The reasoning surfaces constantly: "Bitcoin is too expensive, so I'll buy this other coin instead — it's only $0.10." A lower price feels like it means more upside. More units for the same dollar. More room to run.
This is the wrong framework.
Price per unit in crypto tells you almost nothing about whether something is cheap or expensive relative to another asset. A $0.10 token is not cheaper than a $100,000 token in any analytically meaningful sense. The confusion shapes capital allocation, comparison logic, and expectations — which is why it matters to correct.
The price of any asset unit is derived from total value divided by number of units. If a project is worth $1 billion and has 1 billion tokens, the price is $1. If the same project issued 100 billion tokens instead, the price would be $0.01. The total value hasn't changed. The per-unit number has.
Bitcoin's price reflects approximately 19.7 million BTC in circulation. If Bitcoin had been designed with 1 trillion coins — 50,000 times more — the same market value divided across 50,000 times more units produces a price near $0.002 per coin. Not a cheaper asset. A differently denominated one.
Market capitalization is the metric that actually measures the size of the claim. Market cap = price × circulating supply. A token at $0.10 with 100 billion units has a market cap of $10 billion. A token at $10,000 with 50,000 units has a market cap of $500 million. In market cap terms, the $10,000 token represents a smaller claim on a smaller system.
Market cap uses circulating supply — tokens already in existence and tradeable. But many projects have future supply scheduled to unlock: vesting schedules for teams and investors, treasury reserves, ongoing mining or staking emissions, foundation allocations.
Fully Diluted Valuation (FDV) = price × maximum total supply. This answers a different question: what would the market cap be if every token that will ever exist were already circulating?
A project with a circulating market cap of $300 million but an FDV of $6 billion implies the full supply is priced at 20× what's currently tradeable. If the majority of that supply enters circulation over the next 12–24 months, the math works against existing holders unless demand grows proportionally.
A low token price with a large unminted future supply is doing a lot of concealment.
Supply isn't determined by any fundamental economic principle — it's a design decision, and often a marketing one. A team wanting their token to feel accessible can launch with 100 billion units. A team wanting the price to look prestigious can launch with 50,000. The underlying value proposition doesn't change.
Projects have done reverse splits (reducing supply to raise unit price) and forward splits (expanding supply to lower unit price) specifically for perception management. The total value doesn't move. Only the presentation does.
The low-price heuristic gets weaponized in predictable ways. Common versions:
No regulation or technical rule forces token supply into any range. Supply is set at project inception and can be modified through burns (permanently removing tokens), inflation schedules (adding new supply), or governance votes. The binding constraint is conceptual: market cap is bounded by what capital markets will pay for a given system. Price per unit is just market cap divided by supply.
Market cap is the substance. Unit price is the presentation.
Nothing fundamental changes about the relationship between market cap and unit price — it's accounting. What's shifting is analytical tooling and awareness.
CoinGecko and CoinMarketCap now surface FDV prominently alongside circulating market cap. Platforms like Token Terminal and DeFiLlama frame comparisons using revenue multiples, protocol fees, and market-cap-to-TVL ratios — not unit price. The discourse is gradually becoming more numerically rigorous, though the low-price heuristic remains pervasive.
Observable signals: analytical media leading with market cap rather than unit price in project comparisons; FDV becoming standard disclosure in token launches and exchange listings; capital allocation between projects that tracks market cap similarity rather than unit price similarity.
Market cap is a better metric than unit price, but not a complete one. It doesn't capture development activity, protocol revenue, actual usage, network effects, or whether the project represents genuine infrastructure. A $500 million market cap project generating no real-world use isn't worth $500 million in any durable sense — the market just hasn't corrected yet.
The framework also breaks down when total supply becomes impossible to forecast: highly discretionary minting with no cap, governance that can vote to expand supply arbitrarily, or inflation mechanics without clear disclosure. In those cases, even FDV becomes unreliable as a denominator.
Now: When comparing two projects, compare market caps and FDVs. Unit price adds nothing to the comparison and can actively mislead it.
Next: Watch token unlock schedules on projects with large FDV-to-market-cap gaps. Scheduled supply increases create foreseeable price pressure unless demand grows to absorb them. These are often disclosed in project documentation and observable well in advance.
Later: Whether retail behavior shifts toward market-cap-first analysis is a slow cultural change. The low-price heuristic is deeply embedded in how most people first encounter the space — it won't disappear on any near-term horizon.
This post explains why price per unit is the wrong metric for evaluating relative cheapness between crypto assets. It does not constitute investment analysis, a recommendation to allocate to any specific project, or a claim that market cap accurately reflects intrinsic value.
A low unit price isn't a signal of opportunity. A high market cap isn't a signal of safety. These are denominators and numerators — not judgments. Understanding what you're actually measuring is where analysis has to start.




