According to CryptoISO's analysis, Tom Lee currently holds about 1.7 million ETH; to reach the target of 5% of the supply, he needs to purchase approximately 4.3 million ETH, with estimated costs in the tens of billions USD depending on the price of ETH.
At the current price level, the total cost of purchasing an additional 4.3 million ETH is estimated at around 19.5 billion USD; if ETH is close to 4,200 USD each, the expected cost decreases to about 18.2 billion USD.
MAIN CONTENT
Tom Lee is recorded to hold 1.7 million ETH according to CryptoISO's analysis.
About 4.3 million ETH is needed to achieve 5% of the supply, costing ~19.5 billion USD currently.
Daily trading volume of 30 billion USD–50 billion USD could support prices when making large purchases.
How much ETH does Tom Lee currently hold?
According to the analysis conducted by CryptoISO, Tom Lee is recorded to hold 1.7 million ETH, this figure reflects in-depth analyzed on-chain data.
This information is based on the aggregation of wallets and transactions related to the analyzed name; on-chain data allows verification of holding volumes but care must be taken to avoid confusion when wallets may belong to multiple entities.
If he wants to achieve 5% of the supply, how much more ETH does he need to buy?
According to calculations in CryptoISO's analysis, to reach 5% of the total supply, Tom Lee needs to acquire approximately 4.3 million ETH.
This figure is the difference between the target of 5% and the current amount of 1.7 million ETH; the calculation is based on the estimated current supply of the Ethereum network and does not reflect future supply volatility.
What is the estimated cost to purchase that additional amount of ETH?
The analysis records an additional purchase cost of about 19.5 billion USD at the current price; if ETH approaches 4,200 USD each, the cost drops to around 18.2 billion USD.
Estimated costs are calculated by taking the total amount needed to purchase multiplied by the assumed price of ETH. The actual figure fluctuates based on the timing of the purchase, discounts, and the level of transaction allocation across multiple exchanges to minimize price impact.
How does buying such a large amount affect liquidity and the price of ETH?
With an estimated daily trading volume of 30 billion USD to 50 billion USD, purchasing 4.3 million ETH in small amounts is likely to bolster price support, but the impact will be dispersed if the transactions span multiple days and exchanges.
Buying quickly in a short time may cause prices to spike; conversely, gradually purchasing through OTC strategies or across multiple exchanges helps reduce short-term impact while still potentially raising the baseline price due to liquidity being drawn from the market.
What are the risks and factors to consider when executing large transactions?
Risks include discounts, leakage of purchasing strategy, liquidity changes, and market volatility; it is essential to establish a clear purchasing roadmap, use OTC when appropriate, and monitor exchange liquidity.
A time-based purchasing allocation strategy, coordinated with market makers, and monitoring on-chain volume helps reduce risk; however, there is no plan that completely eliminates price impact in large transactions.
Examples of cost and liquidity calculations
An illustration: 4.3 million ETH is needed; if the average price is 4,535 USD (the current assumed price in this example), the cost is ~19.5 billion USD. If the price drops to 4,200 USD, the cost is ~18.2 billion USD.
This example is illustrative based on simple multiplication; actual costs are affected by discounts, transaction fees, and the method of execution (spot, OTC, or large orders on exchanges).
Frequently Asked Questions
How do we know Tom Lee holds 1.7 million ETH?
The data is extracted from CryptoISO's on-chain analysis, aggregating related wallets and transactions to estimate holding volumes.
Why is an additional 4.3 million ETH needed to achieve 5% of the supply?
This is the difference between the target of 5% of the total supply and the current amount of 1.7 million ETH; the calculation is based on the estimated current supply of Ethereum.
Is the cost of 19.5 billion USD certain?
Uncertainty; the figure is an estimate at the current price level, the actual cost fluctuates with price, discounts, and the method of executing transactions.
What channels can large purchases be executed through to reduce price impact?
Usually use OTC trading, time-based allocation, collaborate with market makers, and diversify exchanges to reduce discounts and information risk.
How does a daily trading volume of 30 billion–50 billion USD affect things?
This is the overall liquidity scale; in comparison, buying 4.3 million ETH could support the price if allocated reasonably, but there is still a risk of causing immediate volatility if executed abruptly.
Source: https://tintucbitcoin.com/tom-lee-can-them-43-trieu-eth/
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