Cipher Digital accelerated delivery of its first HPC data center capacity by two months and secured a 900 MW development
Cipher Digital Inc., a developer and operator of industrial-scale data centers, announced its second quarter 2026 financial results on August 4, 2026. The company disclosed that it has accelerated the development timeline at its Black Pearl campus following an amendment to its lease with an investment-grade hyperscale tenant. Cipher began delivering data center capacity at the start of August, two months ahead of the original schedule. CEO Tyler Page stated that the company is proud to have delivered its first HPC data center capacity ahead of schedule and that rent has commenced at the site. He emphasized that the accelerated delivery demonstrates the company's ability to execute at scale with speed and without compromise in a challenging environment.
In a separate major development, Cipher acquired an option on a new site called Apollo for up to 900 MW of capacity, located within 25 miles of San Antonio, Texas. The site spans approximately 288 acres and has been submitted as a studied load in Batch Zero through ERCOT's updated process. The site features flat, buildable terrain suited for large-scale data center development, and its proximity to San Antonio provides favorable positioning for fiber connectivity. Cipher moved quickly to secure the option, reflecting the company's ability to identify and act on attractive opportunities in the market.
Additionally, Cipher completed another highly successful bond offering in the second quarter. The offering fully funded the company's Stingray development through substantial completion and reimbursed Cipher for 56.7 million dollars of previously funded project expenditures. CEO Tyler Page noted that the company demonstrated the repeatability of its core strategy by accessing capital markets to fund another lease, securing a new site option, and delivering accelerated capacity to its tenant, further building its position as a leading HPC development platform.