In general you should expect to pay considerably more for an IPS monitor when compared to a TN panel monitor although this has changed somewhat in the last couple years as many budget IPS monitor options have been released. IPS monitors also have a wider viewing angle which allows for accurate color for almost any angle. A 1440p resolution doesn't require as much bandwidth from your MacBook as a 4k monitor, meaning you can achieve higher frame rates for a more responsive desktop experience. But which also have a fantastic display with accurate colour reproduction and wide viewing angles. Some more recent S-IPS panel monitors can produce beyond true color in reaching 30, 36, and even 48 bits. The ASUS ProArt Display PA278CV is the best 1440p monitor for MacBook Pro that we've tested. To be considered among the best MacBook Pro monitors, we've gathered monitors that not only have that USB-C connectivity especially since that’s the only way to connect most MacBooks to a display, unless you've got a dock for MacBook Pro. With 24-bit color depth or 256 colors for red, green, and blue, a display can accurately protray "true color" or 256x256x256 which is 16.7 million colors. IPS or "In-Plane Switching" panel monitors are desirable for photo editing as they have more accurate color reproduction because they use 8 bits per color or 24-bit color depth. However, TN panels are not ideal for photo editing monitors as they can only reproduce 6 bits per color (RGB) for a total of 18 bits. This leads to a better overall viewing experience for movies and games. This is because they cost less to produce, use less energy, and have faster response times than IPS panel monitors. TN or "twisted nematic" panels are standard for most LCD screens. Choosing the Right Monitor for Your Mac Monitor Terms to Know
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