Toshiba's Client Solutions Division (CSD) a division of Toshiba America Information Systems, Inc., today announced the first completely wearable Augmented Reality (AR) solution to combine the power of a Windows 10 Pro PC with the robust feature set of industrial-grade smart glasses. Designed for enterprise customers, Toshiba's new dynaEdgeTM AR Smart Glasses packages together the company's new dynaEdge AR100 Head Mounted Display (HMD) with its dynaEdge DE-100 Mobile Mini PC for a completely wearable PC system maximizing mobility, productivity and security without compromising flexibility.

Toshiba's new AR solution provides Document Viewing, Live Video Calls, See-What-I-See, Photo/Video Capture, Alerts/Messaging, Workflow Instruction and Barcode Scanning capabilities making it ideal for a variety of uses cases, including Maintenance, Remote Expert, Manufacturing, QA Inspection & Audit, Logistics, Training and Knowledge Transfer. Available in the second quarter with a starting MSRP of $1,899.99, the dynaEdge AR Smart Glasses is offered in various configurations with processor, memory and storage options as well as developer's kits for different industrial applications.

In a LinkedIn blog post, Microsoft Technical Fellow Alex Kipman shared the company's vision for its Mixed Reality ecosystem for this 2018 year. The vision stands on a three-pronged stance: MR +AI, AR + VR, and Immersive Communication. The first is likely the more exciting of the bunch: marrying MR environments and apps with the power of the cloud to render extensive AI workloads. This starts with the inclusion of AI-processing capabilities intro the next version of Microsoft's HoloLens and its HPU (Holographic Processing Unit). With a strong internet connection, this local processing will be joined by Microsoft's cloud AI processing glut to marry the virtual and physical worlds in an increasingly inseparable mix, allowing for the virtual to perfectly overlap the physical.

The second stance on this Microsoft approach is the marriage of the AR + VR environments in a single product, which both allows for virtual overlays in the physical world, and a comprehensive solution for VR-specific workloads that the same AR headset can propel you to - essentially building a HoloLens + VR headset solution. Finally, Immersive Communication is one of the other applications where Microsoft sees extreme potential in this MR world we're about to enter: where the instant messaging and video chats of the world are superseded by an actual VR solution that places people next to their desired public, be it their loved ones or, frighteningly, their boss, from the comfort of their home or another location they see fit. A focus on actual presence can be brought equally to people separated by an inch or a thousand miles.

Dell today announced it will be the first authorized reseller of the Meta 2 Augmented Reality Development Kit, equipping commercial companies with the tools needed to more easily innovate and adopt new AR technology applications that can advance their business. In partnership with Meta, Dell aims to make AR more accessible for business deployment, particularly in healthcare, manufacturing and construction, by providing tools for creating immersive experiences unique to the needs of those industries.

Dell is the only technology provider with an end to end ecosystem to consume, create and power VR and AR. The new offering with Meta stems from Dell's VR/AR Technology Partner Program, which brings together other innovators in VR and AR to test and collaborate on the best technology solutions for varying applications and experiences. This program allows Dell to help current and potential customers to better navigate the new and rapidly evolving VR/AR ecosystem, by working with partners to verify and certify the best software and hardware solutions for VR and AR applications - bringing standardization where it is needed most.

Today, Intel began shipping two new Intel RealSense D400 Depth Cameras from the next-generation Intel RealSense D400 product family: the D415 and D435, adding 3D capabilities to any prototype development or end user-ready device or machine.

Ideal for makers and educators as well as hardware prototyping and software development, the new depth cameras come in a ready-to-use, USB-powered form factor that pair with a D400 depth module, a turnkey optical depth solution, and the new Intel RealSense vision processor D4 for processing complex depth data in real time. Supported by the Intel RealSense SDK 2.0 - available for the first time as a cross-platform, open source SDK - the cameras can also be used both indoors and outdoors and in any lighting environment.

Recent articles in the media have raised awareness around the processor security vulnerabilities named Meltdown and Spectre. These vulnerabilities are particularly troubling as they are not due to a bug in a particular processor implementation, but are a consequence of the widespread technique of speculative execution. Many generations of processors with different ISAs and from several different manufacturers are susceptible to the attacks, which exploit the fact that instructions speculatively executed on incorrectly predicted code paths can leave observable changes in micro-architectural state even though the instructions' architectural state changes will be undone once the branch prediction is found incorrect. No announced RISC-V silicon is susceptible, and the popular open-source RISC-V Rocket processor is unaffected as it does not perform memory accesses speculatively.

Vuzix Corporation, a leading supplier of Smart Glasses and Augmented Reality (AR) technologies for the consumer and enterprise markets, is pleased to announce the official unveiling of the Vuzix Blade, which was awarded four International CES Innovation 2018 awards in the areas of Fitness, Sports and Biotech; Wireless Handset Accessories; Portable Media Players and Accessories as well as Computer Accessories.

The Vuzix Blade AR Smart Glasses provide a wearable smart display with a see-through viewing experience utilizing Vuzix' proprietary waveguide optics and Cobra II display engine. It's like having your computer or smartphone screen information right in front of you, wherever you go. The Vuzix Blade weighing in at less than 3 oz. represents the first pair of smart glasses that provide the wearer with a sizable virtual screen and brilliant pallet of colors via a thin completely see-through lens, in a fashionable form factor. The Vuzix Blade features adjustable FOV location and brightness, and is prescription ready, enabling any wearer both indoors and out to enjoy a comfortable visual experience. The Vuzix Blade, which can be paired seamlessly to Android or iOS phones enables individuals or workers to leave their phone in their pocket while visually presented with location aware content driven by the user's phone. Built for today's world and usable for work or play, the Vuzix Blade AR Smart Glasses offer the wearer heads up and hands-free mobile computing and connectivity, in an unprecedented form factor.

Vancouver-based startup BioInteractive Technologies Inc. has developed TENZR: the only accurate, hands-free, camera-free, wrist-worn gesture recognition controller for VR AR. For the last three years the company has focused on developing an easy to use, comfortable, accurate, and reliable gesture recognition wearable that will help replace current mobile VR AR controllers. This innovative product will provide a more immersive experience to users by freeing the hand from holding bulky button-based controllers. TENZR's new design is aimed at developers and early adopters that are interested in building and interfacing with systems that have Bluetooth connectivity. Its new design is comfortable, easy to use, and has a similar form factor to Fitbit Charge.

The Video Electronics Standards Association (VESA) today announced a major update to its Display Identification Data (DisplayID) standard. The new version 2.0 of this universal display standard simplifies connecting and configuring modern display products, including PC monitors, consumer TVs and embedded displays (e.g., display panels within laptop and all-in-one systems). The result is a best-in-class plug-and-play experience. Advanced capabilities supported include 4K-and-higher resolutions, high dynamic range (HDR), augmented and virtual reality (AR/VR), and refresh rates of 120 Hz and above.

The DisplayID standard was originally launched in 2009 to enable the widely adopted Extended Display Identification Data (EDID) standard to keep up with newer-generation display technologies. However, with the EDID standard nearing the end of its effectiveness, a standard with new standalone structures, unencumbered by legacy architecture, is needed to properly and efficiently communicate modern display capabilities, thus ensuring an optimal user experience for future display technologies.

ARM processors have been making forays into hitherto shallow markets, with it's technology and processor architectures winning an ever increasing amount of design wins. Most recently, Microsoft itself announced a platform meant to use ARM processors in a server environment. Now, ARM has put forward its plans towards achieving a grand total of 100 billion chips shipped in the 2017-2021 time frame.

To put that goal in perspective, ARM is looking to ship as many ARM-powered processors in this 2017-2021 time frame as it did between 1991 and 2017. This is no easy task - at least if ARM were to stay in its known markets, where it has already achieved almost total saturation. The plan: to widen the appeal of its processor design, with big bets in the AI, Automotive, XR (which encompasses the Virtual Reality, Augmented Reality, and Mixed Reality markets), leveraged by what ARM does best: hyper-efficient processors.