Fujifilm boosts LTO production capacity 5x to meet AI data demands

The need to securely and efficiently store and utilize the massive quantities of data generated through AI training and inference, alongside the digitalization of business processes, is becoming increasingly vital for supporting our digital society, according to Fujifilm. This growing data demand has prompted Japan's Fujifilm to plan a significant expansion of its tape production capabilities, aiming to increase output fivefold.

This strategic move comes as the company announced today an intention to commit ¥10 billion, equivalent to $64 million, over the ensuing two years to upgrade a tape facility located in Odawara, Japan. Fujifilm indicated that the advent of artificial intelligence has made this financial outlay a sound decision. Their official statement noted, “The rapid spread of generative AI and cloud services is driving exponential growth in the volume of data generated worldwide.”

The company's capital injection will be directed toward manufacturing more tenth-generation LTO tapes; these tapes come in versions offering native storage capacities of either 30TB or 40TB, and they are capable of transferring data at a rate of 400 MB/s. Many users of LTO technology employ data compression techniques, which can effectively double the capacity of each individual tape cartridge. Since retrieving data requires a period of decompression, and migrating data off tape is not an immediate affair, tape users typically reserve this medium for archival purposes, either offline or nearline, understanding that rapid access times are not its primary strength.

The Linear Tape-Open (LTO) format, which remains the only non-proprietary tape standard in use, is sustained by the LTO Program, which involves HPE, IBM, and Quantum Corp. The LTO Program has already mapped out four subsequent generations for its format, with updates occurring roughly every four years. Consequently, LTO 11 is anticipated around 2029 and is projected to achieve a 70TB capacity. Following that, Version 12 is set to reach 120TB, before the less fortunate Version 13 jumps to 210TB, and Version 14 is forecasted to hit 365TB per cartridge.

Despite this future growth, shipments of LTO cartridges experienced a downturn in 2025, as reported recently by The Register. During that year, buyers spent $160.3 exabytes on LTO, a decrease from the 2024 high of 176.5 exabytes worth of tape cartridges sold. The LTO program attributed this 2025 outcome to challenging macroeconomic environments, although they did mention that sales rebounded strongly during the latter half of the year and forecast record sales for 2026. Furthermore, the LTO program previously maintained that tape drives could read cartridges from earlier generations; however, this policy concluded with LTO-10 devices, which are restricted to reading only the current generation of tapes.

Why it matters

This signals continued, robust demand for high-capacity, long-term data archival solutions in the face of exponential data growth from AI. Developers and infrastructure teams should note this trend as it impacts decisions regarding data lifecycle management and storage strategy.