Scroll through budget and entry-level monitor listings and it’s common to see one model advertised at 5ms and another at 4ms, sitting a few dollars apart in price. On paper that 1ms gap looks like it should barely register, but the reality of how these numbers get measured is worth understanding before assuming it’s meaningless.
- 5ms and 4ms response times are common on budget office and entry-level gaming monitors, often on TN or basic VA panels.
- The difference is usually measured in GtG (gray-to-gray) and is close enough that most people cannot see it in a blind test.
- Panel type and overdrive tuning usually matter more than the single millisecond gap between these two specs.
- Budget buyers get more real-world benefit from checking refresh rate and input lag than chasing 4ms over 5ms.
The Budget Monitor Context
5ms and 4ms response times show up most often on entry-level and budget monitors, the kind priced for everyday office work, schoolwork, or casual gaming rather than competitive esports. These are usually basic TN panels or lower-tier VA panels rather than premium fast IPS displays.
- 5ms: extremely common on budget 60Hz-75Hz office and general-use monitors
- 4ms: slightly more common on entry-level 75Hz-100Hz gaming monitors marketed toward casual players
- Both numbers are almost always measured as GtG (gray-to-gray), not the older black-to-white response time spec
How These Numbers Get Measured
Response time on a spec sheet is a manufacturer-reported GtG figure, meaning how long it takes a pixel to shift from one shade of gray to another. Independent testing labs like RTINGS’ response time methodology and TFTCentral’s testing approach both measure a full range of gray-to-gray transitions, not just one best-case number, and manufacturer specs often reflect the fastest possible transition rather than a typical one.
Heads Up: A monitor advertised at 4ms and one advertised at 5ms can come from the same factory using nearly identical panels, since manufacturers sometimes round or select the most favorable single measurement for marketing rather than an average.
Side-by-Side Comparison
| Spec | 5ms Response Time | 4ms Response Time |
|---|---|---|
| Typical segment | Budget office/general use | Entry-level casual gaming |
| Common panel type | TN or basic VA | TN or VA with light overdrive |
| Visible ghosting risk | Slightly higher on fast motion | Marginally lower |
| Real-world difference | Hard to detect without side-by-side testing | Hard to detect without side-by-side testing |
Does the 1ms Gap Actually Show Up?
In practical terms, 1ms is a fraction of a single frame even at 60Hz, where each frame lasts about 16.7ms. At this budget end of the market, the difference between 5ms and 4ms rarely changes the visible motion blur or ghosting in everyday tasks like word processing, web browsing, or casual single-player gaming.
- Fast-scrolling text or spreadsheets: no meaningful visible difference
- Casual gaming at 60-75Hz: minor ghosting trails possible on both, largely indistinguishable
- Movie and video playback: response time this close makes zero practical difference
Jake’s Take
Shopping for a secondary or budget monitor, the honest advice is to stop treating 4ms vs 5ms as a deciding factor. It rarely is. What actually separates a good budget monitor from a mediocre one at this price point is refresh rate consistency, input lag, and panel uniformity, none of which show up in that single response time number.
If a 5ms monitor is cheaper and otherwise better specced (higher refresh rate, better color, larger screen), it’s the smarter buy over a 4ms model that costs more for a difference that’s genuinely hard to see with the naked eye.
FAQ
1. Can you actually see the difference between 5ms and 4ms response time?
In most everyday and casual gaming scenarios, no. The gap is small enough that side-by-side blind testing rarely produces consistent results from average users.
2. Which matters more for a budget monitor, response time or refresh rate?
Refresh rate typically has a bigger visible impact on motion smoothness than a 1ms response time difference at this end of the market.
3. Are 4ms and 5ms monitors both fine for casual gaming?
Yes, both are acceptable for casual, non-competitive gaming. Neither is fast enough for serious competitive esports, where 1ms panels are the norm.
4. Why do budget monitors list response time so prominently if it barely matters?
It’s an easy marketing number to print on a box. Buyers recognize “faster is better” intuitively, even when the real-world gap at this level is minimal.
Final Take
5ms vs 4ms response time comes down to a difference that exists on paper more than in practice, especially in the budget and entry-level segment where these specs show up most. Other factors deserve more weight when comparing monitors in this price range.
- 5ms and 4ms response times both belong to the budget and entry-level monitor segment.
- The 1ms gap is measured in GtG and is rarely visible in everyday or casual gaming use.
- Manufacturer response time numbers can be selectively favorable, so independent testing matters more.
- Refresh rate and input lag are better indicators of a good budget monitor than this specific spec.
This comparison is based on manufacturer-published specifications and independent testing methodology as of publish date.
