Digital Realty Trust, Inc. vs Quantum Computing Inc — how do they compare? Digital Realty Trust, Inc. trades at $191.45 (market cap $70.61B), while Quantum Computing Inc trades at $8.99 (market cap $2.03B). The key difference: Digital Realty Trust, Inc. is far larger — about 34.8× Quantum Computing Inc's market cap, and Digital Realty Trust, Inc. pays a 2.56% dividend while Quantum Computing Inc pays none. Which is the better fit depends on your goals.
| DLR | QUBT | |
|---|---|---|
Market Cap | $70.61B | $2.03B |
Sector | Real Estate | Technology |
52-Week High | $203.91 | $24.62 |
52-Week Low | $147.93 | $6.31 |
Enterprise Value | $89.32B | $1.09B |
Dividend Yield | 2.56% | — |
Trailing returns across standard periods
Latest headlines on both assets
Digital Realty owns and operates nearly 300 data centers worldwide. It has more than 35 million rentable square feet across five continents. Digital's offerings range from retail co-location, where an enterprise may rent a single cabinet and rely on Digital to provide all the accommodations, to cold shells, where hyperscale cloud service providers can simply rent much, or all, of a barren, power-connected building. In recent years, Digital Realty has de-emphasized cold shells and now primarily provides higher-level service to tenants, which outsource their related IT needs to Digital. Digital Realty has also moved more into the co-location business, increasingly serving enterprises and facilitating network connections. Digital Realty operates as a real estate investment trust.
Read more on DLR →Quantum Computing Inc. is a company focused on providing accessible quantum computing and quantum-enhanced software solutions for complex problems. The company's technology is designed to run on both classical and quantum hardware, enabling businesses to explore the power of quantum computing today for applications in finance, drug discovery, and logistics. QUBT offers a platform that makes quantum algorithms and software available through the cloud, aiming to democratize access to this advanced computing paradigm.
Read more on QUBT →