Canon EOS M

SENSOR: 18-megapixel APS-C Hybrid CMOS | PROCESSOR: Digic 5 | ISO RANGE: 100-12800 | SCREEN: 3.0-inch Clear View LCD II touchscreen | BATTERY: 230 shots | SIZE: 108*66*32mm

Google Nexus 7

OS: Android 4.1 Jelly Bean | SCREEN: 7-inch,1280x800, 216ppi | PROCESSOR/RAM: 1.2GHz quadcore Tegra 3/1GB | STORAGE: 8GB or 16GB | CONNECTIVITY: N Wi-Fi, Bluetooth 3.0, A-GPS, 3.5mm audio | FRONT CAM: 1.2-meg/video not quoted | SIZE: 199*120*11.5mm | WEIGHT: 340g

Sony F800 Walkman

Memory Capacity: 8GB, 16GB or 32GB | Display: 8.9cm/3.5″ Multi-touch LCD | Audio Formats: MP3, WMA, AAC-LC, HE-AAC, Linear PCM and FLAC | Video Formats: MPEG4, AVC and WMV9 | Charging Time: 4 hours | Other: Bluetooth, headphones supplied

DenonAH-NCW500

Frequency Response: 5-37k Hz | Sensitivity: 112 dB | Impedance: 100 Ohms | Weight: 9.5 ounces | Cord Length: 3' | Other: Airline adapter included, iPod control, volume control and built-in microphone

Aspid GT-21 Invictus

Top speed: 305 km / h, Weight / Power: 0.45 bhp / kg | Displacement: 4.361 liter / 266.1 cu in, Bore and stroke: 92.0 mm (3.6 in) / 82.0 mm (3.2 in), Fuel feed: Fuel injection, Maximum power: 450 bhp / 331 KW @ 8300 rpm, Maximum torque: 440 Nm / 325 ft lbs @ 3750 rpm | Dry weight: 990 kg

Friday, November 22, 2013

5 THINGS I’VE LEARNED ABOUT Getting Better Gigs

I’VE BEEN PLAYING IN BANDS SINCE I WAS IN JUNIOR HIGH SCHOOL. AND whether I’m playing to ten people or ten thousand, for me the goal has always been the same: to get better musically and to get better gigs! Here are five things I’ve learned along the way.

1. Believing Is Step One
I started out as a philosophy major at Harvard, but switched to a major in electronic music when I decided to follow my heart. Soon I was work¬ing with tape loops and Buchla synthesizers and having the time of my life. Believing that I could realize my musical dreams was the first step in actualizing them. To quote that well known John Mayer song, “There’s no such thing as the real world.” If music is in your blood, don’t let anyone tell you a career in it is impossible.

2. Train Like an Athlete
I had a great deal of early classical training, from piano lessons at the Manhattan School of Music as a child to all-around musical immersion cour¬tesy of other members of my family who are also musicians. I credit a great deal of my abilities to my early and continued musical training. Think like an athlete—develop a training routine and stick to it.

3. Push Your Musical Boundaries
I became the musical director for a revue in New York called “The Beat Goes On,” where a house band with 20 singers would do a tribute to a par¬ticular era. We recreated things like music from the British Invasion and Phil Spector’s “wall of sound” approach. Having that gig not only introduced me to countless musicians on the New York scene (who later recommended me for some of my big¬gest gigs), it also taught me new sounds and styles that are now part of my sonic palette. Taking gigs that are outside of your normal box can be a game-changer, musically and networking-wise.

4. Take the Gigs that Excite You
I quit a day job to take a gig that paid the same amount of money, but only for one month. I knew I would have nothing left after four weeks, but the music excited me so much that I threw caution to the wind. By doing so, more gigs came rolling in. Bet on yourself and ultimately you will win.

5. Always Be Improving
Always increase your music collection and your understanding of music history. It’s never too late to get better on your instrument. When in doubt, go back to Bach and James Booker!

Tuesday, November 19, 2013

Let's Get Vertical

In a world increasingly populaied by horizontal sound bars, Artisan has taken a different approach with the high-performance Masterpiece LCR DualMono MK2 speaker system,which produces three front channels from two cabinets flanking the TV The brainchild of renowned speaker designer, Cary Christie—who also developed the first servo-controlled subwoofer and the first on-wall speaker designed to integrate with a flat-panel TV—each speaker comprises a "curved line array' of 16 drivers with a pair of carbon-fiber woofers above and below. In case you lost count, that's a system total of 40 drivers—thirty-two 1-inchers plus eight 35-inch woofers; each woofer duo is housed in its own ported enclosure.
The unusual driver layout is designed to produce a wide horizontal image with controlled vertical dispersion for mid and high frequencies, while Christie patented DualMono technology focuses movie dialogue and other center-channel information in the middle of the TV screen, right where it belongs. The center channel is produced by the inside column of tweeters and the woofers on top, while left- and right-channel sound is projected from the outer tweeter columns and the lower woofers.

All this from a couple of svelte, extruded-aluminum cabinets that are 29,6 inches tall, 6.3 inches wide, and only 2.4 inches deep (2.6 inches with grille), making them ideal for attachment to flat panels with screens 55 inches or larger. The system is rated to play down to 80 hertz for hand-off to a subwoofer, and recommended power is 100 to 250 watts.

A pair of LCRDM-MK2s sells forS3,000, which includes wall mounting brackets. An optional in-wall kit with magnetic grilles is available, and you can even order custom grilles to match the exact height of your TV.

The Chips of iPhone 5(S)

A7 Chip
The new A7 chip has a 64-bit processor that’s twice as fast as that on the iPhone 5. The iPhone 5S is the first phone world­wide to use 64-bit processing, which renders graphics 56 times faster than the original iPhone. Apple wowed the audience with a demo of Infinity Blade III, which showed off features such as depth of field, blur, full-screen vignettes, and a dragon with four times the detail. This chip gives a better mobile graphics performance than any other device. Apple has engineered iOS 7 and all the built-in apps to take advantage of this 64-bit power.
M7 Chip
The iPhone 5S also has an intriguing new M7 motion co­processor, which continuously gathers data from all the sensors on your phone (the accelerometer, gyroscope, and compass). The phone uses this data to provide contextual information, such as knowing when you’re in your car. Apple is using contextual information like this to make your device more intelligent so that it can anticipate your needs. For example, if you’re in your car, your phone would know and could already be monitoring the traffic ahead in case of traffic issues. The feature is also useful for health and fitness apps, such as a pedometer.