The meter you will want to buy, with the best Price-performance ratio is the i1Display Pro (Rev.B).\u00a0 It is the most accurate colorimeter that won’t break the bank.\u00a0 Yes it beats the Spyder 5.<\/p>\n
A list<\/a> of meter peak brightness.<\/p>\n AVSHD709<\/p>\n R.Masciola’s HDR Patterns<\/a><\/p>\n Chromecast – cheap and effective.\u00a0 Not entirely accurate, but zoyd has written dithering correction factors<\/a> so it is acceptable. For example I had a customer which using my disk with LightSpace and eeColor for full video chain calibration with a Panasonic GT60. That TV was very unstable with any profiling using it’s max output for 11% Window patterns, for example to 120nits…… we performed a lot of test to find out why is not stable, using LightSpace and it’s RGB Separation charts (which not available to other software) and we found that GT60 was performing ultra stable only with peak white up to 80nits, with higher it has unstable. – ConnecTEDDD<\/a><\/p><\/blockquote>\n Steve Shaw @ Light Illusion is not a fan of APL windows<\/a><\/p>\n they can easily distort the profiling, as they are artificially altering the display’s response to the actual colour patch. Seems it’s possible I’m over-driving my Plasma at 120nit.<\/p>\n Zoyd, uses 8% windows on a 25% APL pattern for plasmas.\u00a0 However, APL black levels will read higher, so one option would be to just set a fixed black level equal to whatever you measure (on my set I use 0.018 cd\/m^2)<\/p>\n Using TED’s disc with HCFR<\/a>.<\/p>\n Using your PC as a test generator?<\/p>\n 3DLUT creation is not equal.\u00a0 Here<\/a> is a comparison from 2014.\u00a0 More recently updated<\/a> in 2015.\u00a0 Argyll fares very well against commercial offerings, besting CalMAN and (until recently<\/a>) edging out Lightspace.<\/p>\n An older tutorial<\/a> on setting up DisplayCal for the eeColor.<\/p>\nPattern Generator(s) \/ Sources<\/h4>\n
\nPlasmas and the use of APL patterns:<\/p>\n
\nThe best sequences we find are the standard 21^3 Anisometric patch sequences, with a Drift Compensation of around 100 for displays that suffer ABL\/ASBL, including HDR displays.
\nThere is actually no set ideal size<\/strong> – is depends on your actual display’s characteristics.\u00a0 But, it is easy to find the correct size for your display by performing a Primary Only Quick Profile, and comparing the results.\u00a0 The correct size will show the best Gamma and RGB Separation.<\/p><\/blockquote>\n![\"\"](\"http:\/\/wiki.lillerant.com\/wp-content\/uploads\/2017\/01\/Screen-Shot-2015-08-11-at-9.22.35-AM.png\")
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