Whether it’s the rise of cloud gaming, TVs with built-in games, "smart" monitors, or the popularity of retro game decks, constant change is a fixture on the gaming landscape.
So, a lot of the features that may accompany Variable Refresh Rate—even the other high-end features—if you want a combination of Variable Refresh Rate and, let's say, a game at 120Hz, or 144Hz, you had to get a particular monitor, a particular brand and a GPU, for example. That’s been the reality, and most of that was not available on consoles.
That’s one of the things we try to do—make the technology affordable and accessible to many users.
Q: The last time we spoke, you had mentioned many of the latest TVs are now being built with the latest HDMI specification-supported gaming features. We’re several months down the road since then. How have gamers responded?
JP: Great, actually. That’s one of the things you’re seeing on the TV side of things. 4K@144Hz with VRR and HDR isn’t the kind of feature a TV manufacturer would add unless there is demand for it. Why is there demand for it? Because PC gamers are seeing the console players are getting a great experience on these giant, very affordable screens. PC gamers want all of that, but a little bit more because a PC can do 144Hz with VRR and HDR.
What’s interesting is the TV makers are seeing the demand for those features in smaller sets. They’re actually going in the opposite direction than in the past. For instance, LG recently announced a 24-inch OLED TV in response to demand from PC gamers. I think many PC gamers are finally recognizing the performance available from these sorts of gaming TVs.
Running at the lowest quality possible, at a resolution that a GPU could maintain with high frame rates—whatever my monitoring could do at that time—or jumping on G-Sync when that first came out was very expensive. But there were buyers for these niche features because hardcore gamers were seeing the benefit from those new features.
Casual gamers just want accessibility. That’s where HDMI technology becomes beneficial as they will get access to a lot of these features without even knowing it and having the benefit and enjoyment of it, because to them it is almost invisible.
If the technology is not accessible to everyone across the spectrum of users, then it’s not a successful technology.
JP: All the ones I’ve seen are fairly popular. I see a lot of them being used as a travel console. It makes perfect sense. They are so tiny and just plug into any USB port, and it just works.
I don’t know that any of the HDMI gaming features would be necessary for these because of the 8-bit graphics. Even if you go 16-bit, there won’t be a drastic improvement.
But one of the things I have seen is the TV guys are using Auto Low Latency Mode in a smart way. The way they do it is, even if a source device doesn’t support that particular feature, they’ve figured out a way to identify what’s plugged in—like a Nintendo, Saga or Atari, whatever it might be. If they can figure out what’s plugged in, they will turn on gaming mode.
JP: One of the things will be more TVs that have a PC gaming feature like 4K@144Hz. It’s going to be more and more commonplace. That includes HDR and VRR.
I haven’t seen any plans for the consoles to support 4K@144Hz today, so that’s most likely going to be in the PC realm, at least for the short term.
We’re also seeing more of the 4K@120Hz TVs available coming down in price. One other thing, the availability of consoles and GPUs is getting a little bit better. So, I think the industry as a whole is hoping that the world is getting through the pandemic and logistical issues, getting all of that sorted out so that we can have a more consistent supply as well as availability so consumers can have the best experiences that are available today.
