If you're feeling the pinch of lack of HDMI inputs on their monitors, you'll find this little dongle from the bi-lanes of Tokyo's Akihabara shopping district handy. The TEC HDCOM-001, as it's called, has a male D-Sub connector on one end, which plugs into the D-Sub connector of your monitor, and an HDMI input. The HDMI connection can carry both video to the monitor and up to 6 channels of audio, which are given out by the dongle as analog audio outputs. The gadget could come handy when pairing Ultrabooks (which lack D-Sub, and provide HDMI) with analog monitors, or those which lack HDMI inputs. It can also be used the other way, to convert D-Sub to HDMI, using an included male to female cable. Its DAC supports display resolutions as high as 1920 x 1080, with 60 Hz refresh rate. Measuring 41 x 72 x 18 mm, it weighs about 120 g. It is priced at 5,480 JPY (US $68).

Arduino announces the release of the new Arduino Due board based on the Cortex M3 ARM processor. The release of the 1.0 Arduino platform in 2011 represented a milestone for Open Source Hardware: after six years of development, Arduino is declared mature and stable.
Once this was achieved, the team applied itself to the new version of Arduino designed to provide more creative options to users. The result of this work is the Arduino Due, a board that provides increased performance and faster connectivity at an affordable price (49 USD MSRP).

Arduino Due is ideal for those who want to build projects that require high computing power such as the remotely-controlled drones that, in order to fly, need to process a lot of sensor data per second. Arduino Due gives students the opportunity to learn the inner workings of the ARM processor in a cheaper and much simpler way than before.

The ASUS Xonar Essence One MUSES Edition USB digital-to-analog converter and headphone amplifier carries on the award-winning tradition established by previous Xonar Essence products. It includes acclaimed MUSES 01 Op-Amps from New Japan Radio Co. Ltd., generating bigger, bolder, and livelier sound to meet the highest audiophile standards. The product maintains a swappable Op-Amp approach, and includes highlights such as WIMA capacitors, linear power delivery, XLR connectors, symmetrical 8X upsampling, a dedicated 600ohm headphone amplifier, and 120dB SNR. Xonar Essence One MUSES Edition proves ASUS Xonar products continue to lead the way in marrying audiophile-grade hardware with PC-based multimedia.

Follow up to winner of CES Innovations Awards
The latest Xonar offering improves on Xonar Essence One, winner of a 2012 CES Innovations Award in the audio component category. Xonar engineers and product managers continuously aim to improve sound quality, resulting in Xonar Essence One Plus Edition launching in June 2012 with an Op-Amp DIY kit, which allows customers to easily tune sound to their preference. The third Xonar Essence One offering, Xonar Essence One MUSES Edition maintains this pursuit of sound excellence, integrating some of the best audio components in the industry.

At next week's Design Automation Conference (DAC) in San Francisco, Calif., GLOBALFOUNDRIES plans to demonstrate an enhanced silicon-validated design flow for its 28nm Super Low Power (SLP) technology with Gate First High-k Metal Gate (HKMG). The flow provides proven and complete front-to-back support for advanced analog/mixed-signal (AMS) design using the industry's latest design automation technology. In addition, the company will reveal jointly developed design flows with its EDA partners in certifying both analog and digital "double patterning aware" flows for its 20nm process, with silicon validation expected in early 2013 at that technology node.

As a result of GLOBALFOUNDRIES' commitment to silicon validation of flows before releasing them, customers have the confidence to produce signoff-ready 28nm digital and analog designs using the industry's most advanced set of design tools, tool scripts, and methodologies from the leading EDA suppliers. The company's tight collaboration with the design tool and IP ecosystem also accelerates its ability to develop working flows for advanced nodes such as 20nm, providing their advantages in gate density, performance, and lower power to customers ahead of other foundries.

A new DAC by Rubicon, the Rubicon Antelope, seeks to address the problem of jitter using a rubidium atomic clock instead of a crystal oscillator. Modern electronics rely on oscillators and clock-generators to time the flow of everything from signals to well-structured packets of data. Often the accuracy of these could impact on signal quality (think of a packet "missing the bus" due to bad timing), during digital to analog conversion. External DACs tend to suffer jitters during digital to analog conversion, which could ruin the experience for extreme-Audiophiles.

Rubicon used the most accurate clock generation technique known to man, by implementing a rubidium atomic clock. This clock, Rubicon claims, is 100,000 times more stable than conventional crystal oscillators. Although it sounds gimmicky to the mainstream, atomic clock-based equipment very much are used in big-budget professional mastering studios. Other features include 64-bit acoustically-focused clocking jitter management technology; 384 kHz D/A and A/D converters; ultra-linear, dual stage headphone amps; de-jittered audio S/PDIF output; DLNA streaming capabilities through an Ethernet interface.