This article was co-written by guest writer Michael Rhoden, Business Developer at TicTacc, an institutional digital asset mining distribution and investment firm and Official BITMAIN Distributor.
Since Michael entered the industry in 2018, Bitcoin mining has seen its share of bull and bear markets. But while attending Mining Disrupt in Miami this year, one observation kept coming back to him: there seemed to be more people trying to sell miners than people looking to buy them.
That may be an oversimplification, but it captures today’s ASIC market surprisingly well. Bitcoin mining isn’t going away. Network hashrate continues to hover around 900 EH/s, new-generation hardware keeps coming to market, and serious operators are still deploying capital. But the way miners are bought and sold has changed substantially. Today, the market feels less like a race to secure the latest units and more like a race among manufacturers, distributors, and brokers to find the right buyers.
Inventory Is No Longer the Advantage It Once Was
Buyers Are Focused on Economics, Not Equipment
Used ASICs Are Competing With New Hardware
Hydro Is Creating a New Divide in the ASIC Market
Not All ASIC Brokers Are the Same
How Brokers Compete When Everyone Has the Same Machines
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Inventory Is No Longer the Advantage It Once Was
During stronger ASIC markets, simply having access to machines could be valuable. Buyers competed for allocations, often placing tens of millions of dollars in deposits with OEMs to secure favourable terms. In some cycles, ASIC prices rose quickly enough that simply holding inventory could be profitable.
Today, the opposite dynamic is emerging. OEM inventory, distributor allocations, broker stock, hosting companies selling hardware, self-miners rotating fleets, and large volumes of used machines are all competing for buyers.
Public miners pursuing AI and HPC strategies are adding to this supply by coordinating large fleet sales, sometimes involving tens of thousands of machines. A buyer looking for several megawatts of hardware may now receive offers from ten or more sellers, often for machines originating from the same underlying fleet. The result is a market with enormous advertised supply and a much smaller pool of actionable demand.
Buyers Are Focused on Economics, Not Equipment
Buyers are looking at $/TH, J/TH efficiency, power prices, hosting availability, shipping and import costs, machine condition, warranty or DOA protection, deployment timelines, expected network difficulty, residual value, potential ROI, and much more beyond simply, “How much does the miner cost?”
That calculation has become far less forgiving, with hashprice spending much of 2026 near historically low levels. When mining economics are compressed, buyers naturally become more price-sensitive.
A difference of $0.50/TH matters. A few J/TH matters. And a $0.01/kWh difference in electricity matters even more than it does in a bull market. At the same time, this bear market is being shaped by more than Bitcoin mining economics alone. The rapid rise of AI is transforming demand for power and infrastructure globally, and Bitcoin miners are feeling that shift directly as both industries compete for many of the same energy resources, sites, and infrastructure.
Used ASICs Are Competing With New Hardware
One of the most interesting dynamics right now is the amount of used equipment entering the secondary market. Large operators, particularly publicly listed miners, are either upgrading fleets or shifting more attention and capital toward AI and HPC infrastructure. Because AI/HPC is far more capital intensive, some are selling Bitcoin mining assets to help fund that transition.
IREN has paused further Bitcoin mining expansion in favour of AI data-center development, while Hut 8 has contracted hundreds of megawatts of AI data-center capacity. MARA is similarly positioning its energy and data-center infrastructure around multiple forms of compute, including AI. The list continues to grow.
That shift has consequences for the ASIC market, but also creates opportunities. When an operator decides a megawatt is more valuable supporting another compute workload, or simply upgrades its mining fleet, the machines occupying that megawatt have to go somewhere.
Right now, used-miner supply significantly outweighs active demand. Prices are being pushed lower, while at times the market temporarily stalls as buyers wait for lower prices and sellers hold out for better offers. For buyers, that can create attractive opportunities. For sellers and brokers, it makes life considerably harder.
Hydro Is Creating a New Divide in the ASIC Market
There is also a technology transition reshaping the market. Newer hydro machines offer dramatically better efficiency than older air-cooled fleets, with leading-generation models such as the S23 Hydro already operating below 10 J/TH.
But hydro adds another layer of complexity. Infrastructure matters far more than with air cooling, including containers, pumps, heat rejection systems, electrical architecture, and overall site design. An operator with an air-cooled site cannot simply buy the newest hydro machine because the economics look better on paper.
Still, hydro adoption is clearly increasing across the industry. At the same time, there remains an enormous installed base of air-cooled infrastructure worldwide, and those sites still need machines. Air cooling will not disappear overnight.
Instead, the market is likely to become increasingly segmented. New deployments will continue trending toward hydro, while the growing supply of used air-cooled machines will need to find homes at existing air-cooled sites where the economics still work.
With so many air-cooled units now on the market, brokers are increasingly brokering with other brokers just to find buyers. That is not an exaggeration.
Not All ASIC Brokers Are the Same
A “Broker” can describe businesses operating at very different levels of the ASIC supply chain.
At the top are official distributors, which may need to place tens of millions of dollars in deposits with OEMs, commit to substantial purchase volumes, and maintain hundreds of millions of dollars in annual sales. For BITMAIN, the highest tier is known as a “Hashrate Ambassador,” requiring a $40 million deposit and $40 million in quarterly sales. Only a handful of companies have ever qualified.
These companies take real principal risk because they often purchase inventory before it has been sold. In that sense, they operate less like traditional middlemen and more like institutional distributors taking balance-sheet risk. This structure is primarily found in the new-machine market.
Below them are large institutional ASIC brokers. Some can point to billions of dollars in historical transaction volume, but they rarely purchase machines themselves. Instead, they build networks and marketplaces connecting large buyers, sellers, miners, and hosting operators, earning a spread or commission on transactions. They typically operate across both new and used equipment.
Then there are more traditional resellers that purchase equipment from OEMs, distributors, or larger brokers, hold smaller amounts of inventory, and sell downstream to commercial or retail buyers.
Finally, there is the enormous Telegram layer of the market. Many participants never take possession of an ASIC but continuously circulate other people’s inventory and connect buyers and sellers. Some can legitimately claim millions of dollars in sales despite never deploying capital into inventory themselves. They still play an important role in creating liquidity and extending market reach.
All of these participants matter but calling them all simply “ASIC brokers” hides major differences in capital commitment, counterparty risk, inventory exposure, market access, and execution capability.
How Brokers Compete When Everyone Has the Same Machines
When five people are forwarding the same spreadsheet, each adding another margin to the price, there is little reason for the buyer to choose the fifth person.
It is also becoming increasingly easy for experienced market participants to identify where inventory actually originates. Major brokers generally know who has the direct seller relationship, who is representing whom, and how many layers sit between the buyer and the machines.
That means the valuable intermediary increasingly needs to solve a problem rather than simply forward inventory. That might mean sourcing equipment, arranging financing, managing logistics, locating power, handling a complex international transaction, or having trusted relationships with buyers who are not publicly advertising what they need.
In this market, reach and execution matter more than simply having inventory. That is why brokers spend so much time at industry events, organizing meetups, visiting sites, building relationships, and staying active across social platforms. The competitive advantage increasingly comes from knowing where the real buyers are and understanding what they actually need.
There are plenty of miners. There are plenty of sellers. And there are even more people who know someone selling miners. What the market needs are buyers with power, capital, and a reason to deploy.
Finding those buyers, understanding their requirements, and being able to deliver the right solution is becoming one of the most valuable capabilities in the Bitcoin mining business.
