A valuation multiple divides one number that describes price by another number that describes activity. Equity analysts have done this for decades with sales and earnings, and the habit has been carried over to tokens as price-to-fees, price-to-sales and FDV-to-revenue. The arithmetic transfers cleanly. The assumptions behind it do not. This article works each multiple out with small numbers, then shows how much of the answer was settled before you divided anything.
What a valuation multiple actually is
A multiple is a ratio, nothing more. Put a number that measures what the market pays on top, put a number that measures what the thing produces underneath, and divide once. The result says how many units of the first you hand over per unit of the second.
That is the whole definition, and it is worth being blunt about what it excludes. A multiple is not a valuation. It contains no view on growth, on the durability of the fee stream, on who controls the treasury, or on what happens when incentives stop. A low multiple is not a synonym for cheap; it says that today's price is small relative to one measured quantity, and the reason it is small is exactly the thing the ratio does not tell you.
Use one protocol for the whole article. Its token trades at 2. Circulating supply is 80 tokens, total supply is 200. Users paid 20 in fees last quarter, of which the protocol kept 5, with the other 15 going to the people who supply the service.
Six numbers. Every multiple below is built out of them, and the differences between the multiples come from which of the six you decide to use.
Write them down before you start dividing. Most arguments about whether a token is expensive turn out, on inspection, to be arguments about the inputs rather than about the division.
The numerator: circulating market cap or FDV
The top of the ratio is a price measure, and there are two standard candidates.
Circulating market cap is price multiplied by the supply in circulation: 2 × 80 = 160. Fully diluted valuation is price multiplied by total supply: 2 × 200 = 400. On these numbers FDV is 2.5 times market cap, and that gap is not a rounding difference, it is the entire locked supply valued at today's price.
Which one you use is decided by the unlock schedule, not by preference. Here 120 tokens are still locked. If they unlock evenly over three years, 40 arrive each year, and a year from now circulating supply is 120 rather than 80. Market cap at an unchanged price would be 240. The number in your numerator is drifting towards FDV on a timetable you can read in advance.
So the honest use of the pair is as a range. Market cap prices the token as it trades today; FDV prices it as if the schedule had already finished. Neither is wrong. Quoting only one, without saying which, is what makes two people compute different multiples for the same protocol and think they disagree about the protocol.
The denominator: total fees or retained revenue
The bottom of the ratio is an activity measure, and here the choice is wider than most people expect.
Total fees are what users paid: 20 for the quarter. Retained revenue is what the protocol itself keeps after paying whoever provides the underlying service: 5. The 15 in between is not profit that went missing, it is the cost of the thing being sold, and whether you subtract it changes the denominator by a factor of four.
Company accounting has a formal test for this. Under revenue recognition standards, an entity that controls a good or service before it reaches the customer is a principal and reports the gross amount; an entity that merely arranges for another party to provide it is an agent and reports only the fee or commission it keeps. Gross or net is not a matter of style there. It is a judgement the entity has to make and disclose.
Protocols carry no equivalent obligation. Nobody audits the split, nobody has to say which side of the principal and agent line the code sits on, and the same fee stream is presented gross by one methodology and net by another. When you pick a denominator you are making that call yourself, so make it explicitly.
How P/F and P/S are computed, and what each leaves out
Price-to-fees puts the gross number underneath. Annualise the quarter: 20 × 4 = 80. With circulating market cap the ratio is 160 / 80 = 2. It measures the market's price against all the economic activity flowing through the protocol, and it is indifferent to who ends up with the money.
Price-to-sales puts the retained number underneath. Annualised, 5 × 4 = 20, so the ratio is 160 / 20 = 8. It measures price against what the protocol keeps, which is closer to what a company's sales line means, and it is why the two ratios sit four times apart here even though nothing about the protocol changed.
What both leave out is everything below their own line. Neither ratio sees tokens issued as incentives, grants paid out of a treasury, or the cost of keeping suppliers in place. A protocol can retain 5 and hand out more than 5 in new tokens over the same quarter, and both multiples will look exactly as they do above.
The same protocol, four conventions, four answers
Now combine the two choices. Two numerators and two denominators give four defensible multiples for one protocol in one week.
Market cap over total fees: 160 / 80 = 2. Market cap over retained revenue: 160 / 20 = 8. FDV over total fees: 400 / 80 = 5. FDV over retained revenue, the ratio usually called FDV-to-revenue: 400 / 20 = 20.
Two and twenty. A tenfold spread produced entirely by conventions, with no disagreement anywhere about the price, the supply or the fees. This is the single most useful thing to know about token multiples, and it follows from arithmetic rather than from any judgement about the protocol.
Annualisation adds a fifth answer. Suppose the four most recent quarters were 20, 12, 10 and 8, so the trailing year is 50 rather than the 80 you get by multiplying the best quarter by four. Market cap over trailing fees is 160 / 50 = 3.2 instead of 2. Interim reporting standards specifically require that seasonal revenue is neither anticipated nor deferred at an interim date, which is the accounting version of the same warning: one strong quarter is not one quarter of a strong year.
Where the analogy with equity multiples breaks
The arithmetic carried over without trouble. Four assumptions did not.
The first is the claim. Equity is defined in accounting frameworks as the residual interest in an entity's assets after deducting all its liabilities, and a share is an ownership position carrying a claim on its proportional part of the corporation's assets and profits. That residual claim is what makes dividing price by sales meaningful: the sales eventually belong, after everything else, to the holder. A token carries no such claim unless its design deliberately creates one.
The second is the route. Even where a protocol retains fees, they land in a treasury or a contract, and whether any of it reaches holders depends on a mechanism being switched on and left on. Until it is, the denominator of your ratio and the holder of the numerator are connected by governance rather than by law.
The third is the measurement. Company revenue is recognised under a written standard and presented in audited statements, and where management quotes a figure outside that standard, US rules require it to be reconciled to the closest standardised measure. Protocol revenue has no such standard, so two methodologies can each be internally consistent and still disagree.
The fourth is the dilution. Diluted share counts weight potential shares for the part of the period they exist and exclude the ones that would flatter the result. FDV does neither. It counts every future token at today's price and sets it against today's fees, which puts tomorrow's supply over yesterday's income in a single fraction.
The bottom line
A multiple is two numbers divided, and for a token both of them are choices: circulating market cap or FDV on top, total fees or retained revenue underneath, one quarter annualised or the trailing four. The same protocol produced 2, 5, 8 and 20 above with nothing changing except the convention, so a multiple quoted without its convention carries no information at all. Put the other way round, that is also where multiples earn their keep: fix one convention, apply it to protocols doing comparable work, and the ranking that comes out is worth reading. The absolute level is not a verdict, low is not cheap, and the ratio never answers the question that made it interesting.
Disclaimer: This article is educational content from Bitbase Academy, provided for information only. It does not constitute investment, trading, tax, or financial advice. Crypto assets are volatile; assess your own risk. Written as of August 2026; refer to the latest official information.
References
[1] IFRS Foundation, IFRS 15 Revenue from Contracts with Customers ifrs.org
[2] IFRS Foundation, IAS 34 Interim Financial Reporting ifrs.org
[3] IFRS Foundation, IAS 33 Earnings per Share ifrs.org
[4] IFRS Foundation, Conceptual Framework for Financial Reporting ifrs.org
[5] U.S. Securities and Exchange Commission, Conditions for Use of Non-GAAP Financial Measures sec.gov
[6] U.S. Securities and Exchange Commission, Investor.gov, Stocks investor.gov
