Compare Consolidated Edison, Inc. (ED) vs Nomura Holdings Inc (NMR) Price & Performance
Price performance (Past 24H)
Key statistics
Key statistics
Consolidated Edison, Inc. vs Nomura Holdings Inc — how do they compare? Consolidated Edison, Inc. trades at $107.77 (market cap $39.76B), while Nomura Holdings Inc trades at $9.94 (market cap $28.46B). The key difference: Consolidated Edison, Inc. is the larger of the two by market cap, and Nomura Holdings Inc pays the higher dividend (3.31%). Which is the better fit depends on your goals.
| ED | NMR | |
|---|---|---|
Market Cap | $39.76B | $28.46B |
Sector | Utilities | Financials |
52-Week High | $115.46 | $10.04 |
52-Week Low | $95.37 | $6.73 |
Enterprise Value | $66.61B | — |
Dividend Yield | 3.27% | 3.31% |
Aura AI Summary
Signals from Pluang's Aura AI — not financial advice
Aura AI Summary
Signals from Pluang's Aura AI — not financial advice
Consolidated Edison (ED) trades at $106.3, down 1.56% today, near the consensus price target of $103.25. Recent Q2 2026 earnings beat estimates with EPS of $0.83, though Q1 missed. The stock shows a bearish technical trend with support at $105 and resistance at $108. Fundamentals are stable with 2025 revenue of $16.92B and net income margin of 12.53%, supported by consistent dividend payments.
ED offers steady income with a 3.2% dividend yield and regulated utility stability, but faces headwinds from high debt levels and mixed analyst sentiment (62.96% hold rating). Key risks include interest rate sensitivity and capital expenditure demands for grid upgrades. The stock suits defensive investors seeking reliable dividends amid moderate growth expectations.
Nomura Holdings (NMR) trades at $9.82, down 1.31% on the day, with a bullish technical signal from moving averages but a neutral reading from oscillators. The company reported strong revenue growth, with 2025 revenue reaching $1.66 trillion and net income of $340.74 billion, yielding a robust net margin of 20.4%. Recent earnings show a mix of beats and misses, with Q2 2026 EPS beating expectations. Analyst sentiment is mixed, with a 'Hold' consensus but positive momentum coverage in financial media.
The outlook for NMR is supported by fundamental strength in profitability and revenue expansion, though cash flow volatility and rising debt-to-asset ratios pose risks. The stock presents a value opportunity with a P/E of 11.59, but investors should weigh consistent earnings performance against macroeconomic and sector-specific headwinds affecting financial stocks.
Returns comparison
Trailing returns across standard periods
Returns comparison
Trailing returns across standard periods
About Consolidated Edison, Inc.
Con Ed is a holding company for Consolidated Edison of New York, or CECONY, and Orange & Rockland, or O&R. These utilities provide steam, natural gas, and electricity to customers in southeastern New York—including New York City—and small parts of New Jersey. The two utilities will generate nearly all of Con Ed's earnings once it closes the sale of its clean energy business to RWE. Con Ed's clean energy business owns the second-largest portfolio of utility-scale solar projects in the U.S. Following the sale, Con Ed's only non-utility earnings will come from investments in gas and electric transmission.
Read more on ED →About Nomura Holdings Inc
Nomura is Japan's largest broker, about twice the size of rival Daiwa Securities and roughly three times the size of the securities units of the three megabanks. It is also the largest asset-management company in Japan, with a similar size differential compared with its rivals. Despite its topnotch brand name in retail broking and asset management in Japan, Nomura has struggled to compete effectively in the institutional securities business against larger global rivals. In 2008, Nomura bought European and Asian assets of the failed Lehman Brothers, which led to a sharply higher cost base but did not provide commensurate revenue. Nomura has reduced the scale of these businesses but maintains its ambition to compete globally with the top players.
Read more on NMR →
