiaomi confirmed a 108-megapixel primary camera sensor on Mi 10i as well as Qualcomm Snapdragon 750G SoC.
The Pacific Sunrise colour of Mi 10i is likely to debut alongside its Blue and Black hues that were leaked last month.
Alongside the new colour, Xiaomi has released a teaser video on its social media channels that suggest at least a day-long battery life on Mi 10i. The video also gives us a glimpse of the upcoming phone from the top.
Earlier this week, Xiaomi India Managing Director Manu Kumar Jain confirmed that the company was planning to launch Mi 10i as its next smartphone on January 5. He mentioned that the phone would come with a “brand new sensor” and would include customisations made for the Indian market. Mi 10i also appeared on Amazon with the Snapdragon 750G SoC.
Mi 10i specifications (expected)
Rumours suggest that Mi 10i would just be a rebranded version of Redmi Note 9 Pro 5G that was launched in China in November. The phone is speculated to have 6GB and 8GB RAM options and 128GB of internal storage as standard. It is also confirmed to have a 108-megapixel primary sensor on a quad rear camera setup and come with 5G support.
If speculations around the rebranded Redmi Note 9 Pro 5G is true, Mi 10i could pack a 4,820mAh battery and feature a 6.67-inch full-HD+ (1,080×2,400 pixels) display. The phone is also likely to run on Android-based MIUI 12 out-of-the-box.
OnePlus 8 vs Mi 10 5G: Which Is the Best ‘Value Flagship’ Phone in India? We discussed this on Orbital, our weekly technology podcast, which you can subscribe to via Apple Podcasts or RSS, download the episode, or just hit the play button below.
The 8 best microphones to help you sound better in your next video meeting
There’s plenty of technology available to help improve the quality of our virtual calls. A top-of-the-line microphone is a great start.
In recent weeks, there’s been a surge in video conferencing as many teams operate remotely due to the coronavirus pandemic. Needless to say, it only takes a few Zoom calls to realize that a standard laptop microphone simply cannot deliver high-quality audio. While some companies have provided employees with a stipend to upgrade their home office setups, many were not as lucky.
Fortunately, there’s plenty of tech to improve the quality of these virtual conferences and an aftermarket microphone is a smart way to immediately give your audio a healthy boost. Ranging from high-end broadcast-style microphones to lightning port audio accessories for recordings on the go, there’s certainly no shortage of models to choose from. Without further ado, here are some of the best microphones for the home studio.
When it comes to top-notch microphones, Blue is one of the heavyweights in the market. The Blue Yeti USB microphone is one of the manufacturer’s more versatile devices. This model comes with four different pattern modes from optimal sound quality in a host of situations. For example, those who are recording music or simply tuning in for a conference call may prefer the cardioid mode to capture the audio produced immediately in front of the unit. To more aptly record conversations between two people in the same room, the bi-directional mode captures audio from the front- and back-side of the microphone. Anyone in the market for a high-end microphone for the home studio should give this well-rounded, multipurpose mic a long look.
The Elgato Wave:3 is a versatile microphone for remote workers, gamers, and musicians alike. The microphone has a steel external grill that protects the internal components and uses a cardioid polar pattern to capture audio. The back of the device features a USB Type-C port and a headphone output. The front-facing dial adjusts headphone volume, input, and more. The stand features a u-mount for easy adjustments, and the padded base keeps the unit firmly in place. A mute feature allows you to cut the audio as needed, and Elgato offers a pop filter (sold separately) to further minimize audio disturbances.
The HyperX SoloCast USB microphone is a great option for frequent Zoom conference attendees; especially those who enjoy gaming and streaming after the workday. To prevent audio mishaps, the model features a dedicated mute button as well as an LED indicator to ensure the mic is muted or unmuted as intended. For added functionality, the model is also compatible with PS4 and popular streaming platforms.
With a steel body, matte chrome finish, and zinc die-cast elements, the HEiL Sound PR-40 certainly looks the part of a first-rate microphone. Also, the internal technology backs up the image. The cardioid pickup pattern is ideal for broadcast-style audio capturing sound directly in front and to the immediate sides of the microphone. A built-in Sorbothane shock mount reduces the risk of interference and this design includes a pair of mesh screens to improve sound quality. For additional peace of mind, this particular model comes with a limited three-year warranty.
While a more rudimentary microphone with minimal audio accouterments might fly for some, others might want to go all-in on a full home studio microphone setup. This FIFINE model includes a quality mic as well as many standard accessories for under $100. The home studio kit comes with an adjustable scissor arm for added versatility and precision placement. The included double pop filter is designed to reduce airflow immediately toward the instrument minimizing audio “pops” during recording. The package also comes with a microphone tripod stand for those so inclined.
The Shure MV5 is a solid compact microphone packaged in a vintage master of the airwaves build. Three separate preset modes (instrument, flat, and vocals) provide optimal sound quality based on the task at hand. The microphone itself easily detaches from the aluminum mount for a more low-profile tabletop fit. As is the case with other MOTIV products, this microphone also comes with the ShurePlus MOTIV app enabling users to more precisely fine-tune their recording quality and share these files.
Not everyone in the market for a high-quality USB microphone is looking for a personal home studio. This JUNIVO model acts as an excellent no-frills microphone with plenty of thoughtful design touches. The adjustable gooseneck mic body provides excellent maneuverability and the included noise-cancellation technology keeps audio crisp and clear. A central LED-equipped mute button along the base allows you to quickly cut the mic without searching from the digital button in the Zoom room. This is the perfect feature for those with pets roaming the home office.
At just four inches in diameter, the model is also appreciatively compact and ideal for desktops with limited space.
There are many situations where we need to record an audio clip on our portable devices. In fact, some professions depend on leveraging a cell phone as a modern dictaphone. Unfortunately, the low-quality onboard microphones on these devices can make transcription difficult and render live musical performances painfully inaudible. The MV88 is an exceptional microphone option for devices with Lightning ports and an adjustable joint along the mount allows users to focus the microphone closer to the sheets of sound. The aforementioned ShurePlus MOTIVE Audio apps grants users greater control over these audio files including trimming, sharing, and fine-tuning clips.
Studying Chaos with One of the World’s Fastest Cameras
There are things in life that can be predicted reasonably well. The tides rise and fall. The moon waxes and wanes. A billiard ball bounces around a table according to orderly geometry.
And then there are things that defy easy prediction: The hurricane that changes direction without warning. The splashing of water in a fountain. The graceful disorder of branches growing from a tree.
These phenomena and others like them can be described as chaotic systems, and are notable for exhibiting behaviour that is predictable at first but grows increasingly random with time.
Because of the large role that chaotic systems play in the world around us, scientists and mathematicians have long sought to better understand them. Now, Caltech’s Lihong Wang, the Bren Professor in the Andrew and Peggy Cherng Department of Medical Engineering, has developed a new tool that might help in this quest.
In the latest issue of Science Advances, Wang describes how he has used an ultrafast camera of his own design that recorded video at one billion frames per second to observe the movement of laser light in a chamber specially designed to induce chaotic reflections.
“Some cavities are non-chaotic, so the path the light takes is predictable,” Wang says. But in the current work, he and his colleagues have used that ultrafast camera as a tool to study a chaotic cavity, “in which the light takes a different path every time we repeat the experiment.”
The camera makes use of a technology called compressed ultrafast photography (CUP), which Wang has demonstrated in other research to be capable of speeds as fast as 70 trillion frames per second. The speed at which a CUP camera takes video makes it capable of seeing light—the fastest thing in the universe—as it travels.
But CUP cameras have another feature that makes them uniquely suited for studying chaotic systems. Unlike a traditional camera that shoots one frame of video at a time, a CUP camera essentially shoots all of its frames at once. This allows the camera to capture the entirety of a laser beam’s chaotic path through the chamber all in one go.
That matters because, in a chaotic system, the behaviour is different every time. If the camera only captured part of the action, the behaviour that was not recorded could never be studied, because it would never occur in exactly the same way again. It would be like trying to photograph a bird, but with a camera that can only capture one body part at a time; furthermore, every time the bird landed near you, it would be a different species. Although you could try to assemble all your photos into one composite bird image, that cobbled-together bird would have the beak of a crow, the neck of a stork, the wings of a duck, the tail of a hawk, and the legs of a chicken. Not exactly useful.
Wang says that the ability of his CUP camera to capture the chaotic movement of light may breathe new life into the study of optical chaos, which has applications in physics, communications, and cryptography.
“It was a really hot field some time ago, but it’s died down, maybe because we didn’t have the tools we needed,” he says. “The experimentalists lost interest because they couldn’t do the experiments, and the theoreticians lost interest because they couldn’t validate their theories experimentally. This was a fun demonstration to show people in that field that they finally have an experimental tool.”
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