-Panasonic TV Line-Up 2016-
- Thread starter gzoun
- Start date
Frоm thе lеft, аnd а nеw Оlеd, оthеr оlеd mаѕtеr mоnіtоr, іmаgе quаlіtу соmраrеd tо thе lаѕt уеаr Оlеd. Тhе nеw оlеd іѕ, іn thе dаrk, іt іѕ fіnе grаdаtіоn
http://av.watch.impress.co.jp/img/avw/docs/1017/367/p03.jpg
http://av.watch.impress.co.jp/img/avw/docs/721/113/876.jpg
http://img4.hostingpics.net/pics/471131panasonicifaoled1l.jpg
Panasonic TX-58DX800E : Test complet - Les Numériques
http://av.watch.impress.co.jp/img/avw/docs/1017/367/p03.jpg
http://av.watch.impress.co.jp/img/avw/docs/721/113/876.jpg
http://img4.hostingpics.net/pics/471131panasonicifaoled1l.jpg
Panasonic TX-58DX800E : Test complet - Les Numériques
- 29 October 2008
- 8,983
58"...[tvmaniak.pl]...Panasonic TX-58DXE720E presentation...http://www.tvmaniak.pl/87484/panasonic-tx-58dxe720e-wrazenia-opinie-i-specyfikacja/
source photos:[tvmaniak.pl]
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40"...[tvmaniak.pl]...Panasonic TX-40DSU401E presentation...http://www.tvmaniak.pl/89112/panasonic-tx-40dsu401-wrazenia-opinie-i-specyfikacja/
source photos:[tvmaniak.pl]
--- Αυτόματη συγχώνευση μηνύματος ---
49"...[tvmaniak.pl]...Panasonic TX-49DSU501 presentation...http://www.tvmaniak.pl/90182/panasonic-tx-49dsu501-wrazenia-opinie-i-specyfikacja/
source photos:[tvmaniak.pl]
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49"...[tvmaniak.pl]...Panasonic TX-49DXU601 presentation...http://www.tvmaniak.pl/92906/panasonic-tx-49dxu601-wrazenia-opinie-i-specyfikacja/
source photos:[tvmaniak.pl]
source photos:[tvmaniak.pl]
------------------------------------------
40"...[tvmaniak.pl]...Panasonic TX-40DSU401E presentation...http://www.tvmaniak.pl/89112/panasonic-tx-40dsu401-wrazenia-opinie-i-specyfikacja/
source photos:[tvmaniak.pl]
--- Αυτόματη συγχώνευση μηνύματος ---
49"...[tvmaniak.pl]...Panasonic TX-49DSU501 presentation...http://www.tvmaniak.pl/90182/panasonic-tx-49dsu501-wrazenia-opinie-i-specyfikacja/
source photos:[tvmaniak.pl]
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49"...[tvmaniak.pl]...Panasonic TX-49DXU601 presentation...http://www.tvmaniak.pl/92906/panasonic-tx-49dxu601-wrazenia-opinie-i-specyfikacja/
source photos:[tvmaniak.pl]
- 29 October 2008
- 8,983
[flatpanelshd.com]...Firefox OS - Panasonic's Smart TV platform - is officially dead...https://www.flatpanelshd.com/news.php?subaction=showfull&id=1475152536
tiniakos
AVClub Fanatic
- 29 October 2008
- 8,983
32"...[fwdmagazine.be]...Panasonic TX-32DS600 review...http://www.fwdmagazine.be/fwd/164922/test-panasonic-tx-32ds600/
μετάφραση google nl to en
--- Αυτόματη συγχώνευση μηνύματος ---
Panasonic VIERA catalogue 2016...http://www.panasonic.gr/sites/default/files/VIERA_CATALOGUE_2016.compressed.pdf
μετάφραση google nl to en
--- Αυτόματη συγχώνευση μηνύματος ---
Panasonic VIERA catalogue 2016...http://www.panasonic.gr/sites/default/files/VIERA_CATALOGUE_2016.compressed.pdf
- 29 October 2008
- 8,983
65"...[tweakers.net]...Panasonic Viera TX-65DXW904 review...https://tweakers.net/reviews/5001/panasonic-65-inch-dx900-hdrtv-het-zonnetje-in-huis.html
μετάφραση google nl to en
source photo:[tweakers.net]
μετάφραση google nl to en
source photo:[tweakers.net]
- 29 October 2008
- 8,983
50"...[tvtest.pl]...Panasonic TX-50DS630E review...http://www.tvtest.pl/panasonic-50ds630e-test/
μετάφραση google pl to en
TX-50DS630E:VA panel (Innolux) 100/120Hz με MCFI.
source photo:[tvtest.pl]
μετάφραση google pl to en
TX-50DS630E:VA panel (Innolux) 100/120Hz με MCFI.
source photo:[tvtest.pl]
- 29 October 2008
- 8,983
[dday.it]...Immortal LCD: Panasonic has discovered how to make LCD contrast super...http://www.dday.it/redazione/21717/lcd-immortale-panasonic-ha-scoperto-come-fare-tv-lcd-dal-contrasto-super
google translate it to en
Panasonic has presented a new technology for LCD panels capable of reaching the performance of OLEDs, thanks to pixels controlled individually with a new type of liquid crystal cell. The technology is ready, and we do not exclude to see her in a month in Las Vegas.
Nine lives like cats, maybe more: because now everyone was ready to celebrate the funeral of LCD Panasonic has discovered how to make LCD panels with IPS technology with a native contrast ratio of 1,000,000: 1, a higher value of at least 600 times compared to that of a traditional panel and then with performance comparable to those of an OLED. A record, so that Panasonic has decided to distribute this type of panels for video applications that require the highest quality, or monitor for broadcast and medical applications.
To achieve this result, Panasonic has modified the structure of the current LCD: a liquid crystal panel is made today by an LED backlight layer and two polarizing filters within which the liquid crystals are inserted. These function as small gate valves, able to let the light pass if polarized in a certain way or to lock it in rest position: however good the work done by the LCD is very hard to prevent the passage of a bit 'of light , so that to improve the contrast of the panels is now resorts to front filters that filter in turn the emission letting through only the direct light, and not the reflected one.
Panasonic has gone even further: its new panels integrate the "light modulated cell" that function as barriers for additional light, always composed of liquid crystal and synchronized with the main panel pixels. These cells, realized with a different type of crystal, are able to modulate the light with precision bringing the pixels from a situation of zero light at a maximum light situation: Panasonic then promises a pixel by pixel emission control with the possibility to isolate the issue of individual points as happens today with a self emitting TV.
A design reminiscent in some respects some experiments made by Hitachi, with an LCD panel in black and white place behind a Color panel to make a local dimming total: ten years after Panasonic has succeeded, and if it works it really is a revolutionary solution. The IPS panels produced in this way in addition to being able to show totally black images, no spurious or even halos, can reach high peak brightness over 1000 nits, a characteristic that would also make them the best HDR monitor the market for dynamic and extension.
The good news does not stop there: Panasonic declares that the technology can be adapted smoothly to the current production lines and is already able to produce panels from 10 "to 100" with this technology in its plants 8.5G: the samples for those will test the goodness of the new solution will be ready for shipment in January.
We currently are not mentioned in the press release possible uses in the consumer world, but we do not at all be surprised if we found these panels on the upcoming flagship that Panasonic will present in Las Vegas.
The LCD is more alive than ever, to die this time is the local dimming: who needs 500 areas if they can handle 2 million?
source images:[dday.it]
google translate it to en
Panasonic has presented a new technology for LCD panels capable of reaching the performance of OLEDs, thanks to pixels controlled individually with a new type of liquid crystal cell. The technology is ready, and we do not exclude to see her in a month in Las Vegas.
Nine lives like cats, maybe more: because now everyone was ready to celebrate the funeral of LCD Panasonic has discovered how to make LCD panels with IPS technology with a native contrast ratio of 1,000,000: 1, a higher value of at least 600 times compared to that of a traditional panel and then with performance comparable to those of an OLED. A record, so that Panasonic has decided to distribute this type of panels for video applications that require the highest quality, or monitor for broadcast and medical applications.
To achieve this result, Panasonic has modified the structure of the current LCD: a liquid crystal panel is made today by an LED backlight layer and two polarizing filters within which the liquid crystals are inserted. These function as small gate valves, able to let the light pass if polarized in a certain way or to lock it in rest position: however good the work done by the LCD is very hard to prevent the passage of a bit 'of light , so that to improve the contrast of the panels is now resorts to front filters that filter in turn the emission letting through only the direct light, and not the reflected one.
Panasonic has gone even further: its new panels integrate the "light modulated cell" that function as barriers for additional light, always composed of liquid crystal and synchronized with the main panel pixels. These cells, realized with a different type of crystal, are able to modulate the light with precision bringing the pixels from a situation of zero light at a maximum light situation: Panasonic then promises a pixel by pixel emission control with the possibility to isolate the issue of individual points as happens today with a self emitting TV.
A design reminiscent in some respects some experiments made by Hitachi, with an LCD panel in black and white place behind a Color panel to make a local dimming total: ten years after Panasonic has succeeded, and if it works it really is a revolutionary solution. The IPS panels produced in this way in addition to being able to show totally black images, no spurious or even halos, can reach high peak brightness over 1000 nits, a characteristic that would also make them the best HDR monitor the market for dynamic and extension.
The good news does not stop there: Panasonic declares that the technology can be adapted smoothly to the current production lines and is already able to produce panels from 10 "to 100" with this technology in its plants 8.5G: the samples for those will test the goodness of the new solution will be ready for shipment in January.
We currently are not mentioned in the press release possible uses in the consumer world, but we do not at all be surprised if we found these panels on the upcoming flagship that Panasonic will present in Las Vegas.
The LCD is more alive than ever, to die this time is the local dimming: who needs 500 areas if they can handle 2 million?
source images:[dday.it]
- 29 October 2008
- 8,983
- 29 October 2008
- 8,983
58"...[prad.de]...Panasonic TX-58DXW734 review...http://www.prad.de/new/tv/2016/test-panasonic-tx-58dxw734.html
μετάφραση google de to en
source photo:[prad.de]
--- Αυτόματη συγχώνευση μηνύματος ---
50"...[hdtvpolska.com]...Panasonic TX-50DS630E review...https://hdtvpolska.com/panasonic-ds630-tx-50ds630e-testujemy-120hz-lcd-matryca-va/
μετάφραση google pl to en
TX-50DS630E:VA panel,100/120Hz με MCFI
source photo:[hdtvpolska.com]
μετάφραση google de to en
source photo:[prad.de]
--- Αυτόματη συγχώνευση μηνύματος ---
50"...[hdtvpolska.com]...Panasonic TX-50DS630E review...https://hdtvpolska.com/panasonic-ds630-tx-50ds630e-testujemy-120hz-lcd-matryca-va/
μετάφραση google pl to en
TX-50DS630E:VA panel,100/120Hz με MCFI
source photo:[hdtvpolska.com]
- 29 October 2008
- 8,983
Panasonic TX-DX900: "Honeycomb Structure" Full Array LED Local Dimming.
https://www.youtube.com/watch?v=WFhRb0QaNmU
source:[you tube - lcdtvthailand.com]
https://www.youtube.com/watch?v=WFhRb0QaNmU
source:[you tube - lcdtvthailand.com]
Last edited:
https://www.upc.at/pdf/fernsehen/ci-plus/Panasonic-White-List-CIplus-18-05-2016.pdf
http://i.imgur.com/4zT2te1.jpg
DХ900Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DR850Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ800Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ780Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ750Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХЕ720 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХМ710 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ703Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХU701 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ700Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХЕ720 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХМ710 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХU701 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХЕ720 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХU701 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ700Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ703Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ653Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ650Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ653Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ650Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ653Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ600Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ603Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХU601 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХU601 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DЅ630Е - МеdіаТеk -> МТ5591 [LD6] (АRМ Соrtех-А9), 2 x 1200 MHz
DЅ600Е - МеdіаТеk -> МТ5591 [LD6] (АRМ Соrtех-А9), 2 x 1200 MHz
DЅ500Е - МеdіаТеk -> МТ5591 [LD6] (АRМ Соrtех-А9), 2 x 1200 MHz
DЅ503Е - МеdіаТеk -> МТ5591 [LD6] (АRМ Соrtех-А9), 2 x 1200 MHz
DЅ400Е - МеdіаТеk -> МТ5591 [LD6] (АRМ Соrtех-А9), 2 x 1200 MHz
https://spares2repair.co.uk/images/...X700B - Main AV - TXNA1LDVB - TNPH1147 1A.jpg
http://i.imgur.com/4zT2te1.jpg
DХ900Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DR850Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ800Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ780Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ750Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХЕ720 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХМ710 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ703Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХU701 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ700Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХЕ720 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХМ710 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХU701 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХЕ720 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХU701 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ700Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ703Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7, 2x + 2x (1000 MHz)
DХ653Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ650Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ653Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ650Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ653Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ600Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХ603Е - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХU601 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DХU601 - МеdіаТеk -> МТ5810, АRМ Соrtех-А17/Соrtех-А7
DЅ630Е - МеdіаТеk -> МТ5591 [LD6] (АRМ Соrtех-А9), 2 x 1200 MHz
DЅ600Е - МеdіаТеk -> МТ5591 [LD6] (АRМ Соrtех-А9), 2 x 1200 MHz
DЅ500Е - МеdіаТеk -> МТ5591 [LD6] (АRМ Соrtех-А9), 2 x 1200 MHz
DЅ503Е - МеdіаТеk -> МТ5591 [LD6] (АRМ Соrtех-А9), 2 x 1200 MHz
DЅ400Е - МеdіаТеk -> МТ5591 [LD6] (АRМ Соrtех-А9), 2 x 1200 MHz
https://spares2repair.co.uk/images/...X700B - Main AV - TXNA1LDVB - TNPH1147 1A.jpg
Αυτό πέρασε στα ψιλά, μάλλον γιατί λόγω έλλειψης τίτλου, δεν έκανε κανένας κλικ...
Η Panasonic αντί για τοπικό έλεγχο φωτισμού, αποφάσισε να πειραματιστεί με διπλό έλεγχο σε επίπεδο pixel, τοποθετώντας δύο πάνελ IPS σε μορφή σάντουιτς: το τελικό δοκίμιο έχει υποτιθέμενη αντίθεση 1.000.000:1 (1000:1 x 1000:1 από κάθε φωτοφράκτη).
Θεωρητικά, δεν υπάρχει κάποιος λόγος που να αντικρούει τους ισχυρισμούς περί αντίθεσης, τα 1000 nits φωτεινότητας και η καλή γωνία θέασης όμως, τα βλέπω να ανήκουν στη σφαίρα της φαντασίας... :silly:
- 29 October 2008
- 8,983
Panasonic 2016 4K HDR TVs to get HLG update...https://www.avforums.com/news/panasonic-2016-4k-hdr-tvs-to-get-hlg-update.13389
source:[avforums.com]
source:[avforums.com]
Αυτό πέρασε στα ψιλά, μάλλον γιατί λόγω έλλειψης τίτλου, δεν έκανε κανένας κλικ...
Η Panasonic αντί για τοπικό έλεγχο φωτισμού, αποφάσισε να πειραματιστεί με διπλό έλεγχο σε επίπεδο pixel, τοποθετώντας δύο πάνελ IPS σε μορφή σάντουιτς: το τελικό δοκίμιο έχει υποτιθέμενη αντίθεση 1.000.000:1 (1000:1 x 1000:1 από κάθε φωτοφράκτη).
Θεωρητικά, δεν υπάρχει κάποιος λόγος που να αντικρούει τους ισχυρισμούς περί αντίθεσης, τα 1000 nits φωτεινότητας και η καλή γωνία θέασης όμως, τα βλέπω να ανήκουν στη σφαίρα της φαντασίας... :silly:
Μάλλον η πρώτη σχετική με AV συσκευή με το πάνελ σάντουιτς, θα είναι αυτή:
http://www.eizoglobal.com/products/coloredge/cg3145/