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3D News

In our opinion, there are far too few people out there taking 3D images and one major reason is the perceived difficulty barrier—taking two images and combining them for a stereo effect with special software or using custom twin digital SLR camera rigs is simply too complex and/or expensive for most of us mere mortals. Enter the 3D-capable point-and-shoot, the latest of which is Panasonic’s upcoming Lumix DMC-3D1. Similar to Fujifilm...

Recent Blog Entries

With the exploding popularity of robots, drones and other unmanned systems, there are few better places to see the latest in autonomous technology than at Xponential, the world’s premier gathering of the people who design and build it.

NVIDIA is at this week’s conference in force, showcasing our Jetson TX1 embedded platform in booth 1231 and hosting several times a day a session covering deep learning and onboard artificial intelligence with the TX1.

Among the more than 8,000 attendees from 55 countries worldwide at the New Orleans show is a long list of exhibitors and attendees who use our Jetson tech in their autonomous vehicles and systems. Heading up the list are three amazing companies that just made a splash last month at our GPU Technology Conference in Silicon Valley.

AerialGuard – Advanced Autonomous Navigation

As its dramatic video below shows, AerialGuard’s drone technology enables real-time, fully autonomous tracking and following of objects, including collision avoidance. Its technology uses onboard sensors and processors, including Jetson TK1, for high-level autonomy, backed by ground operator control and cloud-based collective intelligence.

At GTC, AerialGuard presented its advance autonomous capabilities for drones and UAVs, featuring sense and avoid technologies. The company’s innovation goes right down to its modular approach to integrating autonomous functionality into a variety of existing platforms. Check it out in our booth at the show.

Aerialtronics – Zenith of Commercial Drones


Aerialtronics’ Altura Zenith industrial drone starred in the GTC Drone Zone and will be in booth 867 at Xponential. Built for outdoor applications, Altura Zenith can reach flight speeds up to 55 mph and carry payloads weighing up to 5 kg. The company is making a mark in business operations, revolutionizing the way business resources can be managed and providing aerial data systems for a range of commercial applications.

The Altura Zenith is designed and developed according to aviation-grade quality standards. At GTC, the drone tracked people and objects using an infrared camera, overlaying a real-time infrared feed in lock-step with a standard color video feed. These were fed into both the camera gimbal and the flight control system.

Liquid Robotics – Sailing the Ocean Blue

Liquid Robotics captured the GTC crowd’s imagination with its autonomous Wave Gliders. The unmanned sea-faring vehicles operate individually or in fleets, delivering real-time data for up to a year with no fuel. The gliders use an innovative design to draw energy from ocean waves, with a surface-mounted solar panel powering a Jetson TK1 and other onboard electronics.

Built to withstand the extreme conditions of life at sea, Wave Gliders are in use by defense, commercial and academic customers to assess, monitor and protect the ocean. Liquid Robotics will be in booth 1300 at Xponential.

The post Look, Ma, No Hands! 3 Unmanned Systems Companies to Watch at Xponential 2016 appeared first on The Official NVIDIA Blog.

Iray for Rhino is now available for $295 a year. With it, product designers, architects and others using physically based rendering can render within Rhino’s viewports for continual, realistic feedback while crafting a digital model’s form, materials and lighting.

Iray’s physically based capability predicts the behavior of real-world materials and lights. It gives accurate results with minimum setup or specialized knowledge. So you can create the most realistic and predictive digital models possible.

Model courtesy of DeWALT, rendered with Iray for Rhino.

“Making highly photorealistic pictures easily and quickly is a competitive asset for us, but also a great way to show our work to customers and specialized press in our industry,” said Pierre Delion, founder of Pierre Delion/ Architecture navale, a naval architecture firm based in Nantes, France. “With Iray for Rhino, we have a digital camera creating photos of our new designs before we build them.”

Image courtesy of Pierre Delion/ Architecture navale.

Iray for Rhino supports the NVIDIA vMaterials Library as well as material exchange capabilities with other MDL-compatible applications, such as Iray for Maya, Iray for 3ds Max or Iray for Cinema 4D. It’s integrated with Rhino’s database for use with Rhino’s layer system, so users can intuitively create materials that reflect the real world.

Diamond ring rendered with Iray for Rhino using vMaterials.

Iray for Rhino also works with Iray Server, our distributed rendering solution. Iray server lets you harness a network of machines to speed up the rendering process and make light work of your largest images. In addition, you can always make Iray go even faster with the added GPU power of eight high-end GPUs in the Quadro Visual Computing Appliance.

Download the 90-day free trial to try the plug-in today with your own models.

The post How Iray for Rhino Lets Architects, Designers Bring Their Creations to Life appeared first on The Official NVIDIA Blog.