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All Results

All results for every tracked framework, including the featured frameworks shown on the Dev Time, Run Time, and Core Web Vitals pages.

Dev Time benchmarks use each meta-framework’s starter-* package.

Each starter follows its framework’s CLI or documented setup, with the selected options and adjustments recorded in the methodology.

See Default Benchmark Setup for the shared benchmark environment.

Methodology: Dependency Counts.

Measuring a meta-framework’s dependencies isn’t as straightforward as you might think. You could:

  • Measure just the meta-framework package itself
  • Maybe a full project setup

Both approaches have flaws. Some meta-frameworks need many other packages to work. A full project setup can include more packages than necessary.

To provide a clearer picture, we run the dependency-count tests three times, starting small and expanding in scope. In this order, we:

  1. Start with the meta-framework package itself, for example, @sveltejs/kit
  2. We then expand this to the meta-framework and its first-party packages. Looking at @sveltejs/kit again, this means any package maintained by the meta-framework authors that’s needed to run a project, for example, the svelte package.
  3. Finally, we count the dependencies for the entire starter-* project. Their CLI or documentation recommends this setup by default, so this is the default most people will start with.

The meta-framework package itself, for example, @sveltejs/kit.

Core Package Dependencies
Core Package Dependencies data
FrameworkDependency count
Pracht5
Next.js6
SvelteKit23
TanStack Start23
SolidStart29
React Router47
Astro77
Nuxt79

The chart includes a dotted median reference line calculated from the visible framework values.

Core Package Development Dependencies
Core Package Development Dependencies data
FrameworkDependency count
Next.js0
Pracht2
SolidStart5
Nuxt13
TanStack Start14
SvelteKit15
React Router24
Astro25

The chart includes a dotted median reference line calculated from the visible framework values.

Core Package Production Dependencies
Core Package Production Dependencies data
FrameworkDependency count
Pracht3
Next.js6
SvelteKit8
TanStack Start9
React Router23
SolidStart24
Astro52
Nuxt66

The chart includes a dotted median reference line calculated from the visible framework values.

Looking at a meta-framework’s first-party packages. For @sveltejs/kit, this means packages maintained by the meta-framework authors that are needed to run a project, for example, svelte.

FrameworkDeps Dev / ProdAll DepsDup. DepsGraph
Astro1 / 133314View
Next.js1 / 138812View
Nuxt0 / 163476View
Pracht2 / 22184View
React Router1 / 32265View
SolidStart0 / 42126View
SvelteKit5 / 01081View
TanStack Start1 / 71943View
First-Party Dependencies
First-Party Dependencies data
FrameworkDependency count
SvelteKit108
TanStack Start194
SolidStart212
Pracht218
React Router226
Astro333
Next.js388
Nuxt634

The chart includes a dotted median reference line calculated from the visible framework values.

First-Party Development Dependencies
First-Party Development Dependencies data
FrameworkDependency count
Nuxt0
SolidStart0
Astro1
Next.js1
React Router1
TanStack Start1
Pracht2
SvelteKit5

The chart includes a dotted median reference line calculated from the visible framework values.

First-Party Production Dependencies
First-Party Production Dependencies data
FrameworkDependency count
SvelteKit0
Astro1
Next.js1
Nuxt1
Pracht2
React Router3
SolidStart4
TanStack Start7

The chart includes a dotted median reference line calculated from the visible framework values.

First-Party Duplicate Dependencies
First-Party Duplicate Dependencies data
FrameworkDependency count
SvelteKit1
TanStack Start3
Pracht4
React Router5
SolidStart6
Next.js12
Astro14
Nuxt76

The chart includes a dotted median reference line calculated from the visible framework values.

Finally, we look at the complete dependency footprint of the default starter project, including third-party packages selected by its CLI or documented setup.

FrameworkDeps Dev / ProdAll DepsDup. Depsnode_modulesDep Install SizeGraph
Astro2 / 133314204.20MB172.07MBView
Next.js6 / 342412463.42MB405.08MBView
Nuxt3 / 363476246.13MB213.96MBView
Pracht6 / 22394132.55MB109.29MBView
React Router9 / 62495109.34MB103.24MBView
SolidStart1 / 626123149.16MB125.07MBView
SvelteKit8 / 0108188.32MB92.09MBView
TanStack Start12 / 1433037274.10MB230.99MBView
Starter Project · Development Dependencies
Starter Project · Development Dependencies data
FrameworkDependencies
SolidStart1
Astro2
Nuxt3
Next.js6
Pracht6
SvelteKit8
React Router9
TanStack Start12

The chart includes a dotted median reference line calculated from the visible framework values.

Starter Project · Production Dependencies
Starter Project · Production Dependencies data
FrameworkDependencies
SvelteKit0
Astro1
Pracht2
Next.js3
Nuxt3
React Router6
SolidStart6
TanStack Start14

The chart includes a dotted median reference line calculated from the visible framework values.

Starter Project · Duplicate Dependencies
Starter Project · Duplicate Dependencies data
FrameworkDuplicates
SvelteKit1
Pracht4
React Router5
Next.js12
Astro14
SolidStart23
TanStack Start37
Nuxt76

The chart includes a dotted median reference line calculated from the visible framework values.

Methodology: Node Modules Size.

Node Modules Size
Node Modules Size data
FrameworkMB
SvelteKit88.32 MB
React Router109.34 MB
Pracht132.55 MB
SolidStart149.16 MB
Astro204.20 MB
Nuxt246.13 MB
TanStack Start274.10 MB
Next.js463.42 MB

The chart includes a dotted median reference line calculated from the visible framework values.

Methodology: Build and Install Times.

FrameworkMedian InstallMin InstallMax InstallMedian Cold BuildMedian Warm Build
Astro4.02s2.04s4.44s1.00s0.96s
Next.js6.80s2.97s7.05s5.36s2.26s
Nuxt5.68s3.61s6.24s3.97s3.76s
Pracht2.13s1.56s2.44s0.69s0.69s
React Router1.58s1.24s1.65s1.70s1.65s
SolidStart1.97s1.47s2.31s3.06s2.96s
SvelteKit1.70s1.50s1.82s1.85s1.65s
TanStack Start5.24s1.99s5.41s1.96s1.77s
Median Install Time
Median Install Time data
FrameworkSeconds
React Router1.58s
SvelteKit1.70s
SolidStart1.97s
Pracht2.13s
Astro4.02s
TanStack Start5.24s
Nuxt5.68s
Next.js6.80s

The chart includes a dotted median reference line calculated from the visible framework values.

Median Cold Build Time
Median Cold Build Time data
FrameworkSeconds
Pracht0.69s
Astro1.00s
React Router1.70s
SvelteKit1.85s
TanStack Start1.96s
SolidStart3.06s
Nuxt3.97s
Next.js5.36s

The chart includes a dotted median reference line calculated from the visible framework values.

Median Warm Build Time
Median Warm Build Time data
FrameworkSeconds
Pracht0.69s
Astro0.96s
React Router1.65s
SvelteKit1.65s
TanStack Start1.77s
Next.js2.26s
SolidStart2.96s
Nuxt3.76s

The chart includes a dotted median reference line calculated from the visible framework values.

Methodology: Dev Server Startup.

FrameworkMedian StartMin StartMax Start
Astro1.37s1.34s1.41s
Next.js2.11s2.03s2.53s
Nuxt2.52s2.44s2.75s
Pracht0.85s0.81s0.90s
React Router0.88s0.85s0.92s
SolidStart2.57s2.55s2.66s
SvelteKit1.24s1.21s1.43s
TanStack Start1.86s1.83s1.95s
Median Dev Server Startup Time
Median Dev Server Startup Time data
FrameworkSeconds
Pracht0.85s
React Router0.88s
SvelteKit1.24s
Astro1.37s
TanStack Start1.86s
Next.js2.11s
Nuxt2.52s
SolidStart2.57s

The chart includes a dotted median reference line calculated from the visible framework values.

Methodology: Core-JS Polyfills.

FrameworkCore-JS detectedMatching JS filesModules not needed by target browsers
AstroNo——
Next.jsYes110.0 KB302
NuxtNo——
PrachtNo——
React RouterNo——
SolidStartNo——
SvelteKitNo——
TanStack StartNo——

Methodology: Browser Baseline.

FrameworkBaselineFeatureYearFeatures
Astro———0
Next.jsHigh—202247
NuxtHigh—202342
PrachtHigh—202037
React RouterHigh—202244
SolidStartHigh—202031
SvelteKitHigh—202147
TanStack StartHigh—202248

Methodology: Minimum Node Version.

FrameworkMin NodeSet by
Astrov22.23.4@astrojs/prism, @astrojs/telemetry, astro
Next.jsv20.19.0eslint-visitor-keys
Nuxtv22.22.3@nuxt/nitro-server, @nuxt/vite-builder, @nuxt/vite-server, cssnano, nuxt, postcss-calc
Prachtv22.18.0@pracht/adapter-node, @pracht/capabilities, @pracht/cli, @pracht/core, @pracht/preact-ssr-precompile, @pracht/vite-plugin
React Routerv22.22.0@react-router/dev, @react-router/express, @react-router/node, @react-router/serve, react-router
SolidStartv24.0.0@solidjs/start, starter-solid-start
SvelteKitv22.17.0@sveltejs/kit
TanStack Startv22.22.2@asamuzakjp/css-color, @asamuzakjp/dom-selector, jsdom, w3c-xmlserializer

Run Time benchmarks use each meta-framework’s app-* package.

Currently, each test uses a different route in its app, configured to meet each test’s requirements.

See Default Benchmark Setup for the base set-up. Each test’s specific setup is linked in the methodology with links in each section.

These CSR browser performance tests use Lighthouse to measure paint timings and a controlled navigation interaction.

Methodology: Client Side Rendered Tests (Lighthouse).

Some frameworks have been moved off their golden path to make client side tests fair when comparing. See the methodology link above for the full details.

FrameworkFirst PaintFCPInteraction LatencyInput DelayProcessing DurationPresentation Delay
Astro93ms92.7ms2.539ms2.232ms0.307ms0ms
Next.js341ms340.981ms16.161ms1.586ms4.464ms10.111ms
Nuxt164ms163.983ms10.499ms0.854ms1.242ms8.403ms
Pracht105ms104.909ms17.961ms1.007ms4.769ms12.185ms
React Router162ms162.185ms17.499ms1.517ms2.168ms13.814ms
SolidStart108ms108.479ms19.453ms1.05ms2.946ms15.457ms
SvelteKit109ms109.227ms15.763ms0.727ms1.447ms13.589ms
TanStack Start137ms136.717ms26.29ms1.386ms2.726ms22.178ms
Client First Paint (Lighthouse)
Client First Paint (Lighthouse) data
FrameworkMilliseconds
Astro93.00 ms
Pracht105.00 ms
SolidStart108.00 ms
SvelteKit109.00 ms
TanStack Start137.00 ms
React Router162.00 ms
Nuxt164.00 ms
Next.js341.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Client FCP (Lighthouse)
Client FCP (Lighthouse) data
FrameworkMilliseconds
Astro92.70 ms
Pracht104.91 ms
SolidStart108.48 ms
SvelteKit109.23 ms
TanStack Start136.72 ms
React Router162.19 ms
Nuxt163.98 ms
Next.js340.98 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Interaction Breakdown (Lighthouse)

Total latency is split into the three consecutive phases reported by Lighthouse.

  • The input delay, which starts when the user initiates an interaction with the page, and ends when the event callbacks for the interaction begin to run.
  • The processing duration, which consists of the time it takes for event callbacks to run to completion.
  • The presentation delay, which is the time it takes for the browser to present the next frame which contains the visual result of the interaction.
2.54 ms
10.50 ms
15.76 ms
16.16 ms
17.50 ms
17.96 ms
19.45 ms
26.29 ms
Interaction Breakdown (Lighthouse) data
Framework or versionInteraction latencyInput delayProcessing durationPresentation delay
Astro2.54 ms2.23 ms0.31 ms0.00 ms
Nuxt10.50 ms0.85 ms1.24 ms8.40 ms
SvelteKit15.76 ms0.73 ms1.45 ms13.59 ms
Next.js16.16 ms1.59 ms4.46 ms10.11 ms
React Router17.50 ms1.52 ms2.17 ms13.81 ms
Pracht17.96 ms1.01 ms4.77 ms12.19 ms
SolidStart19.45 ms1.05 ms2.95 ms15.46 ms
TanStack Start26.29 ms1.39 ms2.73 ms22.18 ms

These SSR browser performance tests use Lighthouse to measure paint timings and a controlled navigation interaction.

Methodology: Server Side Rendered Tests (Lighthouse).

FrameworkFirst PaintFCPInteraction LatencyInput DelayProcessing DurationPresentation Delay
Astro52ms51.982ms0.867ms0.629ms0.238ms0ms
Next.js376ms376.211ms19.652ms1.571ms4.898ms13.183ms
Nuxt94ms94.22ms11.76ms1.285ms1.365ms9.11ms
Pracht84ms84.455ms16.253ms0.874ms2.128ms13.251ms
React Router108ms107.637ms16.258ms1.65ms3.505ms11.103ms
SolidStart83ms83.451ms16.157ms0.84ms3.009ms12.308ms
SvelteKit76ms75.722ms14.079ms0.765ms1.82ms11.494ms
TanStack Start94ms93.684ms22.78ms1.304ms3.816ms17.66ms
Server First Paint (Lighthouse)
Server First Paint (Lighthouse) data
FrameworkMilliseconds
Astro52.00 ms
SvelteKit76.00 ms
SolidStart83.00 ms
Pracht84.00 ms
Nuxt94.00 ms
TanStack Start94.00 ms
React Router108.00 ms
Next.js376.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Server FCP (Lighthouse)
Server FCP (Lighthouse) data
FrameworkMilliseconds
Astro51.98 ms
SvelteKit75.72 ms
SolidStart83.45 ms
Pracht84.45 ms
TanStack Start93.68 ms
Nuxt94.22 ms
React Router107.64 ms
Next.js376.21 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Interaction Breakdown (Lighthouse)

Total latency is split into the three consecutive phases reported by Lighthouse.

  • The input delay, which starts when the user initiates an interaction with the page, and ends when the event callbacks for the interaction begin to run.
  • The processing duration, which consists of the time it takes for event callbacks to run to completion.
  • The presentation delay, which is the time it takes for the browser to present the next frame which contains the visual result of the interaction.
0.87 ms
11.76 ms
14.08 ms
16.16 ms
16.25 ms
16.26 ms
19.65 ms
22.78 ms
Interaction Breakdown (Lighthouse) data
Framework or versionInteraction latencyInput delayProcessing durationPresentation delay
Astro0.87 ms0.63 ms0.24 ms0.00 ms
Nuxt11.76 ms1.28 ms1.36 ms9.11 ms
SvelteKit14.08 ms0.77 ms1.82 ms11.49 ms
SolidStart16.16 ms0.84 ms3.01 ms12.31 ms
Pracht16.25 ms0.87 ms2.13 ms13.25 ms
React Router16.26 ms1.65 ms3.50 ms11.10 ms
Next.js19.65 ms1.57 ms4.90 ms13.18 ms
TanStack Start22.78 ms1.30 ms3.82 ms17.66 ms

Compare the resources transferred on a first visit to the same small, styled landing page. Sizes include response headers; lower is better. Inline CSS and JavaScript count toward HTML. Other includes images, media, fonts, and remaining resources. See Methodology for collection details.

FrameworkRequestsHTMLCSSJavaScriptOtherTotal
Astro13.28 KB0.00 KB0.00 KB0.00 KB3.28 KB
Next.js85.34 KB1.05 KB134.98 KB0.00 KB141.38 KB
Nuxt134.67 KB0.88 KB66.20 KB5.48 KB77.24 KB
Pracht61.19 KB1.18 KB19.06 KB0.00 KB21.44 KB
React Router82.45 KB1.00 KB118.19 KB0.00 KB121.64 KB
SolidStart82.65 KB0.88 KB30.26 KB0.00 KB33.79 KB
SvelteKit123.11 KB0.86 KB34.35 KB0.00 KB38.32 KB
TanStack Start63.72 KB0.88 KB97.28 KB0.00 KB101.88 KB
Initial Load: All Resources
  • HTML
  • CSS
  • JavaScript
  • Other
Initial Load: All Resources data (KB)
FrameworkHTMLCSSJavaScriptOther
Astro3.28 KB0.00 KB0.00 KB0.00 KB
Next.js5.34 KB1.05 KB134.98 KB0.00 KB
Nuxt4.67 KB0.88 KB66.20 KB5.48 KB
Pracht1.19 KB1.18 KB19.06 KB0.00 KB
React Router2.45 KB1.00 KB118.19 KB0.00 KB
SolidStart2.65 KB0.88 KB30.26 KB0.00 KB
SvelteKit3.11 KB0.86 KB34.35 KB0.00 KB
TanStack Start3.72 KB0.88 KB97.28 KB0.00 KB
Initial Load: Excluding JavaScript
  • HTML
  • CSS
  • Other
Initial Load: Excluding JavaScript data (KB)
FrameworkHTMLCSSOther
Astro3.28 KB0.00 KB0.00 KB
Next.js5.34 KB1.05 KB0.00 KB
Nuxt4.67 KB0.88 KB5.48 KB
Pracht1.19 KB1.18 KB0.00 KB
React Router2.45 KB1.00 KB0.00 KB
SolidStart2.65 KB0.88 KB0.00 KB
SvelteKit3.11 KB0.86 KB0.00 KB
TanStack Start3.72 KB0.88 KB0.00 KB

Methodology: Server Side Throughput Tests.

Measures how many requests each framework’s server handler can process per second when rendering a 1,000-row table, and how long each response takes. Requests bypass network overhead to focus on server rendering performance.

FrameworkOps/secMedian LatencyBody SizeDuplication
Baseline HTML8291.22ms96.83kb1x
Astro7671.426ms96.89kb1x
Next.js1307.97ms204.56kb2x
Nuxt3902.707ms201.8kb2x
Pracht6071.713ms187.02kb2x
React Router3602.803ms216.84kb2x
SolidStart4052.525ms224.22kb2x
SvelteKit4472.272ms184.29kb2x
TanStack Start2963.484ms192.78kb2x
Ops/sec
Ops/sec data
FrameworkOperations per second
Baseline HTML829
Astro767
Pracht607
SvelteKit447
SolidStart405
Nuxt390
React Router360
TanStack Start296
Next.js130

The chart includes a dotted median reference line calculated from the visible framework values.

Body Size
Body Size data
FrameworkKilobytes
Baseline HTML96.83 KB
Astro96.89 KB
SvelteKit184.29 KB
Pracht187.02 KB
TanStack Start192.78 KB
Nuxt201.80 KB
Next.js204.56 KB
React Router216.84 KB
SolidStart224.22 KB

The chart includes a dotted median reference line calculated from the visible framework values.

Median Latency

Median of measured run average latencies; not a pooled request-level median.

Median Latency data
FrameworkMilliseconds
Baseline HTML1.22 ms
Astro1.43 ms
Pracht1.71 ms
SvelteKit2.27 ms
SolidStart2.52 ms
Nuxt2.71 ms
React Router2.80 ms
TanStack Start3.48 ms
Next.js7.97 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Methodology: SSR Load Test.

Measures server throughput and response latency as concurrent connections increase, with each request rendering a 1,000-row table.

This version uses ordinary <a> links to measure server rendering without the extra work of rendering framework router link components.

Compare it with the router link load test to see how framework router link components affect server rendering performance.

FrameworkRepresentative peak req/sRepresentative peak connectionsMedian sweep P99 @ 25Median sweep P99 @ 50Median sweep P99 @ 100Total measured requests
Baseline HTML1,804.810017ms35ms91ms158,577
Astro1,623.25023ms46ms94ms144,676
Next.js49.851,328ms4,435ms4,666ms4,499
Nuxt524.85071ms315ms2,704ms51,170
Pracht695.22541ms112ms994ms63,942
React Router338.625103ms599ms3,372ms32,971
SolidStart528.65097ms433ms2,101ms51,319
SvelteKit596.82574ms218ms2,027ms57,310
TanStack Start413100116ms603ms2,500ms40,305
Median Sweep P99 Latency at 25 Connections
Median Sweep P99 Latency at 25 Connections data
FrameworkMilliseconds
Baseline HTML17.00 ms
Astro23.00 ms
Pracht41.00 ms
Nuxt71.00 ms
SvelteKit74.00 ms
SolidStart97.00 ms
React Router103.00 ms
TanStack Start116.00 ms
Next.js1328.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P99 Latency at 50 Connections
Median Sweep P99 Latency at 50 Connections data
FrameworkMilliseconds
Baseline HTML35.00 ms
Astro46.00 ms
Pracht112.00 ms
SvelteKit218.00 ms
Nuxt315.00 ms
SolidStart433.00 ms
React Router599.00 ms
TanStack Start603.00 ms
Next.js4435.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P99 Latency at 100 Connections
Median Sweep P99 Latency at 100 Connections data
FrameworkMilliseconds
Baseline HTML91.00 ms
Astro94.00 ms
Pracht994.00 ms
SvelteKit2027.00 ms
SolidStart2101.00 ms
TanStack Start2500.00 ms
Nuxt2704.00 ms
React Router3372.00 ms
Next.js4666.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P90 Latency at 25 Connections
Median Sweep P90 Latency at 25 Connections data
FrameworkMilliseconds
Baseline HTML16.00 ms
Astro17.00 ms
Pracht37.00 ms
Nuxt50.00 ms
SvelteKit53.00 ms
SolidStart68.00 ms
React Router76.00 ms
TanStack Start79.00 ms
Next.js529.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P90 Latency at 50 Connections
Median Sweep P90 Latency at 50 Connections data
FrameworkMilliseconds
Baseline HTML30.00 ms
Astro31.00 ms
Pracht73.00 ms
Nuxt105.00 ms
SvelteKit120.00 ms
SolidStart150.00 ms
React Router155.00 ms
TanStack Start171.00 ms
Next.js2025.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P90 Latency at 100 Connections
Median Sweep P90 Latency at 100 Connections data
FrameworkMilliseconds
Astro62.00 ms
Baseline HTML73.00 ms
Pracht154.00 ms
SolidStart160.00 ms
Nuxt185.00 ms
SvelteKit192.00 ms
TanStack Start218.00 ms
React Router296.00 ms
Next.js2396.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P75 Latency at 25 Connections
Median Sweep P75 Latency at 25 Connections data
FrameworkMilliseconds
Baseline HTML14.00 ms
Astro15.00 ms
Pracht36.00 ms
SvelteKit43.00 ms
Nuxt49.00 ms
SolidStart57.00 ms
TanStack Start64.00 ms
React Router74.00 ms
Next.js511.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P75 Latency at 50 Connections
Median Sweep P75 Latency at 50 Connections data
FrameworkMilliseconds
Baseline HTML29.00 ms
Astro30.00 ms
Pracht71.00 ms
Nuxt93.00 ms
SolidStart93.00 ms
SvelteKit93.00 ms
TanStack Start135.00 ms
React Router149.00 ms
Next.js1022.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P75 Latency at 100 Connections
Median Sweep P75 Latency at 100 Connections data
FrameworkMilliseconds
Baseline HTML56.00 ms
Astro61.00 ms
SolidStart123.00 ms
SvelteKit137.00 ms
Pracht148.00 ms
Nuxt169.00 ms
TanStack Start169.00 ms
React Router264.00 ms
Next.js993.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Methodology: SSR Router Link Load Test.

Measures server throughput and response latency as concurrent connections increase, with each request rendering a 1,000-row table using framework router link components.

Compare it with the plain link load test to see how these components affect server rendering performance. These tests make HTTP requests only; they do not measure browser navigation or prefetching.

Frameworks without a router link component are excluded.

FrameworkRepresentative peak req/sRepresentative peak connectionsMedian sweep P99 @ 25Median sweep P99 @ 50Median sweep P99 @ 100Total measured requests
Next.js46.251,385ms4,628ms4,706ms4,178
Nuxt178.65476ms2,712ms3,671ms17,481
Pracht362.225100ms479ms3,281ms33,897
React Router177.825269ms1,664ms3,821ms17,665
TanStack Start262.6150172ms495ms2,955ms26,231
Median Sweep P99 Latency at 25 Connections
Median Sweep P99 Latency at 25 Connections data
FrameworkMilliseconds
Pracht100.00 ms
TanStack Start172.00 ms
React Router269.00 ms
Nuxt476.00 ms
Next.js1385.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P99 Latency at 50 Connections
Median Sweep P99 Latency at 50 Connections data
FrameworkMilliseconds
Pracht479.00 ms
TanStack Start495.00 ms
React Router1664.00 ms
Nuxt2712.00 ms
Next.js4628.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P99 Latency at 100 Connections
Median Sweep P99 Latency at 100 Connections data
FrameworkMilliseconds
TanStack Start2955.00 ms
Pracht3281.00 ms
Nuxt3671.00 ms
React Router3821.00 ms
Next.js4706.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P90 Latency at 25 Connections
Median Sweep P90 Latency at 25 Connections data
FrameworkMilliseconds
Pracht71.00 ms
TanStack Start119.00 ms
React Router150.00 ms
Nuxt153.00 ms
Next.js582.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P90 Latency at 50 Connections
Median Sweep P90 Latency at 50 Connections data
FrameworkMilliseconds
Pracht147.00 ms
TanStack Start238.00 ms
React Router288.00 ms
Nuxt297.00 ms
Next.js2225.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P90 Latency at 100 Connections
Median Sweep P90 Latency at 100 Connections data
FrameworkMilliseconds
Pracht273.00 ms
TanStack Start300.00 ms
Nuxt321.00 ms
React Router403.00 ms
Next.js2485.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P75 Latency at 25 Connections
Median Sweep P75 Latency at 25 Connections data
FrameworkMilliseconds
Pracht69.00 ms
TanStack Start98.00 ms
Nuxt139.00 ms
React Router140.00 ms
Next.js562.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P75 Latency at 50 Connections
Median Sweep P75 Latency at 50 Connections data
FrameworkMilliseconds
Pracht140.00 ms
TanStack Start190.00 ms
React Router282.00 ms
Nuxt288.00 ms
Next.js1073.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Median Sweep P75 Latency at 100 Connections
Median Sweep P75 Latency at 100 Connections data
FrameworkMilliseconds
TanStack Start216.00 ms
Pracht254.00 ms
Nuxt302.00 ms
React Router375.00 ms
Next.js1046.00 ms

The chart includes a dotted median reference line calculated from the visible framework values.

Methodology: Core Web Vitals.

FrameworkLCP%CLS%FCP%TTFB%INP%
Astro9389928198
SolidStart1007710085100
SvelteKit7978776895
Next.js7472766694
TanStack Start5581462991
Nuxt6858695996
React Router5961656890
Good Largest Contentful Paint

Measures how fast a page's main content loads. To provide a good user experience, the LCP should be 2.5 seconds or less.

Good Largest Contentful Paint data
Framework%
SolidStart100
Astro93
SvelteKit79
Next.js74
Nuxt68
React Router59
TanStack Start55

The chart includes a dotted median reference line calculated from the visible framework values.

Good Cumulative Layout Shift

Measures how much and how far content unexpectedly moves on a page. To provide a good user experience, sites should maintain a CLS score of 0.1 or less for at least 75% of page visits.

Good Cumulative Layout Shift data
Framework%
Astro89
TanStack Start81
SvelteKit78
SolidStart77
Next.js72
React Router61
Nuxt58

The chart includes a dotted median reference line calculated from the visible framework values.

Good First Contentful Paint

Measures initial loading speed. To provide a good user experience, the FCP should be 1.8 seconds or less.

Good First Contentful Paint data
Framework%
SolidStart100
Astro92
SvelteKit77
Next.js76
Nuxt69
React Router65
TanStack Start46

The chart includes a dotted median reference line calculated from the visible framework values.

Good Time To First Byte

Measures the time between the request for a resource and when the first byte of a response begins to arrive. A good TTFB is less than or equal to 800ms.

Good Time To First Byte data
Framework%
SolidStart85
Astro81
React Router68
SvelteKit68
Next.js66
Nuxt59
TanStack Start29

The chart includes a dotted median reference line calculated from the visible framework values.

Good Interaction to Next Paint

Measures overall page responsiveness to user actions. To provide a good user experience, the INP should be 200ms or less.

Good Interaction to Next Paint data
Framework%
SolidStart100
Astro98
Nuxt96
SvelteKit95
Next.js94
TanStack Start91
React Router90

The chart includes a dotted median reference line calculated from the visible framework values.

FrameworkLCP%CLS%FCP%TTFB%INP%
Astro8093736485
SolidStart8866888575
SvelteKit6781585474
Next.js5372484559
Nuxt4659444665
React Router3763375053
TanStack Start3184191351
Good Largest Contentful Paint

Measures how fast a page's main content loads. To provide a good user experience, the LCP should be 2.5 seconds or less.

Good Largest Contentful Paint data
Framework%
SolidStart88
Astro80
SvelteKit67
Next.js53
Nuxt46
React Router37
TanStack Start31

The chart includes a dotted median reference line calculated from the visible framework values.

Good Cumulative Layout Shift

Measures how much and how far content unexpectedly moves on a page. To provide a good user experience, sites should maintain a CLS score of 0.1 or less for at least 75% of page visits.

Good Cumulative Layout Shift data
Framework%
Astro93
TanStack Start84
SvelteKit81
Next.js72
SolidStart66
React Router63
Nuxt59

The chart includes a dotted median reference line calculated from the visible framework values.

Good First Contentful Paint

Measures initial loading speed. To provide a good user experience, the FCP should be 1.8 seconds or less.

Good First Contentful Paint data
Framework%
SolidStart88
Astro73
SvelteKit58
Next.js48
Nuxt44
React Router37
TanStack Start19

The chart includes a dotted median reference line calculated from the visible framework values.

Good Time To First Byte

Measures the time between the request for a resource and when the first byte of a response begins to arrive. A good TTFB is less than or equal to 800ms.

Good Time To First Byte data
Framework%
SolidStart85
Astro64
SvelteKit54
React Router50
Nuxt46
Next.js45
TanStack Start13

The chart includes a dotted median reference line calculated from the visible framework values.

Good Interaction to Next Paint

Measures overall page responsiveness to user actions. To provide a good user experience, the INP should be 200ms or less.

Good Interaction to Next Paint data
Framework%
Astro85
SolidStart75
SvelteKit74
Nuxt65
Next.js59
React Router53
TanStack Start51

The chart includes a dotted median reference line calculated from the visible framework values.