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Intel CEO Introduces Vision for Merged Reality at 2016

Intel Developer Forum

The 2016 Intel Developer Forum (IDF)

kicked off today in San Francisco with an

opening keynote by Intel CEOBrianKrzanich.

Krzanich articulated the company’s vision

for the future of technology spanning virtual

reality, autonomous driving, the industrial

Internet, and the important role developers

play in bringing this future to life. On stage,

and in an editorial on Medium, Krzanich

explained his vision for merged

reality - a new way of experiencing

physical and virtual interactions and

environments through a suite of next-

generation sensing and digitizing

technologies.

According to Krzanich, “Merged reality

delivers virtual world experiences

more dynamically and naturally than ever before – and makes

experiences impossible in the real world now possible.”

A replay of today’s keynote will be available here in the Intel

newsroom. Below is a summary of the IDF Day 1 news. Please

check back for 2016 IDF news and updates.

IDF Day One News Highlights:

Unveiled Intel Project Alloy, an all-in-one virtual reality solution

that features the compute and sensors integrated directly into

the headset and leverages Intel® RealSense™ technology.

Project Alloy will be offered as an open hardware platform in

2017. More information at “Intel Unveils Project Alloy.

Announced a collaboration with Microsoft to bring virtual reality

to mainstream PCs. This new high-end compute platform is

capable of delivering human-like senses to a new generation

of smart devices and is now available.

More information at “Make Amazing Things

Happen in IoT and Entrepreneurship with

Intel Joule.”

Announced the availability of the Yuneec

Typhoon H drone with Intel RealSense

technology, the Intel Aero Platform

Compute Board and the Intel Aero Platform

Ready-to-Fly Drone. More information at

“New Opportunities and Tech for

Drone Developers and Enthusiasts.”

Announced the Intel

®

Euclid™

Developer Kit for researchers, makers

and robotics developers. This device

integrates sense, compute, and

connect capabilities in an all-in-one

candy bar size form-factor that gives developers the ability

to quickly and easily create applications with Intel RealSense

technology. More information at “Intel Announces Tools for

RealSense Technology Development.”

Intel Custom Foundry announced its 10 nm design platform will

now offer access to ARM Artisan

®

physical IP to enable foundry

customers to achieve best-in-class PPA (power, performance,

area) for power-efficient, high-performance implementations of

their designs for mobile, IoT and other consumer applications.

Zane Ball, co-general manager of Intel CustomFoundry, explained

the news in a blog post and also welcomed LG Electronics as an

Intel Custom Foundry customer on 10 nm. More information at

“Accelerating Foundry Innovation for a Smart and Connected

World.”

Intel CEO Brian Krzanich welcomes thousands of

developers to the 2016 Intel Developer Forum in

San Francisco on Tuesday, Aug. 16, 2016, with an

opening keynote presentation. His presentation

offered perspective on the unique role Intel will

play as the boundaries of computing continue to

expand.

(Credit: Intel Corporation)

Tektronix Begins Delivery of the IsoVu™ Optically Isolated

Measurement System

Tektronix, a leading worldwide provider of measurement

solutions, today announced that the IsoVu™ Measurement

System previewed earlier this year at the APEC 2016 show is

now shipping and available for worldwide delivery to customers.

Pricing for the optically isolated measurement system starts at

$12,000. For full details, visit the Tektronix site.

IsoVu Technology Combines 1 GHz Bandwidth, Wide Common

Mode Range, with Superior Common Mode Rejection to Make

Previously Hidden Signals Visible

The IsoVu™ platform uses an electro-optic sensor to convert

input signals to optical modulation, electrically isolating the

device-under-test from a Tektronix oscilloscope. The system

incorporates four separate lasers, an optical sensor, five

optical fibers, and sophisticated feedback and control

New-Tech Magazine Europe l 15