The same multiple can arrive at different speeds
MOIC measures how many dollars an investment returns for each dollar invested, while IRR also reflects how quickly the cash comes back. A $10 million investment that returns $25 million produces a 2.5x multiple in either year 3 or year 10, but the year-3 outcome has the higher IRR. LPs need both measures to understand the result.
Private-market reports show both a multiple and an annualized return. CalPERS' private-equity performance table, for example, presents Net Multiple beside Net IRR. The multiple describes how much value the fund produced. IRR describes how quickly the cash-flow pattern produced it.
The numbers also arrive with a lag. CalPERS notes that GPs generally have 120 days to provide LP financial data, which can put reported information two quarters behind the current date. A precise reported value can therefore describe an earlier period.
MOIC vs IRR at a Glance
| Measure | Question answered | Effect of timing | Gross or net? |
|---|---|---|---|
| MOIC / TVPI | How much value exists relative to invested or paid-in capital? | None by itself | Gross or net reporting changes what the multiple includes |
| IRR | How quickly did the dated cash flows produce the return? | Direct and often material | Gross or net cash flows determine which return the rate describes |
| DPI and RVPI | How much of the value is realized cash versus remaining NAV? | Shows whether value has reached the LP | Usually read at the net fund level |
For a simple one-entry, one-exit case, the private equity MOIC and annualized return calculator shows the relationship directly. Multiple fund calls and distributions add complexity. The DPI, RVPI, and TVPI calculator for LPs describes the value split, while dated cash flows determine IRR.
MOIC tells us how much
MOIC divides total value by invested capital. The common net fund measure, TVPI, adds cash paid out to value still held and divides by capital paid in. The maths is simple. What matters is which values the total includes.
Consider two funds that both report 2.0x TVPI. One has returned 1.4x in cash and carries 0.6x as remaining value. The other has returned 0.2x and still carries 1.8x on paper. Their headline multiple is identical, but the second result depends far more heavily on marks and future exits.
DPI and RVPI divide total reported value into cash returned and value still held. That split reveals how much of the multiple remains an estimate.
IRR tells us how fast
IRR converts a sequence of contributions and distributions into an annualized return. When the same distribution arrives in a later year, IRR falls even though the multiple does not change.
The earlier $10 million investment growing to $25 million illustrates the effect. A 2.5x outcome over three years is roughly 35.7% a year; over seven years it is about 14.0%. Nothing changed except time.
IRR's timing sensitivity can flatter a young fund. A small early exit may lift the rate while most capital remains unrealized. A subscription facility can delay LP calls and change net IRR without improving the companies. The cash-flow schedule explains why.
The same multiple produces a lower IRR when the holding period is longer. Exact annualized IRR calculated as MOIC^(1 / years) - 1; assumes one cash outflow at entry and one cash inflow at exit.
How Holding Period Changes IRR
The same multiple produces a lower IRR when the holding period is longer.
View chart data and assumptions
| Period | 2.0x MOIC | 3.0x MOIC | 5.0x MOIC |
|---|---|---|---|
| 3 years | 26% | 44.2% | 71% |
| 5 years | 14.9% | 24.6% | 38% |
| 7 years | 10.4% | 17% | 25.8% |
| 10 years | 7.2% | 11.6% | 17.5% |
Cash can arrive in more than one instalment
A 3.0x outcome over five years implies an annualized return of about 24.6%. Over ten years, the annualized rate falls to roughly 11.6%, while MOIC stays at 3.0x. Cambridge Associates therefore compares private-investment IRR across periods from one through ten years.
Real funds rarely make one investment and one distribution. The simplified cases below all turn $10 million into $20 million, but staged liquidity produces a different IRR because some cash returns sooner.
| Scenario | Cash-Flow Pattern | MOIC | Approx. IRR |
|---|---|---|---|
| Earlier single exit | $10.0M invested; $20.0M received in year 3 | 2.0x | 26.0% |
| Later single exit | $10.0M invested; $20.0M received in year 8 | 2.0x | 9.1% |
| Staged liquidity | $10.0M invested; $5.0M received in year 3 and $15.0M in year 8 | 2.0x | 11.3% |
The figures are illustrative, but the lesson survives more complicated cash flows. MOIC measures the amount created; IRR rewards earlier realization of that amount.
The Change From Gross to Net
Assume a $10 million investment produces $30 million before fund economics. That is 3.0x gross. If the LP also paid $2 million of management fees and $4 million of carry is deducted, the investor receives $26 million after paying $12 million in total. The simplified net multiple is about 2.17x.
Gross performance helps an LP judge the manager's investments. Net performance answers the portfolio question: what did the investor receive after the costs of accessing those investments? A fund can show strong gross attribution while leaving a much less impressive net result.
What the Two Measures Reveal
High MOIC and high IRR usually mean a large gain arrived fairly quickly. High MOIC with low IRR points to a long wait. That may fit a patient LP, but its cash was tied up longer. High IRR with modest MOIC often reflects a smaller gain paid early.
DPI, RVPI and dated cash flows explain where the result comes from. Evidence for large remaining marks reveals uncertainty, while company and team attribution shows who created the gains. A peer group matched for vintage, stage, geography, size, strategy and date gives that record context.
MOIC and IRR are starting measures that answer different parts of the same question. The first tells us how much; the second tells us how fast. DPI and residual value show how much has become cash, while concentration and valuation policy show how much confidence to place in what remains.
WhatsApp: A Major Outcome With Undisclosed Fund Returns
WhatsApp looks like the kind of public outcome that invites a quick return estimate. Facebook announced a $16 billion cash-and-stock acquisition in February 2014, plus $3 billion of employee RSUs vesting over four years. Sequoia had partnered with WhatsApp in 2011.
Facebook's announced consideration combined $4 billion in cash with roughly $12 billion in shares.
Sequoia lists 2011 as its partnership year, while Facebook announced the acquisition in 2014, giving the public story a visible but incomplete time span.
Those dates are not enough to calculate a sound fund IRR. Public sources do not provide all costs, ownership changes, payout dates and fees.
The acquisition price alone does not reveal the fund's MOIC or IRR. Both depend on its cost basis, ownership history, and the timing and value of each distribution. Shares received may change in value before the fund can sell them. Fees and carry further affect how much cash reaches the LP and when it arrives.
Primary sources: Meta, proposed WhatsApp acquisition (2014); Sequoia Capital, WhatsApp operating milestones (2014). The WhatsApp transaction is public evidence and is not presented as a Frontierspace result.
Frequently Asked Questions
Is MOIC or IRR more important for venture capital?
They answer different questions. MOIC shows how much value was created, while IRR shows how quickly it arrived. DPI, residual value, and net cash flows reveal the quality behind both figures.
Can two investments have the same MOIC but different IRRs?
Two investments can have the same multiple and different IRRs. Time changes the annual rate. The one that returns cash sooner will generally have the higher IRR.