Note: Nvidia's fiscal year ends in January. The revenue for FY2026 is an analyst estimate. The trailing twelve months (TTM) revenue as of April 30, 2025, was $148.52 billion. The first quarter of fiscal year 2026, which ended on April 27, 2025, had a revenue of $44.1 billion.

Note: Nvidia's fiscal year ends in January. For example, FY25 concludes in January 2025. The FY25 revenue is an analyst estimate based on strong demand for Nvidia's products. Actual results may vary.

Note:

• Fiscal year for Nvidia ends in January. For example, FY2025 ended on January 26, 2025.
• Revenue figures are based on Nvidia's quarterly and annual financial reports.
• The revenue for FY2025 is the full-year reported figure.
• The revenue for other years is calculated by summing up the four quarters of each fiscal year based on available financial data.

Note: Fiscal year 2025 revenue is an estimate based on reported quarterly earnings and analyst projections. The first quarter revenue was $509 million, and the second quarter was $454 million.

Note: Fiscal year 2025 for Nvidia ended on January 26, 2025. The revenue figures are based on the company's annual financial reports. The automotive segment includes solutions for infotainment systems, autonomous driving platforms, and development agreements. The significant growth in recent years is attributed to the increased adoption of NVIDIA DRIVE Orin™ and the ramp-up of self-driving programs. The company has announced partnerships with major automakers to develop next-generation vehicles using its technology.

Notes:

• Fiscal year for Nvidia ends in late January. For example, FY2025 ended on January 26, 2025.
• FY2026 YTD includes the first quarter ending in April 2025.
• Annual figures for FY2021-FY2025 are calculated by summing the respective four quarters of "OEM & Other" revenue.
• Data for fiscal years 2021-2025 was compiled from quarterly revenue figures. Data for Q1 FY2023 was calculated by subtracting the other segments' revenue for that quarter from the total revenue reported in the company's financial statements.

Note: Nvidia's fiscal year concludes at the end of January. For instance, fiscal year 2025 ended on January 26, 2025. Revenue growth has seen a significant acceleration in the most recent fiscal years, driven by strong demand in the data center segment.

Note:

• Nvidia's fiscal year ends in January. For example, fiscal year 2025 ended on January 26, 2025.
• The gross profit for fiscal year 2025 was derived from the reported annual revenue of $130.5 billion and a GAAP gross margin of 74.99%.
• Historical data is based on Nvidia's annual financial reports.

Notes:

• Nvidia's fiscal year ends in January. For example, fiscal year 2025 ended on January 26, 2025.
• The gross margin for fiscal year 2025 increased primarily due to a higher mix of Data Center revenue.
• The decline in gross margin for fiscal year 2023 was attributed to inventory charges related to excess supply of certain products.
• Data is based on Generally Accepted Accounting Principles (GAAP).

Note:

• FY25 figure is an estimate based on reported quarterly results and full-year guidance. In the first quarter of fiscal 2025, NVIDIA reported GAAP operating expenses of $3.50 billion. For the second quarter, GAAP operating expenses were $3.93 billion. The company's outlook for the third quarter of fiscal 2025 anticipates GAAP operating expenses to be approximately $4.3 billion. For the full fiscal year 2025, NVIDIA expects operating expenses to grow in the mid to upper 40% range. The estimated total is based on these figures and projections.

Past fiscal year data is based on annual financial reports. The operating expenses for fiscal years can be influenced by various factors including research and development costs, sales, general and administrative expenses, and acquisition-related costs.

Note: All figures are in US dollars. The fiscal year for Nvidia ends in January. Fiscal year 2025 ended on January 26, 2025. The significant increase in R&D spending reflects Nvidia's intensified focus on artificial intelligence.

Note:

• Fiscal year 2025 is an estimate based on the company's performance and projections for the year. All other figures are based on Nvidia's annual financial reports. The data represents the sum of all selling, general, and administrative expenses for each fiscal year.

Note: Nvidia's fiscal year ends in January. For example, fiscal year 2025 ended on January 26, 2025. The operating income for fiscal year 2025 is based on the full-year results. The operating income for FY2024 was $32.972 billion, and for FY2023 it was $4.224 billion. For fiscal year 2022, the operating income was $10.041 billion, and for FY2021 it was $4.721 billion. The operating income for fiscal year 2020 was $2.846 billion.

Note: Nvidia's fiscal year ends in January. For example, fiscal year 2025 ended on January 26, 2025. The operating margin is calculated as operating income divided by total revenue. All figures are based on publicly available financial reports.

Notes:

• The table represents the operating income for Nvidia's "Compute & Networking" segment, which was later renamed the "Data Center" segment.
• Fiscal years for Nvidia end in late January. For example, fiscal year 2025 ended on January 26, 2025.
• The operating income for fiscal year 2026 is an estimate based on the first quarter's reported operating income of $21.638 billion. The actual full-year results may vary.
• The operating income figures are based on Nvidia's public financial filings with the SEC.

Note: *As of the latest financial reports for the fiscal year ending in January 2025, the specific operating income for the Graphics segment has not been detailed. The company's annual report indicated a decrease in the Graphics segment's operating income for fiscal year 2025 compared to the prior year. This was attributed to a 44% rise in operating expenses for the segment, which was only partially offset by revenue growth. The overall annual operating income for Nvidia in fiscal year 2025 was $81.453 billion.

The provided data for fiscal years 2020 through 2024 is based on Nvidia's public filings with the Securities and Exchange Commission (SEC). The operating income for the Graphics segment in fiscal year 2024 was $5.85 billion, and in 2023 it was $4.55 billion.

Note: All figures are based on Generally Accepted Accounting Principles (GAAP). Fiscal year for Nvidia ends in January. For example, fiscal year 2025 ended on January 26, 2025. The net income for the twelve months ending April 30, 2025, which includes the first quarter of fiscal year 2026, was $76.77 billion. For the first quarter of fiscal year 2026, which ended on April 27, 2025, Nvidia's net income was approximately $18.8 billion.

Note: Net profit margin is calculated by dividing net income by revenue. Nvidia's fiscal year ends in late January. For example, fiscal year 2025 ended on January 26, 2025. The significant increase in net profit margin in recent fiscal years is largely driven by strong demand in the data center and AI sectors.

Note:

• All figures are based on Generally Accepted Accounting Principles (GAAP).
• Fiscal year 2025 for Nvidia ended on January 26, 2025. The earnings per share for fiscal year 2025 is the sum of the reported quarterly GAAP EPS: Q1 ($5.98), Q2 ($0.67), Q3 ($0.78), and Q4 ($0.89).

Note: All historical earnings per share data have been adjusted to reflect past stock splits to ensure comparability. The earnings per share for fiscal year 2020 were calculated based on the reported percentage increase in fiscal year 2021. The figure for fiscal year 2025 is based on the full-year results. Nvidia's fiscal year ends in January.

Notes:

• Nvidia's fiscal year ends on the last Sunday in January. For example, fiscal year 2025 ended on January 26, 2025.
• EBITDA is Earnings Before Interest, Taxes, Depreciation, and Amortization. It is a measure of a company's operating performance.
• The figures presented are based on publicly available financial data and may vary slightly between different financial data providers.
• The significant increase in EBITDA in recent fiscal years is largely attributed to the surging demand for the company's products in the data center and artificial intelligence sectors.

Notes:

• Nvidia's fiscal year ends on the Sunday closest to January 31. For example, fiscal year 2025 ended on January 26, 2025.
• EBITDA Margin is calculated as Earnings Before Interest, Taxes, Depreciation, and Amortization as a percentage of total revenue. The figures presented are based on full-year financial results.

Note:

• Fiscal years for Nvidia end in January. The values represent the total assets at the end of each respective fiscal year.
• The figure for the quarter ending April 2025 was $125.25 billion.
• All figures are based on company filings and publicly available financial data.

Note:

• Nvidia's fiscal year ends in January.
• The data is based on Nvidia's annual financial reports.
• As of the first quarter of fiscal year 2026, which ended on April 27, 2025, Nvidia's total liabilities were $41.41 billion.

Note: Nvidia's fiscal year ends in January. For example, fiscal year 2025 ended on January 26, 2025. The data is from the company's annual financial reports.

Note: The figures represent Nvidia's cash and cash equivalents at the end of each fiscal year, which concludes on the last Sunday of January. The value for the fiscal year 2025 is based on the reported figure for the year ended January 26, 2025. As of the first quarter of fiscal year 2026, which ended in April 2025, cash and cash equivalents had increased to $15.23 billion.

Note: Nvidia's fiscal year ends in January. For example, fiscal year 2025 ended on January 26, 2025. The figures are based on Nvidia's public SEC filings (Form 10-K).

Note: All figures are in billions of U.S. dollars. Negative values indicate a net cash outflow for investing activities.

Note: Nvidia's fiscal year ends in January. For example, fiscal year 2025 ended on January 26, 2025. The cash from financing activities reflects significant share repurchases in recent years. The data is based on Nvidia's annual financial reports.

Note: All figures are for Nvidia's fiscal year, which ends in January. The data is based on publicly available financial statements and filings.

Note:

• Nvidia's fiscal year ends in January. The table displays the current ratio at the end of each fiscal year.
• The data for fiscal years 2021 through 2025 is based on the full fiscal year.
• The figure for April 2025 represents the current ratio at the end of the first quarter of fiscal year 2026.

Note:

• Nvidia's fiscal year ends in January. For instance, fiscal year 2025 ended on January 26, 2025.
• The quick ratio is calculated as (Current Assets - Inventory) / Current Liabilities.
• The values for FY2025, FY2024, FY2023, and FY2022 are calculated based on data from Nvidia's financial statements. The figure for FY2021 is from published financial analyses. Different sources may report slightly different ratios due to variations in data aggregation.

Notes:

• The cash ratio is calculated as (Cash + Marketable Securities) / Current Liabilities.
• Nvidia's fiscal year ends in January. For example, FY2025 concluded in January 2025.
• The cash ratio for the first quarter of fiscal year 2026, which ended in April 2025, was 1.99.
• Figures are based on annual financial reports.

Note: The fiscal year for Nvidia ends in January. For example, the fiscal year 2025 ended on January 26, 2025. The debt-to-assets ratio is calculated by dividing total debt by total assets. Over the past five years, Nvidia's debt-to-assets ratio peaked in January 2023 and has since declined. The ratio for the quarter ending April 30, 2025, was 8.2%.

*Note: The value for FY2025 is for the quarter ending April 30, 2025. The fiscal year is not yet complete.

Nvidia's debt-to-equity ratio has seen a significant decrease in the most recent period, indicating a lower reliance on debt for financing its assets compared to previous years. The ratio peaked in 2023 and has since declined. This change reflects a shift in the company's capital structure towards more equity financing. The five-year average debt-to-equity ratio is approximately 0.35.

Note: Nvidia's fiscal year ends in January. The figures above represent the ratio at the end of each fiscal year. For the most recent quarter ended April 2025 (Q1 FY26), the Debt-to-Equity ratio was 0.101, which corresponds to a Debt-to-Capital ratio of approximately 0.09. The Debt-to-Capital ratio has seen a significant decrease in the latest fiscal year and the first quarter of the current fiscal year.

Note: Fiscal year 2025 is an estimate. Nvidia's fiscal year ends in January. The financial leverage ratio is calculated as Total Assets / Common Equity.

Note: Fiscal year ends in January. The Interest Coverage Ratio is calculated as Operating Income divided by Interest Expense. Data for FY2020-FY2024 is from annual financial reports. The FY2025 figure is based on the trailing twelve months (TTM) data ending April 27, 2025.

Nvidia's Return on Assets has shown significant fluctuation over the past several years. After a period of relatively stable returns, ROA experienced a dip in fiscal year 2023. This was followed by a dramatic surge in fiscal years 2024 and 2025, reaching a five-year high. This strong upward trend in recent years indicates a substantial improvement in the company's efficiency in generating profits from its assets.

Note: Nvidia's fiscal year ends in late January. For example, fiscal year 2025 ended on January 26, 2025. The figures presented are based on publicly available financial data and may vary slightly between different financial data providers.

Note: The fiscal year for Nvidia ends in January. The Return on Equity (ROE) for the trailing twelve months (TTM) ending in the first quarter of fiscal year 2026 was 106.9%. The annual ROE for fiscal year 2025, which ended in January 2025, was reported as 91.9%. The ROE figures for previous years are as follows: 91.5% for FY2024, 17.9% for FY2023, 44.8% for FY2022, 29.8% for FY2021, and 22.9% for FY2020. Data is sourced from financial data providers and company filings.

Note: Fiscal year 2025 for Nvidia ended in January 2025. The ROCE for fiscal year 2025 is based on the full-year performance. The table showcases a significant fluctuation in ROCE, with a notable trough in 2023 followed by a sharp increase. The latest reported last twelve months (LTM) ROCE as of April 2025 was 77.3%. The data is compiled from financial reports.

Note:

• Nvidia's fiscal year ends on the last Sunday in January. For example, fiscal year 2025 ended on January 26, 2025.
• The inventory turnover for fiscal years 2021 through 2025 is based on annual financial reports. The turnover saw a dip in FY2023 but has since recovered.
• The figure for fiscal year 2026 is an estimate based on the latest trailing twelve months (TTM) data, as the fiscal year is ongoing.

Note: Asset turnover measures how efficiently a company uses its assets to generate revenue. A higher ratio indicates better performance. Nvidia's fiscal year ends in late January; for instance, fiscal year 2025 concluded on January 26, 2025. The significant increase in the asset turnover ratio in recent years indicates that revenue has grown at a faster rate than the company's total assets.

Notes:

• The P/E ratio for FY2025 is the Trailing Twelve Months (TTM) as of July 26, 2025.
• The P/E ratio for FY2024 is as of the end of the calendar year 2023.
• Historical data for fiscal years 2020-2023 are based on annual P/E ratio charts and historical data from financial analysis websites. The P/E ratio for NVIDIA has shown significant volatility. For instance, the quarterly P/E ratio reached a high of 138.8 in April 2023.

Note: Nvidia's fiscal year ends on the last Sunday of January. The Price-to-Sales (P/S) ratios for fiscal years 2021 through 2025 are calculated using the market capitalization at the end of each fiscal year and the total revenue for that year. The "Current (TTM)" value is the Trailing Twelve Months P/S ratio as of July 2025, based on the current market capitalization and the revenue for the twelve months ending April 30, 2025.

Note: The fiscal year for Nvidia ends in January. The "Current" value is the latest available as of July 2025. The Price-to-Book ratio compares a company's market value to its book value. A higher P/B ratio can indicate that investors expect higher future earnings growth.

Note: The table above uses the Price-to-Free-Cash-Flow (P/FCF) ratio. Data is for Nvidia's fiscal year, which ends in January. The ratio for FY2025 is the most recent trailing twelve months figure available. The Price-to-Operating-Cash-Flow for FY2025 was 55.59. The P/FCF ratio peaked in fiscal year 2023 due to a temporary dip in free cash flow per share.

Note: All figures are for the fiscal year ending in January of the respective year. The Enterprise Value for 2025 is the trailing twelve months as of July 2025. A significant increase in enterprise value is observable, with a notable dip in 2023 before a strong recovery. This growth is largely attributed to the surging demand for Nvidia's data center and AI-related products. The company's enterprise value is calculated by taking its market capitalization, adding debt, and subtracting cash and cash equivalents.

Note: Nvidia's fiscal year ends in January. For example, fiscal year 2025 concluded in January 2025. The EV/EBITDA ratio fluctuated significantly, with a peak in fiscal year 2023 before declining. The latest reported trailing twelve months EV/EBITDA as of mid-2025 is approximately 45.7x.

*Note: Nvidia's fiscal year ends in January. The "Current Year (FY26 Estimate)" is the book value per share as of the first quarter of fiscal year 2026, which ended in April 2025. The data for fiscal years 2021 through 2025 represents the final figures for each respective fiscal year.

Note: All historical per-share data has been adjusted to reflect past stock splits to maintain comparability. Figures for fiscal year 2025 are based on the full-year results. Nvidia's fiscal year ends in January.

Notes:

• All per-share figures are adjusted for stock splits, including the 10-for-1 split in June 2024.
• Fiscal years for Nvidia end in January. For example, FY2025 ended on January 26, 2025.
• The Operating Cash Flow for FY2021, FY2022, FY2023, FY2024, and FY2025 was $5.82B, $9.11B, $5.64B, $28.09B, and $64.09B respectively.
• The figure for FY2026 is an estimate based on the Q1 FY2026 operating cash flow of $27.41B and extrapolated for the full year.
• The user requested data for the "current year FY25". As the current date is in fiscal year 2026 for Nvidia, an estimate for FY2026 has been provided.

Note: Fiscal year for Nvidia ends in January. The Free Cash Flow per Share is calculated by dividing the total Free Cash Flow for the fiscal year by the weighted average diluted shares outstanding. All figures are based on publicly available financial statements and market data.

Data for "GPU Utilization (%)" is not a metric that Nvidia reports as a corporate key performance indicator in its financial filings. This metric measures the real-time processing load on an individual GPU, not an aggregated figure for all products.

The data you may be looking for is Nvidia's GPU Market Share, which reflects its percentage of the total GPU market. Reports from Q1 2025 indicate a significant market share.

Note: Figures for 2021-2024 are approximate year-end estimates based on market analysis trends leading up to the most recent data. The table shows discrete GPU market share, which is a measure of sales, not the real-time utilization of GPUs in operation.

Information on "Memory Utilization (%)" for Nvidia as a company-wide, historical metric is not publicly available in its financial or operational reports. This metric is a real-time measure of the activity of an individual Graphics Processing Unit (GPU) and is not aggregated by Nvidia as a Key Performance Indicator (KPI) for the entire company.

The metric "memory utilization" refers to the percentage of time that the GPU's memory was being read from or written to during a specific sampling period. This data can be monitored on a single system using tools like nvidia-smi but is not tracked across all deployed GPUs globally.

While direct utilization data is unavailable, the demand for Nvidia's high-performance memory solutions, especially High-Bandwidth Memory (HBM) for AI applications, is a strong indicator of the critical role of memory in their products.

Notes:

• Nvidia does not publicly report a consolidated "Compute Utilization" percentage in its annual or quarterly financial filings. This metric is not a standard financial disclosure.
• The figures provided are industry estimates for Nvidia GPUs in data centers running AI and high-performance computing (HPC) workloads.
• GPU utilization is a real-time operational metric that varies significantly based on the specific workload (e.g., AI training, inference), application, and end-user.
• Estimates from industry sources and analysts for AI workloads in major cloud data centers typically place average utilization rates in the 60% to 70% range. A 2021 Nvidia presentation showcased a specific, highly-optimized research cluster reaching 90% utilization, highlighting it as a key goal.

Note:

The performance figures above represent the theoretical peak for a single GPU, focusing on AI and deep learning workloads. The values are approximate and depend on the specific data format and whether sparsity is utilized. For instance, the A100 performance is based on FP16/BF16 precision with sparsity. The H100 and B200 performance figures are based on the newer FP8 and FP4 data formats with sparsity, respectively, which are optimized for AI inference and training. The significant increase in performance for FY2024 with the H100 reflects its widespread adoption. The Blackwell B200 GPU, announced in March 2024, offers a substantial leap in performance. This rapid increase in computational power has been a key driver of Nvidia's datacenter revenue growth.

I am unable to provide a table with the last 5 years of data for "Memory Bandwidth Utilization (%)" for Nvidia. This specific metric is not publicly reported in financial filings or other official documents.

Memory bandwidth utilization is a real-time performance metric that measures the percentage of a GPU's memory bandwidth being used at a specific moment for a particular task. It is highly dependent on the specific application and workload being run. This is not a figure that Nvidia aggregates and reports on an annual basis for the entire company.

Instead, this data is obtained using specialized profiling tools like NVIDIA Nsight Compute or the NVIDIA Management Library (NVML) to analyze specific workloads on individual GPUs. These tools provide detailed performance data, including metrics that show the percentage of peak memory bandwidth being used.

The "utilization" reported by some tools refers to the percentage of time the memory was active, not the percentage of the total bandwidth capacity being used, which can be a point of confusion. While information on the maximum memory bandwidth (measured in GB/s or TB/s) for different GPU architectures like Hopper and Ampere is available, this represents the theoretical peak performance, not the actual utilization percentage.

Notes:

The table displays the maximum theoretical bandwidth for the PCIe interface on NVIDIA's flagship data center GPUs for each fiscal year. "PCIe Bandwidth Utilization" is not a static figure reported by NVIDIA; it is a real-time metric that varies based on the specific application and workload running. The values represent the evolution of the underlying hardware capabilities.

The transition from PCIe 4.0 to 5.0 doubled the available bandwidth for the GPU to communicate with the rest of the system. For even higher bandwidth GPU-to-GPU communication, NVIDIA uses its proprietary NVLink technology. The "nvidia-smi" command-line tool can be used to monitor real-time PCIe bandwidth usage on a specific GPU.

It is not possible to provide a single, annual GPU temperature for Nvidia. This data is not a standardized metric reported in company filings or financial statements.

GPU temperatures are highly variable and depend on a multitude of factors, including:

• The specific GPU model (e.g., RTX 4090 vs. a mobile RTX 4050).
• The workload (e.g., gaming, AI training, or idle).
• The specific computer's cooling system and case airflow.
• The ambient room temperature.

Individual product reviews provide temperature data for specific cards under specific test conditions, but no aggregated, company-wide annual data exists.

Note: The table above reflects the maximum power consumption (Thermal Design Power - TDP) of Nvidia's flagship data center GPUs for each fiscal year. The figures represent the power draw of a single GPU module. Power consumption for entire systems, like the DGX, which integrate multiple GPUs, will be significantly higher. The B200's power consumption is estimated based on company announcements for its release in 2025.

Note: Fiscal year 2025 revenue is based on reported quarterly earnings, with the full-year figure representing the sum of the four quarters. All other figures are based on Nvidia's annual financial reports.

Notes:

• Nvidia's fiscal year ends in late January.
• All historical dividend per share amounts have been adjusted to reflect the ten-for-one forward stock split that was completed in June 2024.
• The quarterly dividend was increased to $0.01 per share (post-split) starting with the payment in June 2024.
• The dividend for the third and fourth quarters of fiscal year 2026 is an estimate based on the current quarterly dividend rate. The most recent dividend paid was $0.01 per share in July 2025.