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Audi connect outlined with LTE speeds

Audi’s Toni Melfi, Michael Dick, and Ricky Hudi sat at a table on stage at CES 2012’s Audi keynote speech, speaking on how they were the first major car manufacturer to present a keynote at CES and how they’re set to adopt benchmarks of consumer electronics here in 2012. Audi e-tron, ultra, mobility, and connect were outlined to show how they will be set for the future of the modern automobile industry.

What Audi has at this show, they say, is more representatives for electronics than at any other car show they’ve been to. The complete interior of their vehicles, they’re showing, is connected to the world around it. Through no less than LTE connectivity, Audi will be connecting to the mobile world around them. Fantastic functionality will now be coming in faster than ever to users rolling out with Audi drivers.

NOTE: those of you with extensive knowledge of Audi’s systems will recognize that several of these features are available and have been available since late 2011 – what this presentation encapsulated was the full package as it moves on in to 2012, complete with LTE and NVIDIA.

Audi connect will also be working with a phone box in the center console of their future cars which will able to connect to your outside antenna for better phone connections, plug in through USB, and of course, safe storage. They showed a brand new MMI display in an ultra-slim form factor, all of this connected with an NVIDIA Tegra 3 quad-core processor for ultra-quick processing. This display will be working with 3D graphics and will have an ultra-intuitive user interface. This display will also show Google Earth right out of the box, with full photo-realistic picture down to 30 meters. Photorealistic scenery shows you exactly where you are at all times, courtesy of Google.

An upgrade to the Audi A3 will be their rotary touchpad which allows gestures and touch-sensitivity good enough to write letters which are recognized by the integrated NVIDIA-powered computer. In the future, Audi notes that they’ll have head-up technology which allows for projected images above your dashboard. Mobile Computing is at the center of this whole project, NVIDIA showing off their Tegra 3 quad-core processor working with Audi’s MMX port system at the same time consumer electronics have the chip – this type of situation a first and showing Audi to be a forward-thinking group in the world of consumer electronics without a doubt.

“We don’t talk about autonomous driving, we talk about pilot driving.” – Ricky Hudi, Audi

In that Audi envisions a world where you are the pilot and not the robot using the car just for transport, they’ve shown that they intent to differentiate themselves by concentrating their efforts specifically on the driver more than anything else. Of course they’ll continue to create fantastic vehicles that have energy invested inside and out, but connecting to the consumer electronics world through the mobile environment here makes them set for the future.

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How To Connect Apple Airpods With Windows Pc

How To Connect Apple AirPods with Windows PC

Before we go to the steps of using AirPods with Windows PC let’s take a look at the features of Apple AirPods below.


2. Fit comfortably

3. 5-hour battery life while listening and 3 hours of talk time.

5. Quick 15 min charge which gives 3 hours of listening time and 2 hours of talk time.

6. Easy One-tap setup (Apple devices)

7. Switch easily between iOS and Mac.

8. Music plays instantly as soon as you put it on your ear and stops when you remove it.

9. No need of using both AirPods, you can use just one to call and listen music

10. Are Siri enabled

11. Easy music playback

Also Read: How to Access AirPods Pro Hidden Settings on iPhone

Steps to Connect Apple AirPods with Windows:

Connecting Apple AirPods with Windows PC is an easy task. You just need to follow these simple steps for connectingAirPods with Windows PC.

Note: Make sure that Bluetooth is turned on your Windows system.

1. Keep your AirPods in the charging case and make sure they’re a little bit charged.

2. Open the lid of your AirPods charging case and tap and hold the circular buttonon the backside of the charging case for a couple of seconds until the light inside the case blinks white.

6. Now, you will see your AirPods in the list of discoverable devices.

Note: If you are unable to connect your AirPods, we suggest you repeat the process above.

8. Now you can remove AirPods from the case and start using them.

Connecting AirPods to your Windows PC is as easy as connecting them to other devices. When you want to stop using them, you can just put them back in their charging case and close the lid.

How to reconnect AirPods with Windows PC

To use previously connected AirPods to your Windows System, you just have to take them out from the case, and it will automatically connect to Windows PC. However, if the AirPods are not connected automatically, then we suggest you follow the steps below:

1. Open Windows Bluetooth settings like you have opened before when connecting AirPods first time to your Windows PC.

4. Your AirPods will be again connected to your Windows PC.


If you have recently purchased AirPods and want to use them on Windows PC instead of Apple Machine. Then these steps will help you to connect them to your Windows 10 PC easily.

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Landvo L200S Review: Budget Lte

Lets delve into the details, in the Landvo L200S review!


The Landvo L200S is a well made phone with a very recognizable chrome frame… support for 4G LTE is what sets the phone apart from other budget MT6582 phones besides the build. Decent battery life and great GPS performance make the L200S a worthy buy, but we feel that in this cut-throat market, the L200S could do much better with a price tag that’s closer to the $100 mark than the $150, as it stands right now.



Landvo L200S Review: Specifications

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Landvo L200S Review: In the box

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Here’s what is shipped in the Landvo L200S retail box:

Landvo L200S smartphone

charging brick

USB to micro USB cable


user’s manual

Landvo L200S Review: Unboxing

Landvo L200S Review: Build and design

Right off the bat, the phone loses one point thanks to the design being lifted from the flagship killer of last year… aka the OnePlus One. It isn’t a 1:1 clone, like the No.1 Mi4 is of the Xiaomi Mi 4, but instead a downsized design with pretty much the same geometry. This also means that the 5-inch Landvo L200S is one-hand operable unlike the OnePlus One with its 5.5-inch screen.

The USB port makes a move from the bottom chin to the top edge on the Landvo L200S, when compared to the OnePlus One. It’s accompanied by a 3.5mm jack here.

The right edge makes space for both, the volume buttons and the power button. These are some of the most tactile buttons, and have enough feedback to make you realize you’ve actually pressed the button… and that it has been recognized. Nothing again on the bottom edge aka the chin!

There’s no squeaking or anything whatsoever, and the general build impression is pretty good. Landvo have tried to replicate the Sandstone Black finish of the OnePlus One, which is of course not possible when you’re talking about a phone that’s less than half the price. Yet, the L200S has a very grippy and satisfying rear case, with a touch of rubber to it for the added grip.

Like the OnePlus One, there’s a chrome frame around the screen which pops out to give a double edge sort of a feel. We’re not yet sure if its metal or plastic, but it does feel like metal (aluminium, perhaps).

In all, the Landvo L200S does look like a phone that can take a couple drops without breaking into pieces.

Landvo L200S Review: Performance

The MT6582 (and variants thereof) have been in the market for over a year now, so there isn’t a lot to speak of about the device’s performance. The MT6582 is a proven SoC, it even features on Google’s Android One phones. The SoC has a 1.3GHz quad-core Cortex A7 CPU, that seems to be tailor made for budget phones. When it was initially launched, phones with the MT6582 sold for around the US$160-180 mark, however with time prices hit rock bottom and such phones are now available for around US$80, one example being the tried and tested Cubto S168. Android One phones, although restricted only to select markets, go for about US$100 a piece. So, at US$130, the Landvo L200S isn’t particularly VFM especially when you’re strictly talking about processing prowess.

Other than that, the phone holds up extremely well. Multitasking can be a little laggy at times, but that’s because of the bottleneck caused by RAM more than anything else. Newer and applications that are heavy on resource usage such as Chrome, Facebook, etc. tend to lag a bit at times though (Chrome especially). Again, that’s more because of the RAM. Lollipop should make things better, but there’s no update in sight as yet so you’re better off not waiting for one, unless the L200S gets really popular, that is.

Landvo L200S Review: Display

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Landvo L200S Review: Camera

There’s an 8 mega-pixel sensor on the back of the Landvo L200S, which takes some decent photos in daylight but leaves quite a bit to be desired in darker conditions. In other words, its just another sensor in this world of inexpensive Chinese smartphones; generalizing isn’t the best thing to do but there’s so less that differentiates such phones that it’s tough to tell exactly what’s different.

Compare this to say the Cubot S168, we would prefer the latter even though it has only a 5 mega-pixel sensor compared to the 8 mega-pixel on this one, which goes to show (yet again) that companies are pretty much fooling buyers with bloated up pixel count, etc. There are 8 mega-pixel cameras, and there an 8 mega-pixel cameras.

Dynamic range suffers a little too, which is when its best to be patient and take pictures in HDR. This is again something very common for budget phones like the one in question here, but we’re certain its about time that OEMs get it fixed.

There’s a bunch of effects on the camera app, but you should probably only worry about auto, HDR and panorama (beauty mode too, depending on how you prefer to take your selfies).

Landvo L200S Review: UI

Thankfully, Landvo have left the UI extremely untouched, save for a couple modifications with are actually desirable. This includes the customary scheduled on/off feature, and then the off-screen gestures (more on this later). What we also like is the fact that unlike a lot of other phones, we see stock, untouched icons on the homescreen and app drawer. Landvo haven’t gone for the ever-so-ugly rounded icon imitation look that almost every up and coming manufacturer appears to yearn for these days.

Another non-intrusive customization is the lockscreen ring which now bears the company name. Coming back to off-screen gestures, the phone has a predefined list which can be accessed at Settings – Accessibility – Smart Wake. Unfortunately, the gestures cannot be paired with applications of your choice, so you’re limited to the ones listed by the company.

Double tap to wake, swipe up to unlock and ‘v’ to turn on flashlight are the ones we think are most useful.

Landvo L200S Review: Battery

In a nutshell, battery life on the L200S is satisfactory. There’s a ‘standby intelligent power saving mode’ which surprisingly actually seems to work. The phone does lose a bit of power looking for signal while you’re on the move, but once you’ve settled on a cell tower there’s hardly any power loss in standby, given the signal is strong enough. So, if your daily commute is long, you might get different results. In other words, Your Mileage May Vary depending on how much you keep the phone on the move.

Speaking of numbers, it’s a 2000mAh battery. Other small-time makers may be putting up specs sheets listing larger batteries, but unfortunately most of that is blatant lie. Of course there’s no foolproof method to check battery capacity in this case either, but from our experience it is easy to tell this is indeed a 2000mAh cell.

Landvo L200S Review: GPS

It seems that either MediaTek has sorted its GPS issues, or manufacturers have realized that fooling consumers with a good-for-nothing antenna will take them nowhere… which is why we’re starting to see some decent GPS performance from budget phones. The L200S does extremely well on this regard as well, with a very quick fix and decent accuracy levels. However, the phone does not appear to have a compass; you’ll have to rely on your gut feeling to decide if you’re right about that.

Outdoors, the phone was extremely quick to latch on to a GPS lock (3 seconds), however it can be quite slow indoors.

Other points to note…

There’s not a lot we have to complain for this one, but a some niggles we faced were: (i) off-screen gestures take up more battery than normal, and also get triggered in the pocket at times. A simple fix is to keep the phone screen facing out, but you have to consciously do that. (ii) there seem to be network drops every now and then, which is a bit of a serious issue. We haven’t really faced this on any other budget phone in this category of late, and we hope its only a software issue which Landvo does take care of ultimately (fingers crossed). (iii) even though not a lot of MT6582 phones exhibit this, but the L200S does heat up around the camera module when used for long-ish durations. Nothing extraordinary, but again nothing which you can ignore without getting worried too. Lastly, (iv) the phone has a notification LED which again doesn’t really work except when you’re charging the phone, and when battery is low. We don’t really understand why manufacturers do this; an RGB LED is a minimum requirement as far as we’re concerned. What the L200S has gives the impression of a half-baked product, for something which otherwise is quite a decent device.

Landvo L200S Review: Verdict

In itself, the Landvo L200S is a good phone for anyone who’s looking to get fast LTE data on a budget device. Like every other product on the planet (save for the cheeseburger), there are some flaws on the device… which include, and are largely limited to, the ones listed above. If a phone like the Cubot S168 can be bought for around US$80, the Landvo L200S should go for not more than US$100-110. Yes it has an LTE modem, but then it certainly doesn’t cost half as much as the other components’ cost combined. You can expect to pay a premium for your want (read: high-speed data), but even then at US$125 the Landvo L200S is about US$15-20 over what it should be priced.

Thanks again to popular online store Geekbuying who made this review possible. The Landvo L200S can be bought from their store by visiting this link. As a special offer for GizChina readers, the coupon code BHDQPNEZ can be applied at checkout to avail a $8 discount!

Going Global: Rural Washington Students Connect With The World

With the help of technology and encouraged by curiosity, students learn about and connect with kids across the globe.

First and second graders sent comfort quilts to hurricane victims in Puerto Rico and to sick children in Pakistan as part of one iEARN project.

Credit: Kristi Rennebohm Franz

When two children in classes half a world apart solved an art challenge in exactly the same way, they were delighted — and curious. How else are students in Pullman, Washington, and Moscow, Russia, alike? Who are the artists and how do they live? How are their approaches to drawing and the materials used similar and different?

“One of the most amazing gifts of doing this Global Art Project is the joy of seeing children unencumbered from expectations that there will be only differences or only similarities with people and places new to them,” says teacher Kristi Rennebohm Franz, who helped create the Global Art Project for the International Education and Resource Network — better known as iEARN. “The current issues of terrorism — that now all generations are facing, including the children — makes the iEARN global art experiences to build positive human understandings even more poignant and important.”

Starting with Primitive Technology

Rennebohm Franz, teacher at Sunnyside Elementary School, is an early pioneer of iEARN, a network of ninety-five countries and 400,000 students that sponsors a long list of collaborative projects designed to build global bridges, improve education, and make a difference in the world. She was so sold on iEARN’s goals and projects in 1993 — before the proliferation of wired schools — she convinced her principal to allow her to receive e-mail on the school’s one phone line.

Since then, the first- and second-grade students in her multiage class have made Comfort Quilts for victims of Hurricane Mitch in Nicaragua, for pediatric patients in Pakistan, and, more recently, for those who lost loved ones in the tragic events of September 11, 2001. They have compared water quality with students as close as Seattle and as far away as Costa Rica, China, Russia, the Netherlands, and Argentina. They have learned about Belize from Peace Corps volunteers. They have connected math to their lives through essays, surveys, and quilt designs with students in Australia, Lithuania, and Puerto Rico. They exchange information, data, writing, and artwork in subjects as diverse as math, science, social studies, and language arts using technology ranging from simple e-mail to sophisticated movie editing software and videoconferencing.

Teacher Kristi Rennebohm Franz facilitates her students’ participation in a number of international, online projects.

Credit: Kristi Rennebohm Franz

Building Bridges

In the assignment that resulted in the matching pictures, students were asked to draw and write on the theme, “A Sense of Family.” When the drawings arrived from Russia — first in an airmail packet and then over the Internet — one second grader was stunned to see a picture from Moscow that looked like his. He and his Russian counterpart had drawn a family of two adults and two children flanked by two trees — one deciduous and one evergreen — with clouds in the sky. Both children had solved the problem of white clouds on a white background by painting the clouds blue.

“When the children see these levels of commonality with children far away, they are very excited,” says Rennebohm Franz. And when they don’t find commonality, “I see them looking at differences as an opportunity to learn something new rather than seeing something strange or something to fear.”

Affirmation is a big part of the exchange process. When Sunnyside students received artwork from Belarus, they knew their job wasn’t just to ooh and ah over the colors and scenes. Their job was to ask thoughtful questions and cite elements of the drawings they liked, such as medium or materials.

“I just sat back and watched in amazement at their engagement and on-task incentive” to respond, recalls Rennebohm Franz. “One of the powerful pieces is that these children learn that once they’ve taken the time to learn something, it’s valued by someone else. … They have an innate sense of wanting to continue being a part of a community. They absolutely treasure the communication.”

A Sunnyside Elementary School student tests water quality as part of an iEARN project on pond habitats.

Credit: Kristi Rennebohm Franz

Incentives for Academic Success

Edwin Gragert, director of iEARN (and an Edutopia 2008 Daring Dozen honoree), says the Internet more than reinforces that sense of community. “The world is no longer defined for us from third-party eyes. … Students have the potential for defining it themselves by direct interaction with others anywhere in the world.” Global understanding, however, isn’t the only benefit of the projects. With collaborations that involve an outside audience, students “have a real-life purpose and accelerated motivation to develop their literacy skills,” says Rennebohm Franz.

Both writing and art go through structured processes that are enhanced by the immediacy of the Internet and the physical ease of using a keyboard and word processing software to edit. Students are willing to spend more time writing because they don’t have to hold a pencil; they work on meaning more, and they like editing. They also know they have to make their meaning clear for an audience of peers who may not speak English well.

Rennebohm Franz has developed the WRITE to Care Framework, a process for integrating reading, writing, and communication/technology “while participating in meaningful local to global telecommunications projects that make positive differences in their school, community, region, state, country, and the world.”

“On the computer you get to edit to make your writing better so other people can read your ideas,” explains one student. “It would be hard to write everything down by hand because your hands get all sweaty holding the pencil and you need lots of paper because you have to copy everything over. And with a pencil you have to erase, and sometimes the erasing doesn’t work very well, and the paper tears. When you have the computer, you can just delete and type again!”

Rennebohm Franz says technology “makes it possible to do collaborative projects across cultures and continents.” And unlike when she joined iEARN, her classes have all-the-time T1 Internet connections. Her classes also have access to other technology. Students publish Web sites and make movies, for which they do everything from digital videotaping, editing, ordering, and sequencing clips to titling and narration. They use PowerPoint ® presentations and digital slide shows. “So many children are visual learners, and the computer can help them,” says Rennebohm Franz.

A number of projects include sharing student artwork with students in classes around the world.

Credit: Sunnyside Elementary School

Next Step: International Videoconferences

The Washington Legislature has provided many schools across the state with access to videoconferencing, and Rennebohm Franz’s students are hoping to one day expand the live presentations about water habitat they have had with the John Stanford International School in Seattle to overseas schools. But even that intrastate relationship has deepened global understanding. If Seattle is real, and “we exchange our work with them, then places like Novosibirsk, Russia, and Uden, Netherlands, and Mayaguez, Puerto Rico, become real,” she says.

Whether they’re e-mailing their stories and scanned drawings, sending and receiving videotapes of projects, talking on video conferences, or presenting their findings at city council meetings and education conferences, Rennebohm Franz’s students realize they’re an important part of a larger world. What they find and report makes a difference as they simultaneously learn from and teach children and adults about meaningful topics.

A second grader sums up her experiences: “I think all the children all over the world should have what they need to read and write like we have.” Then she added, “And thanks to all the teachers around the world.”

Sara Armstong is a former Edutopia staff member.

Will Linux Emit Event When Monitor Connect With D


Linux is an open-source operating system that is popular among developers and system administrators. It is known for its flexibility, reliability, and security features. One of features that make Linux stand out from other operating systems is its ability to interact with various hardware components seamlessly. In this article, we will discuss whether Linux emits events when a monitor is connected with a D-sub connector. We will explore various methods that can be used to detect and manage connection of monitors to Linux-based systems.

What is D-sub connector?

Before we dive into details of how Linux interacts with monitors connected with D-sub connectors, let us first understand what a D-sub connector is. A D-sub connector is a type of electrical connector commonly used for video signals. It is named after its D-shaped metal shell that provides mechanical support, electromagnetic shielding, and grounding. D-sub connectors come in various sizes and pin configurations, depending on their application.

Does Linux emit events when a monitor is connected with a D-sub connector?

The short answer to this question is yes. Linux does emit events when a monitor is connected with a D-sub connector. However, events that are emitted may vary depending on version of Linux and desktop environment being used.

In Linux, when a monitor is connected or disconnected, system generates a corresponding event. These events are called “hotplug events” or “plug and play events.” hotplug events are used to detect and manage connection of various hardware components to Linux-based system, including monitors connected with D-sub connectors.

Detecting monitor connection with udev

udev is a Linux subsystem that manages device nodes in /dev directory. It is responsible for detecting and configuring hardware devices as they are plugged into system. udev can also be used to detect connection of monitors to system.

To detect connection of a monitor with a D-sub connector, you can use following udev rule −

ACTION=="change", SUBSYSTEM=="drm", ENV{HOTPLUG}=="1", RUN+="/path/to/your/"

This rule will trigger execution of chúng tôi file when a monitor is connected or disconnected from system. chúng tôi file can contain commands to perform various actions, such as configuring monitor’s display settings or adjusting system’s resolution.

Detecting monitor connection with xrandr

xrandr is a Linux command-line tool that can be used to detect and manage connection of monitors to system. It provides an interface to X RandR (X Resize and Rotate) extension, which allows for dynamic configuration of screen layout, resolution, and orientation.

To detect connection of a monitor with a D-sub connector using xrandr, you can use following command −

This command will return a non-zero exit code if a monitor is connected to VGA-0 port. You can then use conditional statements in your script to perform actions based on exit code.

Managing monitor connection with xrandr

Once a monitor is detected using xrandr, you can use same tool to manage its connection. For example, you can use xrandr to adjust resolution, orientation, and screen layout of connected monitor.

To change resolution of a connected monitor, you can use following command −

xrandr --output VGA-0 --mode 1280x1024

This command sets resolution of monitor connected to VGA-0 port to 1280×1024. You can change mode to any supported resolution of connected monitor.

Other desktop environments such as KDE and Xfce also provide their own tools for managing monitor connections. These tools can be customized to fit specific needs of your Linux-based system and provide a seamless and intuitive user experience.

In addition to tools provided by desktop environment, there are also third-party tools and applications available for managing monitor connections in Linux-based systems. For example, arandr application provides a graphical interface for managing monitor connections using xrandr. It allows you to easily configure screen layout, resolution, and orientation of connected monitors using a drag-and-drop interface.


In conclusion, Linux does emit events when a monitor is connected with a D-sub connector, and there are several ways to detect and manage connection using tools such as udev and xrandr. These tools provide a flexible and convenient way to manage display settings of monitors connected to Linux-based systems.

It is worth noting that specific events that are emitted and methods used to manage connection may vary depending on version of Linux and desktop environment being used. Therefore, it is important to consult documentation for your specific Linux distribution and desktop environment to determine best approach for detecting and managing monitor connections.

Audi Q7 Features Virtual Cockpit In Premium Suv

Audi Q7 features Virtual Cockpit in premium SUV

Inside the newly announced Audi Q7, the newest version of Audi virtual cockpit will run the show. Users will be working with a new MMI all-in touch control unit, and both Google Android Auto and Apple CarPlay are also able to be run to connect to users’ iPhone or Android smartphone. This vehicle makes its debut at the North American International Auto Show in Detroit, bringing on a vehicle that emphasizes Audi’s abilities to deliver a vehicle with lightweight construction, efficiency, and smart assistance systems inside.

Inside this beast’s smart systems is an NVIDIA T30 (Tegra 3) processor. We first heard about NVIDIA and Audi’s plan to team up with Tegra 3 all the way back in 2012 at CES.

Two main displays are present in the base model of this vehicle. You’ll find the 7-inch MMI central monitor that rises up from the instrument panel when the system is started as well as a monitor that replaces your standard dash.

This dash monitor is the Audi virtual cockpit, a 12.3-inch, 1,440 x 540 pixel TFT LCD display. This system works with “3D graphics”, showing off more than one optional system – most of the time you’ll be rolling with speed, RPM, and gas dials, but you’ll also have the option of summoning a variety of smart systems.

Below you’ll see our experience with Audi virtual cockpit with Audi in Ingolstadt, Germany.

Have a peek at our extended hands-on look at Audi Virtual Cockpit from earlier this year, as well.

Behind the driver and passenger-side seats you’ll find two optional Audi tablets. Both of these tablets run on NVIDIA Tegra 4 processors and have access to MMI navigation plus via WiFi. This gives the tablets access to the radio, media, navigation, and car functions.

Both of these tablets work with 10.1-inch displays and run Android, with full Google Play access. According to Audi, they’re both “temperature-resistant and offer the necessary crash safety lacking in conventional end-device solutions.”

Sound in this vehicle is provided by a Bang & Olufsen Advanced Sound System. This means 3D sound and the ability to “fascinate even discerning hi-fi users.” You’ll also have the option of working with a Bose sound system – also with 3D sound.

This vehicle also has an optional Audi phone box. This system connects the cell phone to the car’s cellular phone antenna. You’ll also have option updates shortly after the vehicles launch for inductive charging and wireless smartphone connectivity.

You’ll be going plug-in hybrid style with the Audi Q7 e-tron quattro, bringing its powerful electric drive system to the world in 2023. This system will be the world’s first plug-in hybrid with a six-cylinder diesel and quattro all-wheel drive.

This SUV consumes .7 liters of fuel per 100 kilometers (138.4 US mpg), bringing you to a CO2 equivalent of less than 50 grams per kilometer (80.5 g/mi).

Inside you’ll find lithium-ion battery technology, this unit able to store 17.3 kWh of energy. With this power you’ll be able to roll out up to 56 kilometers (34.8 mi) in pure electric mode.

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