55.41 $
+3.93% +2.09 $
55.41 $
+3.93% +2.09 $
Litecoin and Bitcoin Cash both exist because someone looked at Bitcoin and said: this is too slow and too expensive for everyday payments. But they reached completely different technical conclusions about how to fix it. Litecoin chose faster blocks and a different mining algorithm. Bitcoin Cash chose bigger blocks and kept SHA-256. Both have been fighting for merchant adoption for years, and neither has won.
Meanwhile, stablecoins quietly stole the payments use case from both of them. But that is a topic for later in this article. First, let us get the technical comparison right, because most "LTC vs BCH" articles get basic facts wrong.
| Specification | Litecoin (LTC) | Bitcoin Cash (BCH) |
|---|---|---|
| Launch date | October 2011 | August 2017 (BTC fork) |
| Block time | 2.5 minutes | 10 minutes |
| Block size | 4 MB (SegWit equivalent) | 32 MB |
| Mining algorithm | Scrypt | SHA-256 |
| Max supply | 84 million | 21 million |
| Average transaction fee | $0.005-0.02 | $0.002-0.01 |
| Confirmations for exchanges | 6-12 (15-30 min) | 6-15 (60-150 min) |
| Privacy features | MWEB (MimbleWimble) | CashFusion (mixing) |
| Smart contract capability | LitVM (in development) | CashTokens (fungible + NFTs) |
| Merged mining | Yes (with DOGE) | No |
| Market cap (approx. 2026) | $8-12 billion | $5-9 billion |
| Daily transactions (approx.) | 100,000-150,000 | 40,000-80,000 |
| Hashrate | ~3.34 PH/s (Scrypt) | ~3-6 EH/s (SHA-256) |
Compare these and other metrics in real time on our comparison dashboard.
Litecoin's payment philosophy rests on three pillars: faster blocks, cheap fees, and a mining ecosystem that is genuinely dedicated to securing the network.
The 2.5-minute block time means that a Litecoin transaction gets its first confirmation four times faster than Bitcoin or Bitcoin Cash. For a merchant waiting for payment confirmation, this matters. Six confirmations on Litecoin takes about 15 minutes. Six confirmations on BCH takes about 60 minutes. For small purchases where one or two confirmations suffice, Litecoin delivers sub-5-minute finality.
Litecoin fees have been consistently among the lowest of any major PoW chain. A typical transaction costs $0.005-0.02 — essentially free from the user's perspective. Check current fee levels on our fee tracker.
The Scrypt mining algorithm means Litecoin has a dedicated ASIC ecosystem. The machines that mine Litecoin (and Dogecoin via merged mining) cannot mine Bitcoin. This matters enormously for security, which we will cover in the next section.
MWEB (MimbleWimble Extension Blocks), activated in May 2022, gives Litecoin something Bitcoin Cash does not have: protocol-level optional privacy. Users can "peg in" to the MWEB extension block, transact with confidential amounts, and "peg out" back to the main chain. Read our MWEB deep dive for the full breakdown.
LitVM, currently in development, aims to bring smart contract functionality to Litecoin. If successfully deployed, it would significantly expand what the network can do beyond simple payments.
Bitcoin Cash took a different path. Born from the Bitcoin block size wars of 2015-2017, BCH increased the block size limit to handle more transactions per block rather than reducing block time. The current limit is 32 MB, compared to Bitcoin's 1-4 MB (with SegWit) or Litecoin's 4 MB equivalent.
In practice, BCH blocks rarely approach the 32 MB limit. Most blocks are well under 1 MB because transaction volume does not demand more. The large block size is future-proofing — capacity ready for adoption that has not yet arrived.
BCH kept the SHA-256 mining algorithm, which means it shares hardware compatibility with Bitcoin. This is both a feature and a vulnerability, as we will discuss shortly.
CashTokens, launched in May 2023, gives BCH native token issuance (both fungible tokens and NFTs) directly on the base layer. This is more functional than what Litecoin currently offers in the smart contract department, though LitVM is designed to be more general-purpose when it launches.
CashFusion provides privacy through coin mixing — a fundamentally different approach from Litecoin's MWEB. CashFusion relies on multiple users mixing transactions together to obfuscate the trail, while MWEB uses cryptographic techniques (Pedersen commitments, rangeproofs) to hide amounts at the protocol level. Neither is perfect, but MWEB's privacy is built into the protocol rather than depending on sufficient mixing participants.
This is the most important and least discussed difference between the two chains. Bitcoin Cash uses SHA-256, the same mining algorithm as Bitcoin. Bitcoin miners control vastly more SHA-256 hashpower than BCH miners do. As of 2026, Bitcoin's hashrate exceeds 500 EH/s while BCH sits at roughly 3-6 EH/s. That is a 100:1 ratio.
What this means in practice: a single large Bitcoin mining pool could temporarily redirect enough hashrate to 51%-attack Bitcoin Cash. The attack would be economically irrational in most scenarios (it would cost millions in opportunity cost from not mining BTC), but it is technically feasible. The security of BCH fundamentally depends on Bitcoin miners choosing not to attack it.
Litecoin does not have this problem. Scrypt ASICs cannot mine SHA-256 and vice versa. The only way to attack Litecoin is to control a majority of Scrypt hashpower, which means buying or building Scrypt ASICs — hardware that has no alternative use if the attack fails. This makes attacking Litecoin significantly more expensive relative to its hashrate than attacking BCH.
Furthermore, Litecoin's merged mining with Dogecoin means the Scrypt mining ecosystem is economically supported by two major blockchains. Miners earn rewards from both LTC and DOGE, making mining more profitable and the combined hashrate more robust. BCH has no merged mining equivalent.
Our network security analysis details the exact cost of attacking Litecoin versus other PoW chains.
BitPay, the largest crypto payment processor, processes both LTC and BCH (along with BTC and several other assets). According to BitPay's published data and third-party analyses, Bitcoin remains the dominant payment asset, but Litecoin has consistently been the second or third most used cryptocurrency for actual merchant payments. BCH also appears in merchant payment data but generally processes fewer transactions than LTC.
This is not a landslide in either direction. Both LTC and BCH are accepted at thousands of merchants through BitPay, CoinGate, NOWPayments, and other processors. The payment volumes for both are dwarfed by Bitcoin and increasingly by stablecoins.
Litecoin's advantages for merchant payments: faster first confirmation (2.5 min vs 10 min), broader exchange support (LTC is listed on essentially every exchange), and higher daily transaction volume on-chain. BCH's advantages: slightly lower average fees and larger block size headroom for scaling if adoption surges.
See our merchant adoption guide for how businesses can start accepting Litecoin payments.
Here is the uncomfortable truth for both Litecoin and Bitcoin Cash: the market for everyday crypto payments is increasingly dominated by stablecoins. USDC and USDT on Ethereum, Tron, Solana, and various L2 networks process billions of dollars in daily transaction volume — far exceeding LTC and BCH combined.
Merchants prefer stablecoins because there is no price volatility. A customer pays $50 in USDC, the merchant receives $50 in USDC. No conversion needed, no price slippage between confirmation and settlement. For LTC or BCH payments, the merchant either absorbs volatility risk or uses a payment processor that immediately converts to fiat — adding a step and a fee.
Both LTC and BCH advocates argue that stablecoins are centralized (true — Circle can freeze USDC, Tether can freeze USDT), censored (true — blacklisted addresses cannot transact), and dependent on traditional banking (true — the reserves backing stablecoins sit in real banks). These are valid criticisms. But the market has spoken, at least for now: convenience and price stability beat decentralization for everyday payments.
The counter-argument for both LTC and BCH: stablecoins work great until they do not. If Circle freezes your USDC or Tether faces a solvency crisis, decentralized alternatives become the only game in town. Litecoin and BCH are censorship-resistant insurance policies against a future where centralized payment rails fail or become oppressive. Whether that future arrives is a bet, not a certainty.
For more on this topic, read our LTC vs stablecoins analysis.
Both projects have active development, though the nature of that development differs. Litecoin's major recent achievements include MWEB activation (May 2022) and ongoing work on LitVM for smart contract capability. The Litecoin Foundation coordinates development but the codebase is open source.
Bitcoin Cash has focused on CashTokens (May 2023), ABLA (Adaptive Blocksize Limit Algorithm for automatic block size scaling), and various improvements to script capabilities. BCH development is more fragmented, having already been through one contentious fork (BCH/BSV) and ongoing disagreements between development teams.
Neither project has the development velocity or ecosystem size of Ethereum or Solana. Both are pragmatic improvements to Bitcoin's payment capability rather than platforms for decentralized applications. That is not necessarily a weakness — focused projects can be more robust than projects that try to do everything.
Neither Litecoin nor Bitcoin Cash is "winning" the payment coin battle in any meaningful sense. Both have carved out niches. Both process real transactions. Both have merchant integrations. And both are losing ground to stablecoins for everyday payments while maintaining relevance as censorship-resistant, decentralized alternatives.
If forced to pick a side: Litecoin has stronger network security (Scrypt dedication vs SHA-256 vulnerability), faster confirmations, broader exchange support, and protocol-level privacy via MWEB. Bitcoin Cash has larger block capacity, slightly lower fees, and more advanced on-chain token functionality via CashTokens.
The real question is not which is better — it is whether either can maintain relevance as payment networks in a world increasingly dominated by stablecoins and central bank digital currencies. Both are betting that decentralization and censorship resistance will matter more in the future than they appear to today. Time will tell if that bet pays off.
Litecoin has faster confirmations (2.5-minute blocks vs 10-minute), stronger network security (dedicated Scrypt mining vs shared SHA-256), and built-in privacy (MWEB). Bitcoin Cash has slightly lower fees and larger block size capacity. For merchants who value fast confirmation, LTC has the edge. For merchants processing extremely high volumes who need block space headroom, BCH has theoretical capacity advantages. Both work well for everyday payments, and the differences are marginal for typical use cases.
In May 2019, two mining pools (BTC.top and BTC.com) coordinated to reorganize the BCH blockchain and reverse transactions during a hard fork upgrade. Whether this constitutes a "51% attack" depends on your definition — the miners claimed they were protecting the network from a bug exploit, but the technical reality is that they reorganized the chain and reversed transactions, which is the defining characteristic of a 51% attack. The incident demonstrated that BCH's relatively low SHA-256 hashrate makes coordinated reorganizations feasible.
Litecoin generally shows higher daily on-chain transaction volume (100,000-150,000 vs 40,000-80,000 for BCH) and appears more frequently in BitPay payment data as the second or third most used crypto for merchant payments after Bitcoin. Both are accepted at thousands of merchants through major payment processors. However, both are dwarfed by stablecoin payment volumes, and neither dominates the crypto payments space.
