(NEWARK, NJ) -- New Jersey Performing Arts Center (NJPAC) presents Frankie Valli & the Four Seasons on Friday, November 19, 2021 at 8:00 p.m. and Saturday, November 20, 2021 at 8:00pm. With songs like “Big Girls Don’t Cry”, “Walk Like a Man”, “Sherry”, and “Can’t Take My Eyes Off You” -- nothing says ‘60s doo-wop like Frankie Valli.

One of the most distinctive voices in all of the American music, Frankie’s dazzling falsetto has become the stuff of legend. And The Four Seasons is hotter than ever thanks to the volcanic success of the Tony-winning musical Jersey Boys, which chronicled the life and times of the Newark rock ‘n’ rollers. For over five decades, Frankie and The Four Seasons have been a top concert draw on stages coast-to-coast and around the world.

Valli, Tommy DeVito, Nick Massi and Bob Gaudio – the original members of the Four Seasons – were inducted into the Rock and Roll Hall of Fame in 1990 and the Vocal Group Hall of Fame in 1999. Frankie was inducted into the New Jersey Hall of Fame in 2010 and The Four Seasons as a group were inducted in 2017.

Tickets to see Frankie Vallie & The Four Seasons go On-Sale Friday, May 7th at 10:00am at NJPAC.org or 888.GO.NJPAC (888.466.5722) or by visiting the NJPAC Box Office. Tickets range from $52.50- $178.50.

New Jersey Performing Arts Center (NJPAC), located at One Center Street in downtown Newark, N.J., is America’s most diverse performing arts center, and the artistic, cultural, educational and civic center of New Jersey – where great performances and events enhance and transform lives every day. NJPAC brings diverse communities together, providing access to all and showcasing the state’s and the world’s best artists while acting as a leading catalyst in the revitalization of its home city. Through its extensive Arts Education programs, NJPAC is shaping the next generation of artists and arts enthusiasts. NJPAC has attracted nearly 10 million visitors (including over 1.7 million children) since opening its doors in 1997, and nurtures meaningful and lasting relationships with each of its constituents.