I-Silicon Image MHL ihamba nge-8K yeTV phambili
Ngoxa i- 4K Ultra HD iyaqhubeka nokuhlawula kwimarike yabathengi ( iTVs , Streaming , kunye ne- Ultra HD Blu-ray isendleleni ), inkqubela ayizange ihlale apho. I-HDR (ububanzi obuphezulu obuphezulu) I-TV ifikile kwimarike, kwaye i- 8K isendleleni.
Ngolunye uhlangothi, isisombululo se-8K simele kwintsimi ye-pixel engama-7860x4320, okulingana nama-megapixels angama-33.2, okanye i-16x isisombululo se- 1080p (8K ngu-4320p).
Nangona kunjalo, i-8K isabakho iindlela zokuba bathengi. I-Silicon Image (leyo ngoku iyingxenye yeLattice Semiconductor) ifake i-chip ye-8K yokuqala yokucubungula AV, iSil9779 ukuba isetyenziswe kuyo nayiphi na i-TV ye-8K ezayo, kodwa kuya kubakho ixesha ngaphambi kokuba ungene phantsi umthengisi wakho wendawo kwaye uthenge enye, kwaye Izibonelelo ezingaphezulu kufuneka zibekwe ukuze abavelisi kunye nabanikezeli bokuqukethwe banakho izixhobo abayidingayo ukuze bazise abasebenzisi abaphezulu. Siqala nje ukukhetha ngokufanelekileyo kwezinto ezine-4K ezikhoyo.
Ukucwangcisa Amandla eSil9779
Intliziyo ye-Sil9779 yi-audio / ividiyo yayo yokupasa kunye nokusetyenziswa kwamandla, okubandakanya:
- Ukuhambelana nezibonakaliso zevidiyo eziyi-8K / 60Hz ezingenako ukubonelela nge-8K upscaling kwizibonakaliso zokungena eziphantsi.
- I-HDR, njengeDolby Vision, Deep Color, BT.2020 (ekwabizwa ngokuba yi-Rec.2020) indawo ehambelana nombala.
- Inkxaso yezifomathi ezivakalayo ezizungezile ezizungezile, ezifana neDolby Atmos kunye ne-DTS: X. Kwakhona, inkxaso inikwe i-bitrate ephezulu (i-HiRez) yomsindo kuphela kunye ne-audio-only mode ekhoyo xa ividiyo ayifuni ukuba iboniswe. Izixhobo zomsindo we-Sil9779 ziya kuvumela i-chipset ukuba isetyenziswe kwiimvumi ze-home and AV proams.
Izinketho zokuxhumana ze-Sil9779
Ukongezelela ekusebenziseni ukusetyenziswa kwe-Sil9779, inika inkxaso enomdla wokudibanisa, okubandakanya oku kulandelayo:
- Enye ye- superMHL yokufaka / imveliso eyenziwe exhasa ii-8K / 60Hz zeempawu zevidiyo ezizayo ze-8K-enabled box-top boxes kunye ne-TV, kunye nokubonelela ngokuhambelana naso nayiphi na ifowuni okanye i-MHL okanye iSt. .
- Iimpawu ezintathu ze-HDMI 2.0 zokuxhuma kwanoma yiphina idivayisi ye-HDMI (izigqibo ukuya ku-4K / 60Hz).
- Inkxaso ye-HDCP 2.2 ifakiwe.
Kulabo bacinga ukuba i-Silicon Image / Lattice Semiconductor kunye ne-MHL Consortium bayagxuma ibhokhwe kwi-8K kungekudala, gcinani nikhumbula ukuba iJapan iye yazama ubuchwepheshe be-8K yokusasazwa kweTV iminyaka emininzi kwaye yavavanya iteknoloji ngakumbi ngo-2016. Iimidlalo zeOlimpiki eRio De Janeiro, eBrazil. Injongo yaseJapan kukugqiba umgangatho wokusasazwa kwe-TV ye-8K ngexesha leMidlalo ye-Olimpiki ye-2020, eya kubanjwa yiTokyo.
Nangona kunjalo, i-8K kusadingeka ibonise ukuba ifuna ukuthenga umthengi osemgangathweni kodwa kufuneka ifikeleleke.
Ii-Double Two SuperMHL / HDMI 2.0 ii-Chips
I-Lattice Semiconductor ikhuphele ii-chips ezi-8K zokucwangcisa (iSiI9398 kunye ne-SiI9630) ukuze zifakwe kuzo zombini izixhobo kunye nezixhobo zokubonisa.
Zombili iipyipi zibonelela ngevidiyo kunye ne-audio-pass through and capabilities as the SiL9779 ezixoxwe ngasentla, kodwa zibonelela ngeendlela ezimbini zokubumba ezenza ukuba zisetyenziswe kwimeko yesibini yoxhumo lwe-SuperMHL kunye ne-HDMI 2.0 ngokusetyenziswa kwamathangi ahlukeneyo. uhlobo ngalunye lwemfuneko yoxhumano.
Ezinye zeenkcukacha zibandakanya:
- Ukufikelela kwisisombululo esingu-8K kwi-60fps eneembala ezi-12-bit
- 18Gbps intlawulo yokutshintsha
- I-HDR
- Ukuhambelana nazo zonke iifom zomsindo kuquka iDolby Atmos kunye neDTS: X.
I-SiI9630 ngumthumeli onokufakwa kwisixhobo somthombo ohambelanayo (umzekelo umdlali wediski, ibhokisi lokumisa ikhebula / i-satellite, umsakazo weendaba, i-console ye-game, njl.), Kanti i-SiI9398 ngummkeli oza kufakwa ehambelana isixhobo sokubonisa (i-TV okanye iprojekthi yeprojekthi).
Zombili iipyps zingasebenza kwiisetups ezibandakanya izixhobo zisebenzisa i-SiL9779 okanye i-SiM9396 i-SuperMHL chips ( funda ingxelo yam kwiSiL9396)
Ukufumana iinkcukacha ezingaphezulu kwiSiI9398 kunye ne-SiI9630, funda isimemezelo esisemthethweni esisuka kwiLattice Semiconductor.