IONQ vs IBM Stock Comparison: AI Score, Valuation, Performance and Upside
IONQ and IBM represent very different quantum computing investment profiles. IonQ is a pure-play pre-profitability quantum hardware company — high risk, high reward if quantum computing achieves commercial utility. IBM has a significant quantum program but is a $60B+ diversified technology company where quantum is a small research investment embedded in a profitable business. IONQ is the quantum pure-play speculative bet; IBM is the stable technology company with quantum as a long-duration embedded option.
IONQ vs IBM — IonQ (the pure-play trapped-ion quantum computing company making quantum accessible through cloud providers as the primary publicly traded quantum pure-play) versus IBM (the $60B+ technology and consulting platform with one of the world's leading superconducting quantum programs embedded as a research investment within a profitable diversified business).
IONQ holds the edge across 4 of 5 key metrics in this comparison. IONQ leads on both 1-year return (+42.69%) and forward P/E (-54.25x vs 20.28x for IBM), a relatively favorable combination of momentum and valuation. Analyst consensus implies meaningfully more upside for IONQ (+19.61%) than for IBM (+6.85%).
- →want maximum quantum computing pure-play exposure — IONQ's entire business is quantum, providing concentrated upside if quantum achieves commercial utility in any timeline
- →believe trapped-ion qubit quality (low error rates, high coherence) will prove more commercially valuable than superconducting approaches with higher qubit counts but lower fidelity
- →accept high speculative risk in exchange for pure-play quantum upside — IONQ could be worth 10-100x if quantum advantage is demonstrated for commercially valuable problems
- →are comfortable with pre-profitability losses, uncertain quantum utility timeline, and the possibility quantum computing remains academically interesting but commercially limited for another decade
- →want quantum computing exposure within a financially stable $60B+ technology company that isn't existentially dependent on quantum commercialization timelines
- →value IBM's hybrid cloud (Red Hat OpenShift) revenue and consulting transformation as the primary near-term earnings drivers — with quantum as a long-duration embedded call option
- →prefer IBM's dividend and proven earnings per share vs IonQ's pre-profitability speculative profile — quantum as a bonus, not the core investment thesis
- →are comfortable with IBM's technology refresh cycles, consulting margin competition from Accenture and Capgemini, and quantum being a decade-long research investment without near-term revenue contribution
| Metric | IONQ | IBM |
|---|---|---|
| AI score | 60.0 | 49.8 |
| AI rank | #164 | #486 |
| Latest close | $56.55 | $249.10 |
| 1M return | +16.74% | +12.04% |
| 6M return | +23.34% | -17.88% |
| 1Y return | +42.69% | -11.99% |
How much would $10,000 be worth today if invested at the start of each period, with all dividends reinvested?
| Period | IONQ | IBM |
|---|---|---|
| 1Y ago | $14.27K (+42.7%) started 2025-06-18 | $8.8K (-12.0%) started 2025-06-18 |
| 5Y ago | $54.96K (+449.6%) started 2021-06-18 | $25.38K (+153.8%) started 2021-06-21 |
| 10Y ago | $52.36K (+423.6%) started 2021-01-04 | $40.56K (+305.6%) started 2016-06-20 |
Hypothetical — past performance does not guarantee future results.
| Metric | IONQ | IBM |
|---|---|---|
| Market cap | $21.11B | $255.87B |
| Trailing P/E | 145.00 | 24.09 |
| Forward P/E | -54.25 | 20.28 |
| Price/Sales | 112.81 | 3.98 |
| EV/Revenue | 101.20 | 4.56 |
| Analyst target | $67.64 | $290.89 |
| Target upside | +19.61% | +6.85% |
| Metric | IONQ | IBM |
|---|---|---|
| Revenue growth | 754.70% | 9.50% |
| Earnings growth | N/A | 14.20% |
| EPS growth | N/A | +14.20% |
| FCF margin | -48.83% | +18.98% |
| Operating margin | N/A | 13.81% |
| Profit margin | 174.88% | 15.61% |
| ROIC proxy | 11.29% | 35.77% |
| Return on equity | 11.29% | 35.77% |
| Dividend yield | 0.00% | 2.48% |
| Beta | 3.18 | 0.67 |
| Debt/equity | 0.61 | 211.17 |
| Current ratio | 14.05 | 0.80 |
| Quick ratio | 13.12 | 0.64 |
Lower drawdown and smaller single-period drops generally indicate a smoother ride, though they do not guarantee lower future risk.
| Period | Metric | IONQ | IBM |
|---|---|---|---|
| 1Y | Growth | +42.69% | -12.04% |
| CAGR | +42.73% | -12.06% | |
| Sharpe ratio | 0.79 | -0.24 | |
| Max drawdown | 67.61% | 31.86% | |
| Max daily drop | 14.37% | 13.15% | |
| Max wkly drop | 29.63% | 15.72% | |
| 5Y | Growth | +449.56% | +110.67% |
| CAGR | +40.61% | +16.10% | |
| Sharpe ratio | 0.79 | 0.52 | |
| Max drawdown | 90.00% | 31.86% | |
| Max daily drop | 39.00% | 13.15% | |
| Max wkly drop | 42.22% | 15.72% | |
| 10Y | Growth | +423.61% | +151.19% |
| CAGR | +35.49% | +9.65% | |
| Sharpe ratio | 0.74 | 0.31 | |
| Max drawdown | 90.00% | 40.59% | |
| Max daily drop | 39.00% | 13.15% | |
| Max wkly drop | 42.22% | 20.64% |
| Category | IONQ | IBM |
|---|---|---|
| Company | IonQ, Inc. | International Business Machines Corporation |
| Sector | Quantum Computing | Technology |
| Industry | N/A | Information Technology Services |
| Core business | IonQ is a pure-play quantum computing company using trapped-ion technology to build quantum computers. IonQ's trapped-ion approach traps individual ytterbium atoms using electromagnetic fields — creating qubits with high coherence times and low error rates compared to superconducting qubits used by IBM and Google. IonQ makes its quantum computers available through AWS, Azure, and Google Cloud. IonQ has $200M+ in revenue bookings but limited near-term actual revenue — it is pre-profitability, burning cash while developing quantum hardware and software. | IBM is a diversified technology and consulting company with one of the world's leading quantum computing research programs. IBM's quantum program (IBM Quantum) uses superconducting qubits with the Eagle (127-qubit), Osprey (433-qubit), and Condor (1,121-qubit) processor roadmap. IBM makes quantum computers available through IBM Quantum Network for research and commercial experimentation. IBM's quantum program is a research investment within a $60B+ revenue company generating income from mainframe, hybrid cloud (Red Hat), and consulting — IBM is not a quantum pure-play. |
| Investor focus | Investors use IONQ as the primary pure-play publicly traded quantum computing investment — a high-risk, high-reward bet on quantum computing achieving commercial utility. | IBM investors focus on the hybrid cloud (Red Hat/OpenShift) revenue trajectory, software mix improvement, consulting transformation, and quantum computing as a long-duration R&D investment embedded within IBM's technology portfolio. |
- →Trapped-ion qubit quality advantage: IonQ's trapped-ion approach provides higher fidelity qubits with lower error rates than superconducting alternatives at comparable qubit counts — quality matters more than quantity for near-term quantum advantage
- →Cloud provider access via AWS, Azure, GCP: IonQ's quantum computers are accessible through all major cloud platforms — enabling commercial customers to use quantum algorithms without owning physical hardware
- →Pure-play quantum specialization: IonQ focuses exclusively on quantum computing — not distracted by classical computing divisions, enterprise software, or consulting businesses
- →1,000+ qubit Condor processor milestone: IBM achieved 1,000+ qubit quantum processor (Condor) on its published roadmap — scale milestone demonstrates IBM's quantum engineering execution capability
- →Embedded within profitable $60B+ revenue company: IBM's quantum investment is funded by a large profitable technology and consulting business — no existential cash burn risk unlike pure-play quantum companies
- →Open-source Qiskit ecosystem: IBM's Qiskit quantum programming framework is the most widely adopted quantum SDK — creating developer ecosystem lock-in and educational momentum for IBM quantum hardware
- →Severe pre-profitability losses: IonQ has limited actual revenue and significant R&D burn — financial sustainability depends on quantum computing achieving commercial utility before cash is exhausted
- →Superconducting competition from IBM and Google: IBM's superconducting quantum roadmap has more qubits at this stage — the trapped-ion vs superconducting technology race has no determined winner
- →Commercial quantum advantage unproven: no quantum computer has yet demonstrated practical advantage over classical computers for commercially useful problems — the timeline to this 'quantum utility' milestone remains uncertain
- →IBM's quantum program is a research cost center, not a revenue driver: quantum computing generates minimal current revenue for IBM — it's a long-term R&D investment that doesn't drive near-term stock performance
- →Superconducting qubit error rates still limit practical applications: IBM's higher qubit counts come with higher error rates than IonQ's trapped-ion approach — error-corrected quantum computers remain years away even with 1,000+ physical qubits
- →IBM's stock is primarily driven by non-quantum factors: hybrid cloud revenue growth, consulting margins, and mainframe refresh cycles dominate IBM's stock performance — quantum is a long-duration call option within the IBM stock
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