Inter Miami CF has teamed up with JPMorgan Chase in a major naming rights partnership for their 21,500-seat home venue in Fort Lauderdale, Florida. The stadium will now be known as Chase Stadium. This collaboration marks Chase's first stadium naming rights deal in professional fútbol, solidifying their status as the official main partner of Inter Miami CF.

The partnership will bring exciting benefits for Chase debit and credit card clients, such as exclusive entrances on matchdays via the Chase Fast Lane, presale ticket access, preferred seating opportunities, and discounts on merchandise and food concessions at the stadium. To kick off the announcement, Chase will offer a 25% discount at select concession stands during Inter Miami CF's home opener on Wednesday, February 21.

Both Inter Miami CF and JPMorgan Chase share a commitment to investing in South Florida's local communities, with JPMorgan Chase having nearly 3,000 employees in the region and serving over 300,000 small business clients and 1.7 million consumers locally. The two organizations will collaborate on initiatives aimed at building thriving communities and driving sustainable impact across the region.

Carla Hassan, Chief Marketing Officer of JPMorgan Chase, expressed excitement about joining forces with Inter Miami CF and highlighted the team's innovative approach on and off the field. The partnership aims to uplift and inspire the diverse community in Miami and South Florida, with initiatives that reflect both brands' dedication to the region.

As part of the agreement, Chase will have a strong presence at the stadium, with major signage both inside and outside the venue. Inter Miami CF will introduce the J.P. Morgan Suite Level and VIP Entrance, showcasing the company's brands through various stadium visuals and signage.

The partnership between Inter Miami CF and JPMorgan Chase signals a shared vision for community engagement and economic growth in South Florida, with plans for joint philanthropic initiatives and continued support for the region's development.