EV / EBITDA
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EV and EV/EBITDA from equity value, net debt, and trailing EBITDA.
Page updated 2026-09-04.
EV / EBITDA
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Enterprise value
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Net debt
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A company with $40,000,000 in equity value, $12,000,000 in interest-bearing debt, and $3,000,000 in cash has an enterprise value of $49,000,000 (equity + debt - cash). Against $6,500,000 in EBITDA, that's an EV/EBITDA multiple of 7.54x.
Net debt here is $9,000,000 (debt minus cash) -- the amount an acquirer would effectively need to also absorb or pay down on top of the equity purchase price, which is exactly why EV adds debt and subtracts cash from equity value in the first place.
EV/EBITDA is capital-structure-neutral in a way that a price-to-earnings ratio isn't: two companies with identical operations but different amounts of debt would show different P/E ratios (interest expense hits net income) but similar EV/EBITDA multiples, since EBITDA is calculated before interest.
Textbook EV = equity + debt - cash. Minorities and leases are omitted. A fuller enterprise value calculation also adds minority interest and preferred stock, and under current accounting standards, operating lease liabilities are often added back as debt-like obligations -- both omitted here for a clean, simple formula.
EBITDA itself is not a standardized GAAP metric -- different companies define and adjust it differently (add-backs for stock compensation, one-time charges, and normalization adjustments vary widely), so comparing EV/EBITDA multiples across companies is only meaningful if the EBITDA definitions are reasonably consistent.
This is a point-in-time snapshot using whatever equity value you enter -- for a public company, that would typically be market cap; for a private company, it's an estimate or a prior valuation, which is a much softer number.
A 7.54x multiple only means something relative to comparable companies in the same industry and growth profile -- SaaS businesses commonly trade at higher EV/EBITDA (or EV/revenue) multiples than mature industrial businesses with the same absolute EBITDA.
For SaaS-specific growth-adjusted context on whether an underlying business justifies a premium multiple, the SaaS Rule of 40 Calculator and SaaS Gross Margin Calculator frame growth and efficiency together.
EV = equity value + debt - cash = $40,000,000 + $12,000,000 - $3,000,000 = $49,000,000. It represents the theoretical full takeover cost, including debt an acquirer would assume.
Because cash on the balance sheet effectively reduces the net cost of acquiring the company -- an acquirer could use that cash immediately to offset part of the purchase price or pay down assumed debt, which is why EV nets it out against debt.
No. Textbook EV = equity + debt - cash. Minorities and leases are omitted. A more complete enterprise value calculation would add both, since modern lease accounting standards treat many operating leases as debt-like obligations.
Not perfectly. EBITDA definitions vary -- some companies add back stock-based compensation, one-time charges, or other adjustments ('adjusted EBITDA'). Compare multiples only when you're confident the EBITDA figures are calculated on a similar basis.
It depends entirely on industry and growth rate -- there's no universal 'good' EV/EBITDA multiple. High-growth software companies often trade at double-digit multiples, while slower-growth industrial businesses may trade at 5-8x even when fundamentally healthy.
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