New LED Video Display Installed at Nationwide Headquarters

COLUMBUS, OH –– Nationwide recently installed a large video display at its corporate headquarters in Sensenbrenner Park. The display is located at the corner of East Nationwide Boulevard and North High Street in the heart of downtown Columbus. The LED video display was manufactured by S|N|A.

Nationwide built its corporate headquarters at One Nationwide Plaza in 1978 and the 40-story building is still the largest single office building in Central Ohio.

The Nationwide LED video project features a high-resolution 12 mm pitch S|Video™ display. The wall-mounted LED sign is 22'1" tall by 18'11" wide. The total resolution of the LED display is 560 x 480 pixels.

The project also includes an LED ticker on the pedestrian bridge over North High Street. This display is 1'11" tall by 30'3" wide. The total resolution of the LED ticker is 40 x 760 pixels. Between the two displays, there are close to 300,000 pixels.

For photos of the high-resolution Nationwide LED video display project, please visit www.snallc.com/projects/nationwide. You can find more information about S|N|A and S|Video™ products at www.snallc.com.

S|N|A, LLC is a turn-key provider of LED digital displays and lighting solutions. S|N|A has managed, fabricated, implemented and installed some of the U.S.'s largest spectacular signs while offering its clients a single source for both indoor and outdoor lighting, text, graphic, and video products. S|N|A relies on more than 300 engineers dedicated to research and development and utilizes one million square feet of space for manufacturing, administrative support and customer service. Sansi has offices throughout North America, including its corporate headquarters in Ballston Lake, NY, satellite offices in New York City, Dallas, Austin, Columbus and Knoxville, as well as administration and manufacturing space in Oklahoma City and Shanghai. For more information about S|N|A call 800.521.4815. You can also follow S|N|A on Facebook, Twitter, LinkedIn and Google+.