2:13
NXP Semiconductors - corporate movie
NXP Semiconductors corporate movie. A video about who NXP Semiconductors is as a company i...
published: 10 May 2011
author: nxpsemiconductors
NXP Semiconductors - corporate movie
NXP Semiconductors - corporate movie
NXP Semiconductors corporate movie. A video about who NXP Semiconductors is as a company in their new positioning towards HPMS (high performance mixed signal).- published: 10 May 2011
- views: 4052
- author: nxpsemiconductors
4:47
Clip-Bonding - NXP Semiconductors Quick Learning 1
Clip-Bonding, a basic introduction of the NXP Semiconductors packaging technology and adva...
published: 04 Oct 2011
author: nxpsemiconductors
Clip-Bonding - NXP Semiconductors Quick Learning 1
Clip-Bonding - NXP Semiconductors Quick Learning 1
Clip-Bonding, a basic introduction of the NXP Semiconductors packaging technology and advantages of using it for specific applications.- published: 04 Oct 2011
- views: 2459
- author: nxpsemiconductors
2:16
NFC Mobile Payments Accelerate Lunch Service at NXP Cafeteria
Faster payment at the checkout counter, shorter queues -- before you know it, you're sitti...
published: 21 Dec 2012
author: nxpsemiconductors
NFC Mobile Payments Accelerate Lunch Service at NXP Cafeteria
NFC Mobile Payments Accelerate Lunch Service at NXP Cafeteria
Faster payment at the checkout counter, shorter queues -- before you know it, you're sitting down happily with your colleagues at lunch in the company cafete...- published: 21 Dec 2012
- views: 1280
- author: nxpsemiconductors
1:36
NXP Semiconductors brand video
Brand video NXP Semiconductors, the vibrant semiconductors company born out of Philips Sem...
published: 28 Jul 2008
author: Mariekevanrenssen
NXP Semiconductors brand video
NXP Semiconductors brand video
Brand video NXP Semiconductors, the vibrant semiconductors company born out of Philips Semiconductors.- published: 28 Jul 2008
- views: 3770
- author: Mariekevanrenssen
9:05
NXP Semiconductors Ultra Low Power Real Time Clocks (RTC)
NXP Semiconductors Ultra Low Power Real Time Clocks (RTC)...
published: 23 Apr 2012
author: Interface Chips
NXP Semiconductors Ultra Low Power Real Time Clocks (RTC)
NXP Semiconductors Ultra Low Power Real Time Clocks (RTC)
NXP Semiconductors Ultra Low Power Real Time Clocks (RTC)- published: 23 Apr 2012
- views: 450
- author: Interface Chips
7:13
NXP Semiconductors Achieves Transparency through Centralization
Hear how NXP Semiconductors utilizes the Cloud and DevOps strategies to accelerate softwar...
published: 24 Apr 2012
author: CollabNet
NXP Semiconductors Achieves Transparency through Centralization
NXP Semiconductors Achieves Transparency through Centralization
Hear how NXP Semiconductors utilizes the Cloud and DevOps strategies to accelerate software delivery and increase productivity throughout the organization.- published: 24 Apr 2012
- views: 432
- author: CollabNet
1:07
NXP Semiconductors - Automotive
NXP Semiconductors is the leader in vibrant media technologies that help engineers and des...
published: 15 Feb 2008
author: NXPRecruitment
NXP Semiconductors - Automotive
NXP Semiconductors - Automotive
NXP Semiconductors is the leader in vibrant media technologies that help engineers and designers develop products that deliver better sensory experiences. We...- published: 15 Feb 2008
- views: 2373
- author: NXPRecruitment
2:11
NXP Semiconductors - CES 2014 - 7-10 January 2014 Las Vegas USA
NXP: Secure Connections for a Smarter World
http://www.nxp.com/events/ces2014/
The electr...
published: 06 Jan 2014
NXP Semiconductors - CES 2014 - 7-10 January 2014 Las Vegas USA
NXP Semiconductors - CES 2014 - 7-10 January 2014 Las Vegas USA
NXP: Secure Connections for a Smarter World http://www.nxp.com/events/ces2014/ The electronics industry is being driven by 4 key mega trends that are shaping our society: Energy Efficiency, Connected Devices, Security and Health. Connecting to these trends, NXP designs and manufactures High-Performance Mixed-Signal Solutions that enable Secure Connections for a Smarter World. NXP innovations are used in a wide range of applications, including: Automotive, Identification, Mobile, Wireless Infrastructure, Lighting, Industrial, Consumer and Computing. We enable our customers to differentiate their products through features, cost of ownership and/or time-to-market.- published: 06 Jan 2014
- views: 327
2:44
NXP TFA9890: Breakthrough sound quality on mobile devices
In a push for better sound quality and more output volume, leading mobile phone makers hav...
published: 27 Feb 2013
author: nxpsemiconductors
NXP TFA9890: Breakthrough sound quality on mobile devices
NXP TFA9890: Breakthrough sound quality on mobile devices
In a push for better sound quality and more output volume, leading mobile phone makers have been raising the internal voltage used to drive micro speakers --...- published: 27 Feb 2013
- views: 1895
- author: nxpsemiconductors
3:05
LFPAK - NXP Semiconductors Quick Learning 5
...
published: 05 Oct 2011
author: nxpsemiconductors
LFPAK - NXP Semiconductors Quick Learning 5
LFPAK - NXP Semiconductors Quick Learning 5
- published: 05 Oct 2011
- views: 874
- author: nxpsemiconductors
6:47
High-Speed Multiplexers & Switches by NXP Semiconductors
Overview of multiplexers and switches by NXP Semiconductors. For more information on NXP h...
published: 09 Jun 2011
author: nxpsemiconductors
High-Speed Multiplexers & Switches by NXP Semiconductors
High-Speed Multiplexers & Switches by NXP Semiconductors
Overview of multiplexers and switches by NXP Semiconductors. For more information on NXP high-speed interface technology for computing applications, and orde...- published: 09 Jun 2011
- views: 629
- author: nxpsemiconductors
5:17
BLP05H6500P RF power transistor - NXP Semiconductors Quick Learning 14
The BLP05H6500P delivers high power, efficiency and extreme ruggedness combined in a plast...
published: 02 Jan 2012
author: nxpsemiconductors
BLP05H6500P RF power transistor - NXP Semiconductors Quick Learning 14
BLP05H6500P RF power transistor - NXP Semiconductors Quick Learning 14
The BLP05H6500P delivers high power, efficiency and extreme ruggedness combined in a plastic package. This gives you the advantage of enabling a cost-down so...- published: 02 Jan 2012
- views: 297
- author: nxpsemiconductors
4:33
I2C-bus devices from NXP Semiconductors - Innovation made simple
NXP Semiconductors invented the I2C bus and continues to lead innovation for maximizing th...
published: 30 Aug 2013
I2C-bus devices from NXP Semiconductors - Innovation made simple
I2C-bus devices from NXP Semiconductors - Innovation made simple
NXP Semiconductors invented the I2C bus and continues to lead innovation for maximizing the efficiency of your designs. Learn more about the I2C peripherals and enablers at www.nxp.com/I2C-bus- published: 30 Aug 2013
- views: 16
2:09
High-linearity SDARS LNA for automotive active antennas - NXP Semiconductors Quick Learning 13
High-linearity requirements for SDARS applications for second-stage LNAs in automotive act...
published: 03 Jan 2012
author: nxpsemiconductors
High-linearity SDARS LNA for automotive active antennas - NXP Semiconductors Quick Learning 13
High-linearity SDARS LNA for automotive active antennas - NXP Semiconductors Quick Learning 13
High-linearity requirements for SDARS applications for second-stage LNAs in automotive active antennas. For more information on the BFU690F: http://www.nxp.c...- published: 03 Jan 2012
- views: 363
- author: nxpsemiconductors
Vimeo results:
3:34
NXP - MIFARE BRAND FILM
For the global brand NXP Semiconductors we created a brand film promoting their MIFARE pro...
published: 30 Jan 2013
author: EAT MY DEAR
NXP - MIFARE BRAND FILM
For the global brand NXP Semiconductors we created a brand film promoting their MIFARE product line. MIFARE is a technology that used for contactless smart card systems consisting of card and reader components. It is used in over 40 different applications (and counting) – such as road tolling, airline ticketing, access management and gift cards, MIFARE consists of chip solutions for contactless and dual interface smart cards and reader devices.
Once again we decided to mix live action with CG generated environments. A one day’s shoot in a green-screen studio with revolving stages, more than ten actors, since real actors in CG generated environments emphasize the ease, MIFARE products add to everyday’s life.
The film features the history of the product’s development and the constantly growing applications as well as future prospects.
EAT MY DEAR produced, directed and animated the film using live-action and digital environments.
Client
NXP
Produced and Directed
EAT MY DEAR
DOP
VIKTOR SCHAIDER
Team EAT MY DEAR
MICHAEL OLEA
ANTON WOLL SÖDER
BENJAMIN PHILIPPOVICH
MONA SCHWAIGER
CHRISTOPH KUSCHNIG
BEATE HÖLLER
CHRISTIAN LEITNER
MARKUS HORNOF
PATRICK STURM
Copywriter
CHRISTOPH KUSCHNIG
Music and Sound
WE SAY WE SAY
Voice Over
STEVE CRILLEY
1:14
Biological Representation
For my final exam at the School of Arts in Groningen, I developed a system which visualize...
published: 08 May 2009
author: Andries Reitsma
Biological Representation
For my final exam at the School of Arts in Groningen, I developed a system which visualizes visitors of our exhibition. The visitor receives an RFID tag at the entrance, this tag will be used to store characteristics provided by the visitor. The tag is scanned once the visitor approaches my project. If the tag gets recognized it will display an item on a big screen. The item behaves like an individual on this screen, with the characteristics provided.
The system that scans the visitors is called ODIN. The system is named after Odin, a god from the Norse mythology who offered an eye to become omniscient. The visualization of the data provided by ODIN is based on Biological Representation, which closely connects to my thesis. The usage of biological patterns and behavior is increasing in Numerical Representation, Biological Representation is the result of this evolution…
Lot’s of thanks goes out to TNO and NXP Semiconductors for supplying equipment an labels.
56:45
Scott McGregor, President & CEO, Broadcom; with Gary Beach, author, US Technology Skills Gap
Video from a Live Talks Business Forum with Scott McGregor, President & CEO, Broadcom. McG...
published: 25 Sep 2013
author: Ted Habte-Gabr
Scott McGregor, President & CEO, Broadcom; with Gary Beach, author, US Technology Skills Gap
Video from a Live Talks Business Forum with Scott McGregor, President & CEO, Broadcom. McGregor was in conversation with Gary Beach, Publisher Emeritus, CIO Magazine and author, The US Technology Skills Gap Forum was held September 19, 2013 at Gensler, downtown Los Angeles, For more info on the Live Talks Business Forum, visit: www.livetalksbusiness.com
Scott McGregor serves as President and Chief Executive Officer of Broadcom Corporation. In this role, he is responsible for guiding the vision and direction for the company’s growth strategy. Since joining Broadcom in 2005, the company has expanded from $2.40 billion in revenue and 3,250 employees to $8.01 billion in 2012 revenue and 11,750 employees. In addition, Broadcom’s geographic footprint has grown from 13 countries in 2005 to 24 and its patent portfolio has expanded from 4,800 U.S. and foreign patents and applications to more than 19,350.
Mr. McGregor joined Broadcom from Philips Semiconductors (now NXP Semiconductors) where he served as President and CEO from 2001 to 2004. He joined Philips in 1998 and rose through a series of leadership positions. Prior to joining Philips, Mr. McGregor served in a range of senior management positions at Santa Cruz Operation Inc. (SCO), a provider of open systems software. He also served in senior positions at Digital Equipment Corporation (now part of HP) and Microsoft, where he was Director of the Interactive Systems Group and architect and development team leader for the original version of Microsoft Windows®. Prior to Microsoft, Mr. McGregor worked at Xerox Corporation’s Palo Alto Research Center (PARC), where he was involved in designing software for the first personal computers employing graphical user interfaces.
McGregor received a B.A. in Psychology and a M.S. in Computer Science and Computer Engineering from Stanford University. He serves on the board of Ingram Micro, on the Engineering Advisory Council for Stanford University and also is President of the Broadcom Foundation.
Gary J. Beach, Publisher Emeritus of IDG's CIO Magazine, is the author of the The U.S. Technology Skills Gap: What Every IT Exec Needs to Do to Save America’s Future. Beach is a highly regarded spokesperson throughout the United States and the global technology industry and he has testified on key issues facing the IT industry before the U.S. House and Senate. From the Oval Office of the White House in 1995, Beach launched an IT non-profit organization called Tech Corps that continues to challenge IT professionals to assist the education tech issues of K-12 schools in America. As an expert on the role of the CIO, IT best practices and future IT predictions, he is frequently quoted by CNN, USA Today, The New York Times, The San Francisco Chronicle and Business Week. Beach has been a regular contributor on CNBC’s Squawk Box, Squawk on the Street and Closing Bell for more than 10 years. From 1998 – 2002 he contributed commentaries on key tech issues to NPR’s “All Things Considered” program.
Prior to joining CIO magazine in 1997, Beach was publisher and president of two IDG publications, Computerworld and Network World. He joined IDG in 1987 after a 10 year career in managerial posts at McGraw-Hill, Inc.
2:14
NXP / Hands
When faced with the challenge of using existing material for a corporate video for NXP. An...
published: 05 Mar 2012
author: SabeanImage
NXP / Hands
When faced with the challenge of using existing material for a corporate video for NXP. And not great material to boot, mostly stills and mediocre video, we used it small and put it in an interesting and engaging package.
Created and directed by Richard Sabean
Producer - Jeanette Gonzalez
Youtube results:
2:20
LFPAK Power-SO8 vs. DPAK - NXP Semiconductors Quick Learning 18
As automotive applications become more complex, additional real-estate is required within ...
published: 29 Mar 2012
author: nxpsemiconductors
LFPAK Power-SO8 vs. DPAK - NXP Semiconductors Quick Learning 18
LFPAK Power-SO8 vs. DPAK - NXP Semiconductors Quick Learning 18
As automotive applications become more complex, additional real-estate is required within the same module size. In applications such as engine controllers, t...- published: 29 Mar 2012
- views: 717
- author: nxpsemiconductors
3:56
Triacs - NXP Semiconductors Quick Learning 3
NXP's three-quadrant Hi-Com triacs are the ideal choice for controlling any load, deliveri...
published: 05 Oct 2011
author: nxpsemiconductors
Triacs - NXP Semiconductors Quick Learning 3
Triacs - NXP Semiconductors Quick Learning 3
NXP's three-quadrant Hi-Com triacs are the ideal choice for controlling any load, delivering outstanding reliability and simplifying circuit design.- published: 05 Oct 2011
- views: 3385
- author: nxpsemiconductors
3:08
Evaluating BGA7210 Variable Gain Amplifier - NXP Semiconductors Quick Learning 15
Demonstration of how you can evaluate digital variable gain amplifier performance with the...
published: 04 Jan 2012
author: nxpsemiconductors
Evaluating BGA7210 Variable Gain Amplifier - NXP Semiconductors Quick Learning 15
Evaluating BGA7210 Variable Gain Amplifier - NXP Semiconductors Quick Learning 15
Demonstration of how you can evaluate digital variable gain amplifier performance with the BGA7210 customer evaluation kit. Product information page: http://...- published: 04 Jan 2012
- views: 1202
- author: nxpsemiconductors
3:34
50W Broadband RF power GaN - NXP Semiconductors Quick Learning 10
CLF1G0035-50 is a broadband general purpose 50 W amplifier with first generation GaN HEMT ...
published: 02 Jan 2012
author: nxpsemiconductors
50W Broadband RF power GaN - NXP Semiconductors Quick Learning 10
50W Broadband RF power GaN - NXP Semiconductors Quick Learning 10
CLF1G0035-50 is a broadband general purpose 50 W amplifier with first generation GaN HEMT technology from NXP. Frequency of operation is from DC to 3500 MHz....- published: 02 Jan 2012
- views: 804
- author: nxpsemiconductors