Fujifilm has announced massive investment plans with an estimated value of about 10 billion yen, roughly equivalent to 63 million US dollars, aiming to increase its production capacity for magnetic storage tapes by fivefold compared to production levels recorded in the 2025 fiscal year.
This decision comes in light of the major boom generated by the spread of generative artificial intelligence technologies, which, according to the company, led to massive and rapid growth in data storage requirements globally, thereby refocusing attention on magnetic tape technology, which still plays a pivotal role in the corporate sector and major data centers.
Investment details and production location
This financial investment will be directed toward developing the company's Kanagawa factory at the Odawara site, making it Fujifilm's largest investment to date in facilities dedicated exclusively to the production of (LTO) storage tapes. The expansion plan is scheduled to be implemented in phases across the fiscal years from 2026 to 2028, covering the expansion of manufacturing lines and the hiring of additional personnel, with a primary focus on producing the newest generation of tapes known as (FUJIFILM LTO Ultrium10).
Why this news matters for data centers and enterprises
Despite the decline in the use of storage tapes in favor of other media for ordinary consumer uses, the major enterprise sector and cloud computing companies rely on them fundamentally thanks to their low economic cost and enormous capacity to store huge volumes of data.
- Protection and Cybersecurity: Backup tapes are characterized by the ability to be completely disconnected from the network and stored in vaults or isolated locations, known as air-gapped physical protection, making them a final line of defense against advanced threats and ransomware.
- Continuous Technical Evolution: Fujifilm has continued to develop this technology for decades, introducing in 2011 the first tapes relying on barium ferrite magnetic particles, leading up to the current tenth generation which integrates barium ferrite particles with strontium ferrite technology to significantly increase storage capacity.