Key Takeaways
When Steve Jobs pulled the first iPhone out of his jeans pocket in June 2007, the price tag was as revolutionary as the device itself: $499 to $599. It was an expensive gadget, but one that set the stage for Apple’s rise to trillion-dollar dominance.
Eighteen years later, Apple’s latest flagship, iPhone 17, arrives at a familiar-looking $799. On paper, the price hike is modest compared to the revolution under the hood: bigger displays, pro-grade cameras, AI chips, and more storage than entire PCs of the mid-2000s.
The real drama emerges when the familiar U.S. dollar is swapped for a very different yardstick: cryptocurrencies.
But what if iPhones were priced not only in dollars, but also in Bitcoin (BTC), Ether (ETH), and XRP at the time of each launch? Suddenly, the narrative takes an unexpected turn. In certain years, an iPhone would cost only a fraction of a cryptocurrency unit, while in fiat, it would demand an enormous amount.
That’s because you’re really watching two things move: Apple’s pricing strategy and each coin’s cycle of booms, busts, and everything between.
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Before diving into the numbers, it’s worth asking: why does this exercise matter?
For launches with multiple models, this article used the standard (non-Pro) version and the official U.S. street release date (e.g., iPhone 13 on Sept. 24, 2021).

Crypto prices reflect approximate daily closing values for that date (or the nearest available trading day). “N/A” indicates the coin was not yet widely traded.
| Year | iPhone model (U.S. release) | U.S. starting price ($) | BTC needed | ETH needed | XRP needed |
| 2007 | iPhone (2G) — 2007-06-29 | $499 | N/A | N/A | N/A |
| 2008 | iPhone 3G — 2008-07-11 | $199 | N/A | N/A | N/A |
| 2009 | iPhone 3GS — 2009-06-19 | $199 | N/A (BTC thin/early) | N/A | N/A |
| 2010 | iPhone 4 — 2010-06-24 | $199 | 2,500+ BTC | N/A | N/A |
| 2011 | iPhone 4S — 2011-10-14 | $199 | 44 BTC (BTC) | N/A | N/A |
| 2012 | iPhone 5 — 2012-09-21 | $199 | 0.33 BTC (BTC = $600) | N/A | N/A |
| 2013 | iPhone 5s — 2013-09-20 | $199 | 0.0016 BTC (BTC = $125) | N/A | 39,800 XRP (XRP = $0.005) |
| 2014 | iPhone 6 — 2014-09-19 | $649 | 1.64 BTC (BTC = $394.8) | N/A | 649 XRP (XRP = $0.10) |
| 2015 | iPhone 6s — 2015-09-25 | $649 | 2.75 BTC (BTC = $236) | 649 ETH (ETH = $1.0) | 108,167 XRP (XRP = $0.006) |
| 2016 | iPhone 7 — 2016-09-16 | $649 | 1.06 BTC (BTC = $610) | 54 ETH (ETH = $12) | 108,167 XRP (XRP = $0.006) |
| 2017 | iPhone 8 — 2017-09-22 | $699 | 0.17 BTC (BTC = $4,100) | 2.5 ETH (ETH = $280) | 3,330 XRP (XRP = $0.21) |
| 2018 | iPhone XR — 2018-10-26 | $749 | 0.12 BTC (BTC = $6,300) | 3.6 ETH (ETH = $210) | 2,678 XRP (XRP = $0.28) |
| 2019 | iPhone 11 — 2019-09-20 | $699 | 0.069 BTC (BTC = $10,182) | 3.3 ETH (ETH = $210) | 2,410 XRP (XRP = $0.29) |
| 2020 | iPhone 12 — 2020-10-23 | $799 | 0.062 BTC (BTC = $12,944) | 1.9 ETH (ETH = $415) | 3,196 XRP (XRP = $0.25) |
| 2021 | iPhone 13 — 2021-09-24 | $799 | 0.019 BTC (BTC = $42,840) | 0.26 ETH (ETH = $3,100) | 815 XRP (XRP = $0.98) |
| 2022 | iPhone 14 — 2022-09-16 | $799 | 0.040 BTC (BTC = $19,700) | 0.55 ETH (ETH = $1,450) | 2,283 XRP (XRP = $0.35) |
| 2023 | iPhone 15 — 2023-09-22 | $799 | 0.030 BTC (BTC = $26,600) | 0.50 ETH (ETH = $1,590) | 1,598 XRP (XRP = $0.50) |
| 2024 | iPhone 16 — 2024-09-20 | $799 | 0.013 BTC (BTC = $63,000) | 0.31 ETH (ETH = $2,600) | 1,598 XRP (XRP = $0.50) |
| 2025 | iPhone 17 — 2025-09-19 | $799 | 0.012–0.014 BTC | 0.18–0.21 ETH (ETH = $3.8k–$4.4k in late Aug/Sept) | 265–290 XRP (XRP = $2.75–$3.02 in Sept) |
* 2008–2013 Apple heavily marketed $199 on a two-year contract. Unlocked pricing was significantly higher.
BTC had only just begun trading in 2010; the $199 “price” at a few cents per BTC yields thousands of coins, an illustration of illiquid, nascent-market pricing.
Apple’s advertised iPhone 12 base was $799, but the SIM-free price many buyers paid was $829; the $799 figure is the canonical launch headline.
BTC pricing exposes how volatility in crypto can dramatically reshape perceptions of cost, especially for something as familiar as an iPhone.
Pricing iPhones in Bitcoin often reflects Bitcoin’s own cycles more than Apple’s pricing decisions. For example, the iPhone 6s “cost” almost 2.75 BTC in 2015, while the iPhone 13 was down to 0.019 BTC in 2021.
Apple hasn’t drastically reduced its prices, what changes is Bitcoin’s value, which swings the perceived “cost” of a $799 phone by an order of magnitude, depending on the month and year.
Ethereum and XRP follow their own trajectories. Ethereum’s Merge-era dip in September 2022 meant the iPhone 14 “cost” 0.55 ETH, while 2021’s bull run brought the iPhone 13 to just 0.26 ETH.
XRP began with micro-prices, meaning early models cost thousands of tokens. Regulatory wins and market rallies in later years compressed the XRP needed to buy a new phone, creating striking visual contrast in crypto pricing charts.
In contrast, Apple’s dollar pricing for non-Pro iPhones has been stable since 2019. The main models have floated between $699 and $799, with the iPhone 11 at $699 and subsequent models at $799. In 2025, the base model doubled its storage to 256 GB, counteracting some effects of inflation when comparing specifications over time.
Before 2014, advertised prices like $199 were subsidized by mobile carriers, bundling the true device cost into 24-month service contracts. For crypto comparisons, those years should be treated with caution, since direct conversion misrepresents the real out-of-pocket expense. It’s best to take 2008–2013 numbers as rough indicators, not direct analogs to the SIM-free era.
Framing iPhone pricing through the lens of Bitcoin, Ethereum, or XRP highlights how volatile assets can change the inflation story, making clear that perceived costs shift just as much from the asset’s fluctuations as from the manufacturer’s price tags.
Across 15 years, the amount of crypto required to buy an iPhone has fallen steeply, mirroring adoption and surging coin valuations. From thousands of BTC for a single device to less than a hundredth of a coin today, this story highlights the powerful shift crypto brings to traditional measures of value.
If held instead of spent, those early crypto payments would be life-changing fortunes, a lesson in appreciating, and understanding, the deflationary impact of digital currencies on consumer tech.
As a financial asset, Bitcoin has dramatically outperformed any iPhone’s resale value. Even ETH and XRP, with different risk profiles, beat iPhones as “investments.” .
From a pure investment return perspective, Bitcoin, Ethereum, and XRP have vastly outperformed any monetary value retained by buying iPhones over the same timeframe. Cryptocurrencies offer potential for large capital gains (with higher risk), while iPhones, as consumer electronics, depreciate and do not generate financial returns.
Thus, for purely financial gain, investing in Bitcoin or Ethereum has been considerably better than purchasing iPhones, and XRP also offers strong growth potential, especially with recent price rallies and regulatory progress.
The iPhone has become more than a gadget—it’s a cultural icon and a convenient measuring stick. Pricing it in crypto highlights two very different stories: Apple’s steady pricing strategy versus the chaos and cycles of digital assets.
So the next time Apple announces another iPhone at $799, you can shrug at the dollar sticker—or ask the fun question: How many satoshis, gwei, or drops does that cost today?
The answer, as always, will depend less on Apple in Cupertino and more on the wild tides of global crypto markets.
It’s a thought experiment: instead of USD, we price each iPhone at launch in BTC, ETH, and XRP using market prices from the phone’s release date. It shows how a relatively steady USD sticker becomes wildly volatile in crypto terms because the coins swing. Bitcoin’s market was illiquid and nascent; a few cents per BTC makes any normal good look astronomically “expensive” in BTC terms. It’s the clearest demo of why volatile numeraires distort inflation stories. CPI-adjusting shows Apple’s base pricing has been remarkably steady (arguably better value per capability). The crypto picture would still be dominated by coin cycles, not Apple’s pricing. Slightly, yes. Fees/spreads, especially in earlier years, could add noise. For clarity, the table sticks to market reference prices rather than simulated checkout costs.