Life is too short for SD.Knock yourself out and buy overpriced hardware and software.
I'll wait until the price on both drops or the next HD format is released....
Life is too short for SD.Knock yourself out and buy overpriced hardware and software.
I'll wait until the price on both drops or the next HD format is released....
Life is too short for SD.
I can understant why they WANT them to. I dont understand why they EXPECT them to, especially this early in the life of the formatI don't understand why so many people want the Blu players to be around the same price as SD players. Don't we pay a premuim for HD content? Why should people expect otherwise with Blu-ray?
I can understant why they WANT them to. I dont understand why they EXPECT them to, especially this early in the life of the format
On larger screen sizes I agree. On 42 inches at 10 or more feet though, I would bet 1 out 500 people couldnt pick the 1080p panel out of 2 setsMost ppl are forgetting, when we say HD currently there are 720p/1080i and 1080p.
Except for first #1 mentioned, all the rest are 720/1080i. On other hand blue ray is full 1080p.
Some ppl say there is no difference between 1080p and others. I say this is not true.
There are differences. If you don't have 1080P TV, then you don't know.
It's Deinterlacing, Not Scaling
HD DVD and Blu-ray content is 1080p/24. If your player outputs a 60-Hz signal (that is, one that your TV can display), the player is adding (creating) the 3:2 sequence. So, whether you output 1080i or 1080p, it is still inherently the same information. The only difference is in whether the player interlaces it and your TV deinterlaces it, or if the player just sends out the 1080p signal directly. If the TV correctly deinterlaces 1080i, then there should be no visible difference between deinterlaced 1080i and direct 1080p (even with that extra step). There is no new information—nor is there more resolution, as some people think. This is because, as you can see in Figure 1, there is no new information with the progressive signal. It's all based on the same original 24 frames per second.
But I'm not going to let Sony rape me, NEVER!!!!!!!!!Life is too short for SD.
But I'm not going to let Sony rape me, NEVER!!!!!!!!!
Now that is just sadBut I'm not going to let Sony rape me, NEVER!!!!!!!!!
Are you sure? The information is the same. 1080p has no more information than 1080i. So, it's just interlaced vs progressive. If the 1080i TV has a high refresh rate can you tell?Tell the difference between a Blu-Ray played on a 1080i set and one played on a 1080p set? Absolutely. Of course, the smaller the set or the further away you are, the harder it gets. But there is definitely a difference.
2. Why 1080p is theoretically better than 1080i
1080i, the former king of the HDTV hill, actually boasts an identical 1,920x1,080 resolution but conveys the images in an interlaced format (the i in 1080i). In a tube-based television, otherwise known as a CRT, 1080i sources get "painted" on the screen sequentially: the odd-numbered lines of resolution appear on your screen first, followed by the even-numbered lines--all within 1/30 of a second. Progressive-scan formats such as 480p, 720p, and 1080p convey all of the lines of resolution sequentially in a single pass, which makes for a smoother, cleaner image, especially with sports and other motion-intensive content. As opposed to tubes, microdisplays (DLP, LCoS, and LCD rear-projection) and other fixed-pixel TVs, including plasma and LCD flat-panel, are inherently progressive in nature, so when the incoming source is interlaced, as 1080i is, they convert it to progressive scan for display.
Are you sure? The information is the same. 1080p has no more information than 1080i. So, it's just interlaced vs progressive. If the 1080i TV has a high refresh rate can you tell?
As opposed to tubes, microdisplays (DLP, LCoS, and LCD rear-projection) and other fixed-pixel TVs, including plasma and LCD flat-panel, are inherently progressive in nature, so when the incoming source is interlaced, as 1080i is, they convert it to progressive scan for display.
I don't think you'll find many HDTVs recently manufactured that are interlaced. Maybe some of the older tube based ones, but those are relatively rare these days. I don't remember running into any of them when I was shopping for a new HDTV recently.Again, you're assuming it's a progressive scan (1080p) TV.
I don't think you'll find many HDTVs recently manufactured that are interlaced. Maybe some of the older tube based ones, but those are relatively rare these days. I don't remember running into any of them when I was shopping for a new HDTV recently.