Jay Sean is set to perform a special DJ set at Temple Nightclub, located in the heart of San Francisco’s SOMA District, during Next Level Thursdays on June 23.
British R&B singer, Sean, is known internationally, as well as having five consecutive Top 40 singles in the United States. Collaborating alongside major artists including Lil Wayne, Sean Paul, Lil Jon, Nicki Minaj and more, Sean has plenty of experience performing for large crowds. The artist is best known for hits including “Down” featuring Lil Wayne, “I’m All Yours” featuring Pitbull, and “Hit the Lights.” Sean has won multiple awards, and his United States debut single, “Down” topped the Billboard Hot 100, selling over three million copies within the first year of its release.
The artist will perform during Next Level Thursdays, a production featuring open format music in the main room with high-demand performers weekly, featuring Temple Nightclub’s futuristic main room, unrivaled sound system and top-tier lights and visuals.
Tickets can be purchased at www.templesf.com.
Temple Nightclub is located in the SOMA district at 540 Howard Street, just steps away from Moscone Center. Open Thursday from 10 p.m. to 3 a.m. and Friday throughSaturday from 10 p.m. to 4 a.m., Temple is the nation’s first award-winning “green” venue to host world-class nightlife entertainment with an immersive audio-visual environment. Since its reconceptualization and reopening in December 2014, Temple Nightclub has been designated the top grossing nightclub in San Francisco, #24 on Nightclub & Bar’s 2015 list of top clubs in the nation, and the only club in the Bay Area to be included on the list. The 20,000-square-foot nightclub encompasses four rooms, each with its own distinctive design and intelligent LED lighting. For table reservations and VIP experiences, guests may call 451.312.3099 or visit www.templesf.com. General information and updates are available by calling 451.312.3099, on Facebook at www.facebook.com/temple.nightclub.sf and on Instagram at www.instagram.com/temple_sf.