XRP and Ethereum Millionaire Thresholds by 2028
One coin requires a 26x price jump from its record high to reach a million-dollar valuation for a standard holding, while the other has already crossed that mark briefly this year.
XRP trades at $1.38 as of September 10, 2026. Ethereum trades at $2,469 on the same date. A holding of 10,000 XRP requires a price of $100 to reach one million dollars. That target is 26 times XRP's all-time high of $3.84. A holding of 100 Ethereum requires a price of $10,000. That target is roughly twice Ethereum's all-time high of $4,950.
Ethereum already exceeded the threshold for a 400-coin holding. The price peaked at $2,514.97 on August 21, 2026. That valuation placed 400 coins above the one-million-dollar mark. XRP has never traded near $100. Reaching that level would imply a market capitalization of $6.1 trillion. This figure exceeds the combined value of Apple, Microsoft, and Nvidia.
Accumulation Costs Differ Sharply
One million dollars of XRP equals 724,638 coins. One million dollars of Ethereum equals 405 coins. Buying 405 Ethereum upfront costs one million dollars. Buying 724,638 XRP allows for gradual accumulation over time. The XRP path fits a strategy of regular monthly purchases. The Ethereum path requires immediate capital equal to the target value.
Price Multiples Shape the Outcome
XRP is up 36% over the last 30 days. Ethereum is up 31.16% over the same period. Both assets are down for the year in 2026. XRP is down 24.43%. Ethereum is down 16.86%. The unit prices drive the required multiples. XRP needs a 72.5x increase from its current price to hit $100. Ethereum needs a 4x increase to hit $10,000.
Market Context and Forecasts
GN markets/crypto (en-US) notes the divergence in required growth. A 100-coin Ethereum holder needs a 4x price rise. A 10,000-coin XRP holder needs a 72.5x price rise. Some models project XRP at $4.75 by September 2028. At that price, one million dollars equates to 210,526 coins. The probability of hitting the one-million mark depends on which multiple is achievable.
