Can you get a 1ms TV?

If you‘re a serious gamer or film buff, you know that every millisecond matters when it comes to response time. Slow response times lead to distracting motion blur, input lag, and visual artifacts that detract from immersion. For years, TV manufacturers have been locked in a response time arms race to balance speed with affordability. OLED‘s rise and the pursuit of 1ms has shattered expectations of what‘s possible. Let‘s dive into the nitty-gritty details and see why 1ms TVs are a game-changer.

## What Exactly is Response Time?

Response time refers to how quickly a display‘s pixels can change from one color to another and fully transition between shades. It‘s a measurement of gray-to-gray (GTG) pixel transition speed, quantified in milliseconds (ms). The lower the response time number, the faster and more responsive the display will be.

For example, a TV with a 10ms response time can fully shift pixels from one gray level to another in 10 milliseconds. One with 1ms response can complete that same transition in just 1 millisecond.

## Why Response Time Matters for Gaming and Video

Faster response times reduce motion blur and create sharper, crisper visuals when tracking fast-moving objects like a game character or sports ball. This leads to a more immersive and natural viewing experience. Slow response times can cause distracting visual artifacts like ghosting or coronas around moving objects.

According to Nvidia, "A monitor‘s response time shows how fast a monitor can switch from one color to another. When it comes to gaming, a 1ms response time allows your display to keep up with fast-paced action." [1]

Reducing input lag (the delay between hitting a controller and seeing the results on-screen) is also key for gaming. A faster response time directly correlates to lower input lag.

## The Quest for the 1ms Holy Grail

For years, TVs struggled to dip below 10ms response times, while gaming monitors pushed below 5ms and eventually hit 1-2ms targets. Achieving 1ms or less on a large TV screen seemed impossible due to technical limitations.

Display innovators decided to take up the challenge and pursue the 1ms "holy grail". After much engineering and ingenuity, they‘ve now shattered expectations of what‘s possible.

## OLED Leads the Charge

The first TV displays to achieve true 1ms response times utilize OLED (organic light emitting diode) technology. In an OLED display, each pixel provides its own light emission rather than relying on an external backlight.

This allows OLED pixels to switch on and off almost instantly. They can change color and fully transition much faster than LCD displays. OLED‘s emissive nature also gives it perfect black levels when pixels switch completely off.

In 2020, LG introduced their CX and C1 series 4K OLED TVs achieving an impressive 1ms gray-to-gray response time. They remain the world‘s fastest gaming TV displays available today.

According to CNET‘s review, "The OLED TV has near-instantaneous response times…and is the most gaming-friendly TV I‘ve ever tested." [2]

## Comparing 1ms vs 5ms Response

On paper, improving from 5ms to 1ms response seems insignificant. In reality, it‘s a major visual upgrade, especially for gaming, live sports, and movies.

* At **60 fps**, a 5ms display shows 12 frames in transition with lingering ghost artifacts. A 1ms display has just 2 transitional frames, resulting in sharper clarity.
* At **120 fps**, a 1ms display keeps up flawlessly while a 5ms display has 12 in-between frames causing distracting motion blur.

5ms was previous state-of-the-art for TVs, but now 1ms shows what a massive boost 4ms lower can make to motion clarity and integrity. Objects in motion simply look crisper and better defined with no loss of accuracy.

## Is 1ms Worth the Price? Breaking Down OLED Benefits

There‘s no doubt that LG‘s 1ms OLED TVs demand a premium price over mainstream LCDs. But competitive and discerning gamers argue the difference is worth it.

Here are some key benefits driving OLED TV value for gaming and movie buffs:

**Perfect Black Levels** – OLED pixels can switch off completely to reach infinite contrast versus LCD backlights which always emit some light. This makes dark scenes come alive.

**Exceptional Viewing Angles** – OLED maintains color accuracy even at wide off-center seating positions. LCDs degrade quickly off-axis washing out colors and black levels.

**HDR Excellence** – OLED‘s pixel-level control and extreme contrast produce stunning high dynamic range performance unmatched by LCDs.

**Superb Motion Handling** – No LCD can match OLED‘s blur-free clarity during fast motion thanks to instantaneous pixel response.

When you add it all up, OLED offers a compelling visual package for discerning viewers. While the 1ms speed is just one element, it‘s a differentiating spec that competitive gamers find hard to overlook.

## More Affordable Options Still Offer Impressive Speed

While OLED currently delivers the fastest response time, LCD technology has also made significant strides through advanced backlights and optimizations.

Top gaming LCDs using mini-LED backlights have achieved 2ms response times, providing an affordable alternative to OLED. Samsung‘s Neo QLED 4K models reached 2.1ms and offer HDMI 2.1 connectivity ideal for next-gen consoles.

Even mainstream LCDs have broken the 5ms barrier to hit 3-4ms response times. TCL‘s 6-series Roku TVs measured an excellent 4.8ms at just a fraction of OLED‘s cost. [3]

For casual gaming and streaming, these "fast enough" LCDs still provide snappy response without breaking the bank. Discerning viewers who want every last millisecond will still lean towards OLED. But LCD innovation has brought respectably fast options to lower price points.

## Pushing the Limits – How Low Can Response Times Go?

OLED proved that 1ms response time on a large TV display size is achievable through today‘s technology. This barrier-breaking advancement leaves many wondering – just how low can response times go on future TV generations?

**OLED Still Has Room** – Response can improve by optimizing driver circuitry and voltage. LG claims their newer G1 OLED TV reaches 0.1ms gray-to-gray – 10x faster than their 2020 models!

**MicroLED Next?** – MicroLED is considered the heir apparent to OLED. Since it shares similarities like self-emitting pixels, MicroLED TVs could potentially achieve similar 1ms speeds as the technology matures.

**Faster LCD Backlights** – Mini-LED already boosted LCD response times. Further backlight innovations like direct array local dimming and quantum dot enhancements provide more avenues for LCD speed gains.

**New Technologies** – Breakthroughs like carbon nanotube FED displays show promise for response times dipping below 1ms. New paradigms could completely reshape speed limits.

While they can still improve, today‘s 1ms OLED TVs have blown past what was once considered impossible on a large TV display. It‘s only a matter of time until even faster response times emerge as display innovation continues its rapid pace of progress.

## The Instant Response Era Has Arrived

Not long ago, jumpy and ghosting-prone TV displays seemed like an immutable fact of life. Stuck with response times in the 15-50ms range, motion clarity suffered as an unavoidable compromise.

The 1ms OLED revolution has ushered in a new era where expertly engineered TVs can keep up with the fastest on-screen motion. This unlocks immersive new gaming experiences and makes sports and movies come alive like never before.

For competitive gamers seeking every fractional advantage, nothing beats OLED‘s rapid 1ms visual response. With models from LG and other manufacturers improving each year, OLED marks a before-and-after turning point for display technology. Even as new advancements arrive, OLED‘s blazing fast speed sets the new bar for TV motion fluidity.

So if buttery-smooth visuals are a priority, today‘s market has TV choices up for the challenge. The era of instant response has arrived. Now every gamer and cinephile can enjoy a TV display capable of keeping up with their discerning eyes.