Is Samsung's Galaxy S26 About to Experience Its First Price Hike in Three Years?
Synopsis
Key Takeaways
Seoul, Feb 18 (NationPress) The forthcoming Galaxy smartphone from Samsung is projected to experience its inaugural price rise since 2023, according to industry analysts on Wednesday. This anticipated increase is attributed to a global surge in memory chip costs driven by the boom in artificial intelligence (AI).
The South Korean technology leader is set to conduct the Galaxy Unpacked 2026 event in San Francisco on February 25 (U.S. time), themed "The Next AI Phone Makes Your Life Easier," where it is widely expected to present the Galaxy S26, the latest addition to its flagship series, as reported by Yonhap news agency.
Since 2023, Samsung Electronics has maintained consistent pricing for its primary Galaxy models, but experts believe an adjustment is becoming unavoidable for the Galaxy S26 series due to increased memory expenses.
In a meeting with journalists in January, Roh Tae-moon, co-CEO of Samsung Electronics, alluded to the likelihood that rising memory chip prices could influence the pricing of Samsung products.
Sources within the industry indicated that the 256-gigabyte version of the Galaxy S26 could see a price increase of up to 99,000 won (approximately US$68) from the set price of 1.15 million won for the basic model since the Galaxy S23.
"Enhanced chip performance necessary for AI devices is making a price increase unavoidable," stated an industry representative.
"Samsung is expected to finalize the pricing after considering consumer psychology and the pricing strategies of competitors," the representative added.
"The upcoming Galaxy S series aims to simplify daily interactions, instill confidence, and ensure that Galaxy AI is seamlessly integrated from the moment it is held in hand," the company mentioned in a previous release.
Reports suggest that the new Galaxy smartphone, widely anticipated to be the Galaxy S26, will feature an integrated privacy function enabling users to safeguard on-screen information from prying eyes without needing an extra film attachment.