Comparable Company Analysis: Trading Multiples and EV/EBITDA Worked Examples

Comparable company analysis (trading comps) values a company by applying the valuation multiples of similar publicly traded peers to the target's financial metrics. The workflow is: select a peer universe of companies with similar industry, size, growth, and margins; gather their trading multiples (most commonly EV/EBITDA, EV/Revenue, EV/EBIT, and P/E); compute the median or mean for the set; apply that multiple to the target's corresponding metric to get an implied value; and, for enterprise-value multiples, bridge from enterprise value to equity value. Comps reflect what the market is paying RIGHT NOW for similar businesses, which makes them a fast market-based reality check on a DCF. The single most important choice is the peer set — a comps analysis is only as good as the companies you compare against.

Good comps share the target's business characteristics, not just its industry label. Screen for the same industry and business model, similar SIZE (revenue and market cap within a reasonable band), comparable GROWTH rates, similar MARGINS and profitability, and ideally the same geography and customer type. A high-growth software company should not be valued against a slow-growth legacy IT services firm even though both are 'tech.' Aim for a focused set of five to ten true comparables rather than a large, loose group — a few genuinely similar peers beat twenty marginal ones. Document why each company is included, because a defensible peer set is what makes the valuation credible. Outliers with distorted multiples (a peer in the middle of a turnaround, for instance) should be flagged and often excluded from the median.

EV/EBITDA is the workhorse comps multiple because it is CAPITAL-STRUCTURE NEUTRAL. Enterprise value (EV) is the value of the whole business to all capital providers — equity plus net debt — and EBITDA is earnings before interest, taxes, depreciation, and amortization. Because both the numerator and denominator sit ABOVE interest and capital-structure effects, EV/EBITDA lets you compare companies with very different debt levels on equal footing. P/E, by contrast, is distorted by leverage (interest expense hits net income), by differing tax rates, and by non-cash depreciation that varies with capex and accounting policy. EV/EBITDA also strips out depreciation and amortization, so two companies with different asset bases or depreciation schedules become comparable. P/E still has uses — for financial firms and quick equity-level checks — but for cross-company operating comparisons, EV/EBITDA is the default.

When you apply an EV multiple, the result is ENTERPRISE value, not the value of the equity (the share price). You must bridge from one to the other. Enterprise value = equity value + total debt + preferred stock + minority interest − cash and cash equivalents. Rearranged, EQUITY VALUE = enterprise value − net debt (where net debt = total debt − cash) − preferred − minority interest. Divide equity value by shares outstanding to get an implied price per share. This bridge is the step students most often skip, reporting an EV as if it were the equity value. Always ask which side of the bridge a multiple lives on: EV/EBITDA and EV/Revenue give enterprise value (subtract net debt to reach equity), while P/E gives equity value directly.

Value a private target with EBITDA of $50 million and net debt of $100 million. The five chosen public comps trade at EV/EBITDA multiples of 7.0x, 7.5x, 8.0x, 8.5x, and 9.0x, giving a MEDIAN of 8.0x. Apply the median: implied enterprise value = 8.0 × $50M = $400M. Bridge to equity: equity value = EV − net debt = $400M − $100M = $300M. If the target has 10 million shares outstanding, implied value per share = $300M / 10M = $30.00. To present a range rather than a point, apply the 25th and 75th percentile multiples (here roughly 7.5x and 8.5x) to get an EV range of $375M to $425M and an equity range of $275M to $325M. The range communicates the uncertainty honestly and is standard practice in a comps output, often shown as a 'football field' alongside the DCF and precedent-transactions ranges.

Multiples come in TRAILING (last twelve months, LTM) and FORWARD (next twelve months, NTM) forms. Forward multiples incorporate expected growth and are usually lower than trailing for a growing company; be consistent — compare forward to forward. Before computing multiples, ADJUST EBITDA for non-recurring items (one-time legal settlements, restructuring charges, stock-based compensation treatment) and calendarize fiscal years that do not align, so the peers are truly comparable. Finally, comps are a market-based method and should be triangulated with a DCF (intrinsic, cash-flow based) and precedent transactions (what acquirers actually paid, which usually includes a control premium above trading comps). When the three methods converge, confidence rises; when they diverge, the gap itself is informative about market sentiment versus fundamentals.

Snap a photo of a comparable-company problem and FinanceIQ computes the peer multiples, takes the median and percentile range, applies them to the target's metric, and bridges enterprise value to equity value and per-share price — flagging whether a multiple is an EV or equity measure so you never skip the net-debt step. It also distinguishes trailing from forward multiples. This content is for educational purposes only and does not constitute financial advice.