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Verifiable Performance

Every number is sourced, dated, and presented with comparison. Real benchmarks, not theoretical projections.

0
Transactions Per Second
Peak TPS
0
Average Transaction Fee
USD per tx
<200ms
Execution Latency
Soft confirmation
2–5s
Soft Finality
Sequencer ordered
METHODOLOGY

Methodology & Disclaimer

All performance figures on this page are testnet benchmarks from January 2026. These are measured results from controlled testing environments, not theoretical maximums or mainnet production data. Conditions may vary under real-world network load.

Source: XHAVIC Technical Whitepaper v1.0, Tables 7–8, Figure 11. Competitor data based on publicly available benchmarks as of January 2026.

BENCHMARKS

Network Comparison

How Xhavic compares to other Ethereum execution environments.

Network Peak TPS Avg Fee Finality Settlement
Xhavic L2 2,000+ $0.04 2–5s Ethereum L1
Ethereum L1 ~30 $5–50 ~13 min Native
Arbitrum One ~1,000 $0.08 1 week* Ethereum L1
Optimism ~800 $0.10 1 week* Ethereum L1
Polygon PoS ~700 $0.01 ~2 min Polygon chain

Source: XHAVIC Technical Whitepaper v1.0, Table 7. *Optimistic rollup finality includes 7-day challenge period. Competitor data based on publicly available benchmarks as of January 2026.

PIPELINE

Transaction Pipeline

End-to-end transaction lifecycle from submission to Ethereum settlement.

1

Submit

User sends tx via EVM-compatible wallet. Standard JSON-RPC call.

0ms
2

Execute & Bundle

Sequencer orders, validates, and executes on EVM. Batched every 60s.

~50ms
3

Anchor to Ethereum

State root committed to L1 via CanonicalTransactionChain contract.

~100ms
4

Finality

Soft finality in 2–5s. Ethereum finality ~13 min for full settlement.

<200ms soft

Source: XHAVIC Technical Whitepaper v1.0, Figure 3. Times represent soft finality on Xhavic L2. Ethereum settlement requires ~13 minutes for full finality.

SCALABILITY

Scalability Path

From 2,000+ TPS today to 120,000+ TPS through compound optimizations.

Three-Phase Scaling Roadmap

Xhavic scales through a compound optimization strategy. Phase I delivers 2,000+ TPS through sequencer optimization. Phase II targets 12,000 TPS via batch compression, parallel execution, and improved state management. Phase III unlocks 120,000+ TPS with full sharding across 10 execution shards.

20x Compression optimization
8x Batch aggregation
5x Parallel execution engine
10x Execution sharding

Source: XHAVIC Technical Whitepaper v1.0, Figure 11. Scalability projections, not current throughput.

Phase I — Current 2,000+ TPS
Phase II — Optimized 12,000 TPS
Phase III — Sharded 120,000+ TPS
COST ANALYSIS

Cost Analysis

Per-operation cost comparison with Ethereum L1.

Simple Transfer

Ethereum L1
$5.00
Xhavic L2
$0.01
Reduction
500x

Token Swap

Ethereum L1 $15.00
Xhavic L2 $0.04
Reduction 375x

NFT Mint

Ethereum L1 $25.00
Xhavic L2 $0.06
Reduction 416x

Contract Deploy

Ethereum L1
$50.00
Xhavic L2
$0.12
Reduction
416x
Average Savings
~400x
cheaper than L1

Source: XHAVIC Technical Whitepaper v1.0, Table 8. L1 costs estimated at 50 gwei gas price. Testnet benchmarks, January 2026.

FINALITY

Finality Model

Two tiers of transaction finality for different use cases.

Soft Finality

2–5 seconds

Transaction is executed and ordered by the sequencer. Practically irreversible under normal conditions. Sufficient for most DeFi operations.

Ethereum Finality

~13 minutes

State root committed to Ethereum L1 and included in a finalized block. Cryptographically guaranteed by Ethereum's consensus mechanism.

Deploy and Test

Deploy your existing Ethereum contracts to Xhavic's testnet and measure performance firsthand.

Quickstart Guide →