The vintage premium — the price premium commanded by older coins over their younger counterparts — has been measured across yield curves, volatility surfaces, and turnover ratios. But one structural factor is rarely quantified: who holds the old coins, and how concentrated is that ownership?

This article introduces the Vintage Address Concentration Index (VACI), a metric measuring how distributed or concentrated each vintage year stratum’s coin supply is across addresses. By comparing BTC, LTC, and DOGE, we reveal a systematic pattern: older strata are held by fewer hands, creating a structural concentration premium that amplifies vintage year pricing.

The Concentration Spectrum: BTC vs LTC vs DOGE

Before diving into vintage strata, it is essential to understand the baseline concentration of each chain. The three networks occupy starkly different positions on the wealth distribution spectrum:

ChainEst. Top 100 Hold %Est. Top 1000 Hold %Gini Coeff. EstimateAddresses ≥1% Supply
Bitcoin (BTC)18-22%35-40%~0.792-4
Litecoin (LTC)35-45%55-65%~0.885-8
Dogecoin (DOGE)60-65%75-82%~0.9412-18

Bitcoin is the most distributed of the three, with an estimated Gini coefficient of approximately 0.79 — comparable to the wealth inequality of a developed nation. Dogecoin, by contrast, has a Gini estimate of ~0.94, reflecting extraordinary concentration resembling a kleptocracy. Litecoin sits between them.

This baseline concentration has direct implications for vintage year pricing: chains with higher concentration (DOGE > LTC > BTC) should theoretically exhibit stronger vintage premiums, because fewer holders control more of the old supply, creating pricing power and artificial scarcity.

BTC: The Most Distributed, Yet the Most Stratified

Bitcoin’s address distribution is the most studied in crypto. According to on-chain data from BitInfoCharts and CoinMetrics, the top 100 BTC addresses hold approximately 18-22% of total supply — roughly 3.5-4.2 million BTC. Critically, many of these addresses are exchange wallets and institutional custodians (Coinbase, Binance, Bitfinex), not individual whales.

However, vintage year concentration tells a different story:

BTC Vintage YearEst. Addresses HoldingEst. Supply (BTC)Concentration Ratio
2009~22,000 (Satoshi)~1,000,000Extreme (1 wallet=15%)
2010~2,000~1,300,000Very High
2011~8,000~2,000,000High
2012~12,000~1,800,000Moderate
2013~25,000~2,500,000Moderate
2014-2016~50,000+~4,500,000Distributed
2017+~200,000+~6,000,000+Broadly Distributed

The 2009 stratum is dominated by Satoshi Nakamoto’s estimated 1 million BTC (held across an estimated 22,000 addresses from the early mining era, most of which have never moved). This single entity’s holdings represent approximately 5% of total BTC supply and an estimated 100% of 2009-mined coins.

The 2010 stratum — the first year Bitcoin had real economic value after the March 2010 BitcoinMarket.com listing — is held in fewer than 2,000 addresses. This includes the famous Patoshi pattern addresses mined by Satoshi in 2010, plus early miner wallets from Hal Finney, Martti Malmi, and Laszlo Hanyecz. These coins have an average cost basis of effectively zero.

Implication: The extreme concentration of BTC’s oldest strata directly supports the vintage premium. With fewer than 2,000 addresses controlling nearly all 2009-2010 BTC, natural supply is structurally capped. No new 2009-era coins will ever be mined. This is supply scarcity of a magnitude that younger years cannot replicate.

LTC: Higher Concentration, Thinner Old-Coin Markets

Litecoin’s address distribution is significantly more concentrated than Bitcoin’s, with important consequences for its vintage strata.

LTC Vintage YearEst. Addresses HoldingEst. Supply (LTC)Notes
2011 (Genesis)~500~1,200,000Charlie Lee + early miners
2012~1,500~3,000,000Early adopters
2013~3,000~6,000,000Bull run accumulation
2014-2016~8,000~12,000,000Bear market distribution
2017+~30,000+~60,000,000+Broad distribution

The 2011 LTC genesis stratum is held in approximately 500 addresses — an order of magnitude fewer than BTC’s 2009 stratum relative to supply. Charlie Lee (creator of Litecoin) alone is estimated to hold a significant fraction of early LTC across multiple known addresses.

Top exchange wallets on Litecoin also concentrate more supply than on Bitcoin: the top LTC exchange address (Binance) holds approximately 1.5-2 million LTC (~2% of total supply), while exchange-controlled addresses collectively represent an estimated 15-20% of LTC supply.

Implication: LTC’s older strata are so thinly held that OTC markets for 2011 LTC coins likely involve fewer than 100 potential sellers. Each sale can move the price meaningfully, amplifying the vintage premium through mechanical scarcity.

DOGE: Extreme Concentration as a Feature

Dogecoin exhibits the most extreme address concentration of the three chains, and its vintage strata reflect this.

DOGE Vintage YearEst. Addresses HoldingEst. Supply (DOGE)Concentration
2013 (Genesis)~800~2,000,000,000Extreme
2014~2,000~5,000,000,000Very High
2015~4,000~10,000,000,000High
2016-2020~10,000~80,000,000,000Moderate
2021+~1,000,000+~80,000,000,000+Broad

The standout feature of DOGE concentration is the Robinhood wallet. According to multiple analyses, the Robinhood hot wallet holds an estimated 25-30% of all circulating DOGE — approximately 35-42 billion coins. This single address alone could move the entire DOGE market.

For vintage DOGE specifically, the 2013 genesis stratum of ~2 billion coins is held in approximately 800 addresses. Given DOGE’s infinite supply model (5 billion new coins per year), the 2013 stratum represents a fixed and shrinking percentage of total supply — approximately 1.4% in 2026, down from 25% in 2014. This mathematical scarcity drives the vintage premium far more than address concentration alone.

Implication: DOGE’s vintage premium is less about concentration per se and more about the dilution effect — as the infinite supply expands each year, the 2013 stratum becomes an ever-smaller fraction of the total. The extreme concentration of holders merely confirms that few are willing to sell old DOGE at any price.

The Concentration Premium: A Framework

We can formalize the relationship between address concentration and vintage premium as:

Vintage PremiumSupply Scarcity × Holder Concentration × Time Preference

Where:

  • Supply Scarcity = fixed supply of the vintage year / total supply (declining over time)
  • Holder Concentration = % of vintage supply held by top 10 addresses / total vintage supply
  • Time Preference = the HODL conviction of vintage holders (proxied by coin days destroyed)

Applying this framework to our three chains produces the following concentration premium estimates:

ChainConcentration PremiumPrimary Driver
BTCModerate-HighSupply Scarcity (fixed cap) + moderate concentration
LTCHighHigher concentration + thinner old-coin markets
DOGEExtremeInfinite dilution + extreme concentration + fixed vintage supply

Conclusion: Concentration as a Vintage Signal

Address concentration is not merely a distribution curiosity — it is a structural pricing signal for vintage year strata. Chains and year bands where old coins are held by fewer addresses command systematically higher premiums, because:

  1. Limited seller count — Fewer potential sellers means lower sell-side liquidity, mechanically supporting prices
  2. Pricing power — Large holders can set ask prices without competitive pressure from other sellers
  3. Information asymmetry — Concentrated holders often have better information about their coins’ provenance and market value
  4. Self-reinforcing illiquidity — As coins concentrate, markets become thinner, deterring new entrants and further reducing liquidity

The Vintage Address Concentration Index provides a new dimension for year-stratified pricing analysis. When BTC’s 2009-2010 strata are held by fewer than 2,000 addresses, when LTC’s 2011 genesis coins sit in 500 wallets, and when DOGE’s 2013 genesis layer is dominated by 800 holders — the vintage premium is not merely a cultural artifact. It is a structural feature of immutable on-chain ownership.

— Encryption Archive · VintD.org