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Ayuda para montar un htpc
CitarQue raro no poder despertarlo. Igual es tema software?
Yo tengo un intel NUC, el más básico de la gama (NUC5CPYH de unos 150€), el miniPC de mi firma con Celeron N3050.
https://www.forodvd.com/tema/154846-mi-nuc-n3050/
Le instalé OpenELEC 6 y me deja despertar desde mando a distancia.
Sobre 4K no se como irá porque no tengo pantallas más allá de FullHD, pero en un ana´lisis:
http://nucblog.net/2015/07/braswell-...s-performance/
decían
Claro que es el más básico, el modelo siguiente el NUC5PPYH lleva mejor CPU, Pentium N3700Then I tried a HEVC encoded 4K video (3840×2160, 30 fps, 80 Mbps), which of course needs to be scaled down to 1920×1080 on my screen (which increases the load even more), as I don’t have UHD display at my disposal. According to Intel 3840×2160 at 30 fps is also the maximum resolution and frame rate that the device can support. The low-end NUC manages this just fine – CPU load constantly under 40% and playback is smooth.
Finally a test of HEVC encoded 4K video at 60 fps. This seemed to be a bit too much for my test system. The speed of the playback was slowed down maybe 30% or so and the audio obviously was not in sync with the video. Maybe it’s a bit too much to ask. Anyway, even if you would have a 4K TV, there’s no way that you could get a 4K picture out at that resolution as the maximum that is supported by the HDMI 1.4b interface is 4K@30fps. The only situation where you would need this is if you have 4K video stream at 60 fps and you would like to watch it downscaled to full HD (1920x1080p). Movies these days are typically at 24 frames per second (so called 24p), so that’s not an issue for them.
http://nucblog.net/2015/08/braswell-...c5ppyh-review/
Edit: eso si te pongo los dos más básicos, precios barebone sin RAM ni SSD/HDD de unos 150 y 210 € respectivamente, evidentemente hay modleos superiores y mas caros con Core i3, i5, i7First I tried a HEVC encoded 4K video (3840×2160, 29.97 fps, 80 Mbps), which is scaled down to 1920×1080 on my screen (which increases the load even a little bit more), as I don’t have a 4K screen at my disposal. According to Intel 3840×2160 at 30 fps is also the maximum resolution and frame rate that the device can support. As expected, NUC5PPYH manages this just fine – CPU load constantly under 10% and playback is smooth.
Finally a test of HEVC encoded 4K video at 60 fps. This was too much for the N3050 powered model, but would the quad-core Pentium with 16 EUs survive it? It seems that the result is identical to the N3050. Judging with plain eye the video seems equally bad, even if there are 33% more EUs in the GPU. It could be that the driver or the HEVC support in MPC-HC is not yet fully up to the task, or it could be that neither of the CPUs will simply be able to handle 4K video decoding at 60 fps. I guess this is something we’ll see in future.
Anyway, even if you would have a 4K TV, there’s no way that you could get a 4K picture out at that resolution as the maximum that is supported by the HDMI 1.4b interface is 4K@30fps. The only situation where you would need this is if you have 4K video stream at 60 fps and you would like to watch it downscaled to full HD (1920x1080p). Movies these days are typically at 24 frames per second (so called 24p), which the NUC plays just fine.
Puede ser un tema de configuración, software, drivers, no se
solo haswell.