What Is 6.94ms in FPS?

6.94 ms is approximately 144 FPS. In gaming, this means one frame is being rendered every 6.94 milliseconds on average.

The conversion is straightforward:

FPS = 1000 ÷ frame time in milliseconds

So:

1000 ÷ 6.94 ≈ 144 FPS

A 6.94 ms frame time also corresponds almost exactly to the refresh interval of a 144 Hz monitor. (Intel)

Quick Answer: 6.94ms to FPS

These values come from the reciprocal relationship between frame rate and frame time: 1000 ÷ FPS = milliseconds per frame. (Intel)

How Do You Convert 6.94ms to FPS?

Use this formula:

FPS = 1000 ÷ milliseconds

For 6.94 ms:

FPS = 1000 ÷ 6.94

FPS ≈ 144.09

Because 6.94 ms is a rounded number, the exact relationship is:

1000 ÷ 144 = 6.9444 ms

So when people say 6.94 ms = 144 FPS, they are rounding the frame time to two decimal places. (PureUnits)

Why 1000?

One second contains 1,000 milliseconds.

At 144 FPS, 144 frames have to fit into those 1,000 milliseconds:

1,000 ms ÷ 144 frames = 6.9444 ms per frame

That gives each frame roughly 6.94 ms of frame time.

What Does 6.94ms Mean in Gaming?

In gaming, 6.94 ms is the frame time associated with 144 FPS.

Frame time tells you how long it takes to produce each frame, while FPS tells you how many frames are produced in one second. Intel describes frame time as the time required to render an individual frame and notes that it is useful for analyzing rendering performance. (Intel)

A lower frame time corresponds to a higher frame rate:

• 60 FPS = 16.67 ms per frame
• 120 FPS = 8.33 ms per frame
• 144 FPS = 6.94 ms per frame
• 240 FPS = 4.17 ms per frame

This is why increasing FPS can make games feel more responsive and motion appear smoother.

Is 6.94ms the Same as 144Hz?

Almost exactly, yes.

A 144 Hz monitor refreshes 144 times every second. Its refresh interval is:

1000 ÷ 144 = 6.9444 ms

Therefore:

144 Hz = approximately 6.94 ms per refresh

If your game is producing 144 FPS consistently and your display is running at 144 Hz, the frame rate and refresh rate are closely matched.

However, FPS and Hz are not the same measurement:

• FPS measures how quickly the computer produces frames.
• Hz measures how frequently the display refreshes.

AMD explains that a monitor’s refresh rate limits how many frames it can actually display each second. (AMD)

6.94ms vs Other Common Frame Times

The difference becomes easier to understand when you compare several frame rates.

Notice that the relationship is not linear.

Going from 60 to 120 FPS cuts frame time from 16.67 ms to 8.33 ms, a reduction of 8.34 ms.

Going from 120 to 144 FPS only reduces frame time from 8.33 ms to 6.94 ms, a reduction of about 1.39 ms.

That is why moving to progressively higher FPS produces smaller reductions in frame time.

Does 6.94ms Mean Your Input Lag Is 6.94ms?

No.

This is one of the most important distinctions to understand.

A 6.94 ms frame time describes the interval associated with 144 FPS. It does not mean your complete system has exactly 6.94 ms of input latency.

Actual end-to-end latency can involve several stages, including:

1. Mouse or controller input
2. Input polling
3. Game engine processing
4. CPU work
5. GPU rendering
6. Frame queueing
7. Display scanout
8. Monitor processing
9. Pixel response

So you should not interpret 6.94 ms as a complete measurement of mouse-to-photon latency.

It is more accurate to say that 144 FPS gives you a frame interval of about 6.94 ms.

Why Frame Time Matters More Than Average FPS Sometimes

An FPS counter gives you an average or sampled frame rate, but it can hide inconsistent frame delivery.

For example, imagine two games both report an average of 144 FPS.

Game A might deliver frames at roughly:

6.9 ms → 6.9 ms → 7.0 ms → 6.9 ms → 7.0 ms

Game B could occasionally produce a much longer frame:

6.9 ms → 7.0 ms → 6.9 ms → 25 ms → 6.9 ms

The second example can feel noticeably less smooth even if its average FPS looks impressive.

Intel specifically recommends looking at frame time and frame pacing because inconsistent frame times can create visible stuttering. (Intel)

What Is a Frame-Time Spike?

A frame-time spike occurs when one or more frames take substantially longer to render than surrounding frames.

For example:

Normal: 6.94 ms
Spike: 20 ms

That single long frame can produce a visible hitch.

This is why performance monitoring tools often show both FPS and frame-time graphs rather than relying only on an FPS counter.

Is 6.94ms Good for Gaming?

Whether 6.94 ms is appropriate depends on your hardware, monitor and the game.

From a purely mathematical perspective, 6.94 ms corresponds to 144 FPS, which is a common target for a 144 Hz display.

But a stable 144 FPS is more informative than briefly reaching 144 FPS.

For example, if your system constantly fluctuates between 80 and 160 FPS, the average number alone does not fully describe the experience. Looking at frame-time consistency can reveal those fluctuations more clearly. (Intel)

What FPS Do You Need for a 144Hz Monitor?

For a 144 Hz display, the refresh interval is approximately 6.94 ms.

To supply a new frame for every refresh cycle, the game needs to produce frames at approximately 144 FPS.

However, there is an important distinction between:

144 Hz monitor

and

144 FPS game performance

A monitor can refresh at 144 Hz even when the game is running below 144 FPS. In that situation, the display may not receive a new unique frame on every refresh.

Conversely, a computer can render above 144 FPS on a 144 Hz display. Depending on the synchronization technology and settings, not every rendered frame will necessarily become a visible unique refresh. AMD notes that a display has a refresh-rate limit, and excess frames can be discarded in conventional scenarios. (AMD)

What Happens if Your FPS Is Lower Than 144?

Suppose you have a 144 Hz monitor but your game runs at 100 FPS.

At 100 FPS:

1000 ÷ 100 = 10 ms per frame

So your game is producing one frame every 10 ms, rather than every 6.94 ms.

The monitor can refresh every 6.94 ms, but the game is not producing a new frame quickly enough to provide a unique frame for every refresh.

With variable refresh rate technologies such as AMD FreeSync, the display can synchronize its refresh behavior with the graphics card within its supported range, which can help reduce tearing and stuttering. (AMD)

What Happens if Your FPS Is Higher Than 144?

Suppose you run a game at 240 FPS on a 144 Hz monitor.

At 240 FPS:

1000 ÷ 240 = 4.17 ms per frame

The GPU is therefore producing frames much faster than a 144 Hz display can refresh.

That does not automatically mean the display shows all 240 frames every second. The exact behavior depends on synchronization and presentation settings.

Higher FPS can still matter for responsiveness in some configurations, but refresh rate and FPS should not be treated as interchangeable numbers.

6.94ms vs 6.06ms

This is a useful comparison if you’re deciding between 144 FPS and 165 FPS.

144 FPS

1000 ÷ 144 = 6.94 ms

165 FPS

1000 ÷ 165 = 6.06 ms

Difference:

6.94 – 6.06 = 0.88 ms

So moving from 144 FPS to 165 FPS reduces the frame interval by only about 0.88 ms.

That does not mean the difference is necessarily irrelevant, but it puts the numerical change into perspective.

6.94ms vs 4.17ms

The difference between 144 FPS and 240 FPS is larger:

144 FPS = 6.94 ms

240 FPS = 4.17 ms

Difference:

6.94 – 4.17 = 2.77 ms

So increasing from 144 to 240 FPS removes about 2.78 ms from the frame interval.

The improvement in frame time gets progressively smaller as frame rate increases.

How to Calculate FPS From Any Millisecond Value

You can use the same formula for virtually any frame-time measurement:

FPS = 1000 ÷ frame time

For example:

10 ms

1000 ÷ 10 = 100 FPS

8 ms

1000 ÷ 8 = 125 FPS

5 ms

1000 ÷ 5 = 200 FPS

4 ms

1000 ÷ 4 = 250 FPS

2 ms

1000 ÷ 2 = 500 FPS

This makes the conversion useful when reading benchmarking software, frame-time graphs or game performance overlays.

How to Convert FPS Back to Milliseconds

If you know the FPS instead, reverse the formula:

Frame time = 1000 ÷ FPS

For example, at 200 FPS:

1000 ÷ 200 = 5 ms

At 300 FPS:

1000 ÷ 300 = 3.33 ms

At 360 FPS:

1000 ÷ 360 = 2.78 ms

The two formulas are simply inverse operations.

Common Mistakes About 6.94ms

Mistake 1: Thinking 6.94ms means 6.94 FPS

It does not.

6.94 ms = approximately 144 FPS.

The units are different, and FPS and milliseconds are inversely related.

Mistake 2: Assuming frame time equals total input latency

It does not.

Frame time is only one part of the rendering and presentation pipeline.

Mistake 3: Assuming higher average FPS always means smoother gameplay

Not necessarily.

Frame-time consistency matters. A high average FPS with significant frame-time spikes can still produce stuttering. (Intel)

Mistake 4: Confusing monitor response time with frame time

A monitor advertised with a 1 ms response time is not saying that it operates at 1,000 FPS.

Pixel response time and frame time describe different things.

For example:

144 FPS = 6.94 ms frame interval

while a monitor might have a manufacturer-rated pixel response time of a different value.

These measurements should not be treated as interchangeable.

Frequently Asked Questions

What FPS is 6.94ms?

6.94 ms is approximately 144 FPS. The exact frame time at 144 FPS is 6.9444 ms.

Is 6.94ms good for 144Hz?

Yes, mathematically it matches the refresh interval of a 144 Hz display. A 144 Hz monitor refreshes every approximately 6.94 ms.

How many FPS is 7ms?

1000 ÷ 7 = approximately 142.86 FPS.

So 7 ms is very close to 143 FPS.

How many milliseconds is 144 FPS?

144 FPS = 6.94 ms per frame.

More precisely, it is about 6.9444 ms.

Is 6.94ms the same as 144Hz?

They represent closely related intervals:

144 Hz = 6.9444 ms per refresh

and

144 FPS = 6.9444 ms per frame

But Hz describes display refresh frequency, while FPS describes frame production.

Is lower frame time better?

For rendering performance, a lower frame time means each frame takes less time to produce, which corresponds to a higher FPS. Intel describes lower frame time as preferable when evaluating rendering performance. (Intel)

What is 6.94ms in 240 FPS?

It is not 240 FPS. 240 FPS has a frame time of about 4.17 ms.

6.94 ms corresponds to approximately 144 FPS.

What is 6.94ms in Hz?

Using:

Hz = 1000 ÷ ms

we get:

1000 ÷ 6.94 ≈ 144 Hz

So 6.94 ms corresponds approximately to 144 Hz.

Final Answer

6.94 ms = approximately 144 FPS.

The calculation is:

FPS = 1000 ÷ 6.94 ≈ 144

More precisely:

144 FPS = 6.9444 ms per frame

That is also why 144 Hz monitors have a refresh interval of approximately 6.94 ms.

The key distinction is that FPS measures how quickly frames are produced, while frame time measures how long each frame takes. For gaming performance, don’t look only at average FPS. Consistent frame times are also important because spikes can cause noticeable stuttering. (Intel)

Sources and research notes

The calculation and technical explanations above were checked against current search results, including Intel’s documentation on frame time and frame rate, AMD’s explanation of FPS versus monitor refresh rate, and current FPS/frame-time reference calculators. (Intel)