ResearchMarket infrastructure5 min read

Crypto Exchange Feed Latency: 16 Venues Measured

Observed order-book feed latency and uptime across 16 crypto exchanges, measured from live venue feeds over a 24-hour window in September 2026.

By Vultax ResearchPublished 2026-09-02Editorial policyMethodology

Key signals

crypto exchange feed latency

Venues measured

16

Order-book snapshot feeds with data in every minute of the 24-hour window

Fastest median

35.0 ms

Coinbase, over 64,647 snapshots in the one-hour latency sample

Slowest median

111.5 ms

BTSE, over 27,418 snapshots; the only venue with a median above 100 ms

p95 range

288–590 ms

The tail across all 16 venues, which is what a cross-venue comparison actually waits for

What was measured

Vultax maintains order-book snapshot connections to a set of centralised crypto exchanges. Each snapshot carries an observed latency measurement taken at capture time. This article reports those measurements directly, without modelling or interpolation.

The latency figures cover a one-hour sample of order-book snapshots. The uptime figures cover the 24-hour period ending 2026-09-02 00:00 UTC. Both windows are stated because they are short, and a reader should weigh the result against the sample behind it.

  • Latency — per-snapshot age recorded at capture, reported as the median (p50) and the 95th percentile (p95)
  • Uptime — distinct one-minute buckets containing at least one snapshot, out of 1,440
  • No gap filling — missing intervals are reported as missing, never carried forward or interpolated

Observed median latency by venue

Medians cluster tightly. Fourteen of the sixteen venues sit between 69 ms and 93 ms, with Coinbase the outlier on the fast side and BTSE on the slow side. The full ordering at p50:

  • Coinbase 35.0 ms · Bitrue 69.5 ms · Bybit 72.8 ms · WhiteBIT 72.8 ms · Gemini 75.4 ms
  • Binance 76.8 ms · Gate.io 77.2 ms · BitMEX 78.0 ms · Poloniex 79.8 ms · OKX 80.0 ms
  • HTX 80.4 ms · Bitget 81.0 ms · KuCoin 81.0 ms · Bitstamp 82.9 ms · Upbit 92.8 ms · BTSE 111.5 ms

The tail is where the venues differ

The 95th percentile behaves very differently from the median. It ranged from 288.5 ms to 589.7 ms across the same sixteen venues, and the ordering at p95 does not match the ordering at p50: Gemini, fifth-fastest by median, drops to thirteenth, while BTSE, slowest by median, is not the slowest tail. A latency figure quoted as a single number is almost always a median, and the median is the flattering half of the distribution. The full ordering at p95:

  • Coinbase 288.5 ms · Bitrue 311.6 ms · HTX 324.3 ms · OKX 326.5 ms · Binance 328.1 ms · Bitget 330.7 ms
  • WhiteBIT 330.9 ms · Bybit 331.1 ms · KuCoin 332.5 ms · Gate.io 333.5 ms · Poloniex 338.6 ms · BitMEX 338.9 ms
  • Gemini 361.8 ms · BTSE 383.5 ms · Bitstamp 406.0 ms · Upbit 589.7 ms

Uptime was uniform, with one exclusion

Across the 24-hour window, all sixteen venues returned data in every one of the 1,440 one-minute buckets. On the evidence of this window, continuity of connection was not what separated them; latency was.

One venue is excluded. Kraken's order-book feed recorded 154 snapshots across 12 covered minutes in the same 24 hours, against 150,000 to 1.3 million for every other venue. That was a collection-side defect on our end, since fixed and written up in a separate postmortem. A latency ranking that treated so small a sample as comparable would be misleading, so the exclusion is stated here rather than quietly applied.

Why sub-100ms is a target and not a guarantee

Vultax describes its latency as a sub-100ms target. This measurement is consistent with that wording and does not support strengthening it. Fifteen of sixteen venues sit under 100 ms at the median, but every venue exceeds 100 ms at p95, and the slowest tails run past half a second. For anyone comparing prices across two venues, the tail is the operative number, which is why most displayed arbitrage spreads are not executable.

Feed latency is also only one component of end-to-end latency. It measures the age of a snapshot at capture against the venue, not the time for a signal to reach a screen. Readers comparing vendors should confirm which of those any published figure refers to, because the two differ by a wide margin and are frequently quoted interchangeably.

Limits of this measurement

This is a short-window observation from a single collection point, not a long-run reliability study. Latency measured from one vantage reflects the network path between that point and each venue as much as it reflects the venue, so the ordering could change from other infrastructure. Independent monitors that probe exchanges from many regions, such as Glassnode's latency monitor, report WebSocket round-trip time — a different quantity from the snapshot age reported here, and not directly comparable to it.

  • Windows — one hour for latency, 24 hours for uptime
  • Retention — raw order-book data is kept for five days, which bounds how far back these figures can be recomputed
  • Scope — nothing here is a statement about any exchange's internal matching performance, and no claim is made about wrongdoing or the conduct of any venue or account holder

See the data behind this article.

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Sources and evidence

Measurements describe observed data-feed behaviour from Vultax collection infrastructure over the stated windows. They are not a statement about any exchange's internal systems or conduct, and nothing here is financial advice.