Paramount Eyes $8B Turner Sale

Paramount is reportedly considering the sale of Warner Bros.’ Turner networks, including CNN, TBS and TNT, for around $8 billion as it seeks to overcome legal challenges surrounding its proposed $110 billion acquisition of Warner Bros.

The transaction has reportedly received approvals across several international jurisdictions, but regulatory opposition remains in the United States. California Attorney General Rob Bonta is seeking significant changes before agreeing to settle litigation challenging the combination.

Paramount has indicated that it could consider some form of structural remedy, potentially involving the divestment of major television assets to address competition concerns and allow the larger transaction to proceed.

CNN, TBS and TNT represent some of Warner Bros.’ most recognizable television properties. Together, the networks reportedly generate approximately $2 billion in annual earnings, suggesting an $8 billion sale would value them at roughly four times earnings.

Warner Bros. Discovery has also reportedly considered divesting additional television properties, including HGTV and Food Network, as part of efforts to streamline the portfolio and potentially resolve regulatory objections.

Investor interest could extend beyond television. New Line Cinema, home to franchises including The Lord of the Rings, The Conjuring and Evil Dead, is also reportedly attracting attention.

An $8 billion Turner divestment would demonstrate how regulatory pressure can fundamentally reshape mega-mergers. Paramount could effectively sacrifice valuable cash-generating assets to secure approval for a much larger strategic acquisition.

The bigger question is whether gaining Warner Bros. while losing CNN, TNT and TBS creates sufficient long-term value. As traditional television declines and streaming becomes increasingly dominant, Paramount may conclude that content libraries, studios, franchises and streaming scale are strategically more valuable than maintaining a sprawling portfolio of linear networks.