28 April 2026 – Tether, the most important firm within the digital belongings business, is increasing its customized compute infrastructure with a brand new class of modular, high-density mining methods designed to enhance effectivity and efficiency at scale.
As a substitute of counting on absolutely assembled, off-the-shelf mining rigs, Tether is collaborating with Canaan Inc. (NASDAQ: CAN) and ACME Swisstech to construct methods round application-specific hash board modules, integrating them into its personal management structure, thermal administration methods, and software program stack.. The result’s a extra versatile design that permits operators to maximise efficiency, handle warmth extra effectively, and improve particular person parts with out changing complete machines.
At the moment’s large-scale mining operations encompass 1000’s of particular person mining items with minimal interplay and consciousness of each other. This strategy doesn’t enable for efficiency optimization at a big scale and doesn’t profit from the design benefits inherent to industrial websites.
Tether’s system addresses this by separating compute from energy and enclosure, permitting every element to be optimized independently. When mixed with immersion cooling, this strategy reduces vitality overhead, improves effectivity, and will increase system availability.
Conventional mining {hardware} is constructed as mounted, monolithic items during which efficiency, cooling, and improve cycles are tightly coupled. Tether’s modular strategy breaks that dependency, giving operators the power to scale incrementally, substitute particular person parts, and optimize methods based mostly on real-time working situations moderately than manufacturing unit constraints.
The design is optimized for immersion cooling, though different cooling methods are being developed as nicely, and offers extra direct management over system efficiency beneath actual working situations. Output will be adjusted as wanted, and particular person parts will be changed or upgraded with out changing the complete mining unit.
“Most mining infrastructure continues to be constructed as sealed, mounted items, which makes it costly to scale and inefficient to run. Tether is revisioning that idea by deploying modular compute that may be tuned, upgraded, and cooled independently, so we are able to immediately management price, effectivity, and the way these methods carry out at scale,” mentioned Paolo Ardoino, CEO of Tether.
“The shut collaboration with Canaan and Tether permits us to design and ship mining methods which can be radically totally different from at present’s plug-and-play, retail-oriented merchandise available in the market and take a holistic, industrial co-design strategy aimed toward large-scale operations,” mentioned Giv Zanganeh, President of ACME Swisstech.
“As a frontrunner on the forefront of market developments, we’re seeing rising demand for modular, high-performance {hardware} that may be built-in immediately into customer-designed methods,” mentioned Nangeng Zhang, Chairman and Chief Govt Officer of Canaan. “Leveraging our sturdy ASIC design experience and versatile improvement platform, we’re delivering custom-made hash board options that allow companions to optimize system structure on the element stage. Our Avalon hash board module permits extra versatile, on-demand deployment on the element stage whereas enhancing effectivity and decreasing operational complexity, significantly in immersion-cooled methods. We consider this displays a broader business shift towards better management and customization of compute infrastructure throughout a variety of customers, from particular person customers and small companies to large-scale miners.”
The deployment builds on Tether’s earlier R&D work, together with the event of its open-source Mining OS (MOS) and Mining SDK, which had been designed to present operators extra direct management over {hardware}, vitality utilization, and website efficiency. This subsequent step extends that philosophy into {hardware} design, transferring towards modular methods constructed round core compute parts moderately than mounted, preassembled rigs. It’s a part of Tether’s broader effort to design and management the infrastructure it depends on, along with issuing digital belongings.
