L1 and L2 coins are the foundation the rest of crypto runs on — the base-layer blockchains that provide security and settlement, and the scaling networks built on top of them that make using those chains faster and cheaper. This page tracks a live, ranked list of the largest tokens across both categories by market cap.
The Difference Between L1 and L2
A layer-1 (L1) is a standalone blockchain with its own validators, its own security model, and its own native token — Bitcoin, Ethereum, and Solana are all L1s. A layer-2 (L2) doesn't have its own independent security; it processes transactions off the base chain and settles the results back to it, inheriting the L1's security while offering lower fees and higher throughput. Most major L2s today are built on top of Ethereum specifically. Both categories are combined on this page because they answer the same underlying question — "which network should this actually run on?" — even though the honest answer is often "an L1 and an L2 together," not one or the other.
How This List Is Ranked
The table pulls from CoinGecko's Layer 1 and Layer 2 category rankings, merged and de-duplicated, sorted by market capitalization, and refreshed automatically on a scheduled job — the same ingestion pattern this site uses across its price ticker and the rest of the coins catalog. Nothing is hand-picked here; if a coin's placement or ranking looks off, that traces back to CoinGecko's own classification, not an editorial call made on this page.
What to Look at Beyond Market Cap
Market cap tells you size, not health. For L1 and L2 coins specifically, a few other signals are usually more informative if you're trying to understand a network rather than just its token price:
- Active developer and transaction activity — a chain with a high market cap but declining on-chain usage is a different story than a smaller chain with growing activity.
- Fee revenue and how it's captured — some L1/L2 tokens directly capture network fee revenue through staking or burns; others are closer to pure governance tokens with a looser connection to network usage.
- Validator or sequencer decentralization — an L1 with a handful of entities controlling most validation power carries different risk than one with a broad, distributed validator set; many L2s today still rely on a single centralized sequencer, with decentralization as a stated future goal rather than a present reality.
- Total value secured, not just total value locked — TVL headlines can be inflated by the same assets being counted multiple times across nested protocols; a network's actual security budget (what it would cost to attack) is a more grounded number.
Where This Sector Fits
Sector pages like this one sit under our crypto coins list alongside three risk tiers. The biggest L1 tokens anchor the Conservative tier, while newer or smaller networks tend to land in the Growth tier.
Risk Notes
Established L1s like Bitcoin and Ethereum sit closer to this site's Conservative tier individually, but plenty of L1 and L2 coins on this page are newer, thinner-liquidity networks competing for the same use cases — that competition is real, and "L1" or "L2" alone doesn't tell you which side of that competition a given network is on. Treat this page as a starting map of the category, not a signal that everything on it carries the same risk.
L1/L2 vs. DeFi Coins
It's easy to conflate the two: a chain can host enormous DeFi activity without its native token being classified as a DeFi coin itself. This category captures value from network-level activity — gas fees, block rewards, staking, sequencer revenue for L2s — regardless of which applications run on top; DeFi coins capture value from one specific application layer sitting on top of a chain.
How L2 Scaling Approaches Actually Differ
This distinction is one of the more consequential ones in the sector, and it's worth understanding before assuming every L2 offers the same trade-offs simply because they're all labeled "layer 2."
Not all L2s work the same way, and the differences matter for both security and cost. Optimistic rollups post transaction data to the base chain and assume it's valid unless someone actively disputes it within a challenge window, which is cheap but means withdrawals back to the L1 take longer. Zero-knowledge rollups instead post a cryptographic proof that the transactions were valid, which allows for faster finality but has historically been more computationally expensive to generate. A smaller number of networks use other models entirely — sidechains with their own independent validator sets, which trade some security guarantees for speed and lower fees. None of these approaches is universally "better"; they represent different points on the same trade-off between cost, speed, and how much security is inherited directly from the base layer.
This matters for anyone holding tokens tied to these networks specifically because the scaling approach affects real, measurable things: how quickly you can move funds between the L2 and its base chain, how exposed the network is to a specific class of technical failure, and how much of the L1's own security the L2 genuinely inherits versus merely borrows in name.
Picking a Network Is Only Half the Job
To buy these tokens, our Binance review covers fees, KYC and safety for the exchange behind BNB Chain. Each network also needs a wallet that supports it — this guide to the different types of crypto wallets is a good starting point — and the beginner's trading handbook covers the order basics.
Frequently Asked Questions
How often does this L1 and L2 coins list update?
The data refreshes on a scheduled job multiple times a day, pulling live from CoinGecko's Layer 1 and Layer 2 categories.
Why are L1 and L2 combined instead of split into two pages?
They're deeply interdependent — an L2's whole value proposition is tied to the L1 it settles to — so most people evaluating one are implicitly evaluating the other. A single ranked page reflects that better than two isolated ones.
Do L1 tokens and L2 tokens carry the same risk?
No. An L1's security is self-contained — it's only as secure as its own validator set and consensus mechanism. An L2 inherits security from its underlying L1 but adds its own additional risks on top: the specific bridge or settlement mechanism connecting it back to the base chain, and in some designs, a period during which withdrawals can be delayed or challenged. Evaluating an L2 means evaluating both layers, not just the one whose token you're actually holding.
Is this financial advice?
No. This is a live data reference, not a recommendation to buy any specific asset. Do your own research.