What is a sample-accurate edit point?

In digital audio every moment in time corresponds to a discrete sample number — for example, at 44100 Hz there are 44,100 samples every second. A sample-accurate edit point is a cut or splice position defined by an exact sample index rather than an approximate frame or millisecond value, eliminating any rounding drift.

Which sample rates are supported?

The calculator includes presets for 22050, 44100, 48000, 88200, 96000, and 192000 Hz. You can also type any custom integer sample rate in the Custom field.

What is PPQ / ticks per beat?

PPQ (Pulses Per Quarter-note) is the resolution of a DAW's internal clock. Common values are 480, 960, and 9600. One beat equals one PPQ's worth of ticks; fractional ticks let you place events between beats with high precision.

Why do the frame-rate columns show slightly different sample numbers?

Frame rates like 29.97 fps are non-integer (they equal 30000/1001 fps), so the sample-to-frame mapping has a small but accumulating rounding error. The table shows the nearest sample boundary for each frame rate purely as a reference; the primary sample number is exact.

How accurate is the bar/beat conversion?

The conversion assumes a constant tempo with no tempo automation. If your DAW project has multiple tempo changes you will need to account for each segment separately. For constant-tempo projects the result is exact to the nearest sample.

Can I use this for MIDI tick calculations?

Yes. In bar/beat mode, use Bar 1 and Beat 1, then enter ticks to calculate the sample offset from the timeline start. Bars and beats are 1-based.

Sample-Accurate Edit Point Calculator

Enter a timecode (HH:MM:SS.ms) or bar/beat position plus a sample rate to get the exact sample number for a DAW cut point.

Input Mode

Timecode (HH : MM : SS . ms)

Hours

Min

Sec

Sample Rate

Set your position and sample rate, then click Calculate.

Exact Sample Number

Derived Values

Nearest Frame Boundary (reference)

Frame Rate	Frame #	Sample at frame start

Copied!

Summary

This calculator converts a timecode (HH:MM:SS.milliseconds) or a bar/beat position into the exact sample number at your chosen sample rate. It supports all common rates including 44.1 kHz, 48 kHz, 88.2 kHz, 96 kHz, and 192 kHz, as well as custom values. Use the results to set sample-accurate edit points, fades, or loop markers inside any DAW.

How it works

Select whether you want to convert from a timecode or a bar/beat position.
Enter the timecode (hours, minutes, seconds, milliseconds) or the bar, beat, and tick values.
Choose the sample rate — or enter a custom value in Hz.
For bar/beat mode, also enter the BPM and the number of ticks per beat (PPQ).
Click Calculate to see the exact sample number, plus the rounded frame position at common frame rates.

Use cases

Find the sample-accurate start point for a vocal punch-in in Pro Tools or Logic.
Align a loop region to the exact sample boundary that matches a bar position.
Convert a SMPTE timecode marker to a sample offset for a sound-design sync event.
Verify that two DAW projects agree on a shared edit point when using different PPQ settings.
Calculate the sample offset for a film music cue that must hit a specific bar and beat.
Cross-check sample counts when transferring sessions between 44.1 kHz and 48 kHz projects.
Determine the sample number for an exact millisecond position during podcast editing.
Generate sample-accurate splice points for seamless loop construction.

Frequently Asked Questions

Last updated: 2026-05-29 · Reviewed by Nham Vu

Sample-Accurate Edit Point Calculator

Use the Sample-Accurate Edit Point Calculator

Summary

How it works

Use cases

Frequently Asked Questions