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Deidamia Bassiti
Hi,
I installed Coreelec and netflix plugin on my Android box. I can navigate menus on Netflix, but I cannot play any videos.
What could be the cause of this problem? How can I solve it?
My device and the add-ons I installed;
As I wrote to you on Kodi forum update your InputStream Helper to v.0.5.2 and Netflix addon to v.1.12.0.
InputStream helper should install new Widevine CDM which is not properly installed on your box, as you cannot play any stream.
I highly recommend using a VPN as soon as Kodi is installed. It protects your data and identity, but also allows you to access movies not available in your current country. You can read my tutorial here on how to install NordVPN with Kodi.
Kodi is a media center software that allows us to turn an old TV into a smart TV to play local files and watch streaming services.
In this interface, you get access to your Movies, Pictures, Music, and Games
The default skin on OSMC looks like this:
So basically, Kodi turns your TV into a smart TV thanks to the Raspberry Pi. It will be way easier to browse this interface instead of using Chromium to watch something on Netflix or find your MP4 file in a subfolder on Raspberry Pi OS.
And even if you already have a smart TV, it goes further with all the add-ons available.
In this article, I will show you the installation with OSMC, but most of the tutorials will be the same for any of these options.
If you prefer using Raspberry Pi OS, you can read my installation guide here, and install Kodi manually by following this procedure.
Before finishing this tutorial, I just want to recommend you look for a VPN when you are using Kodi.
As a reminder, a VPN is an encrypting technology, allowing you to keep yourself anonymous and protect your data online.
If you want to give it a try, I have an in-depth tutorial on how to install NordVPN on Raspberry Pi OS or Kodi, that will explain step-by-step how to register and configure everything easily.
If you like OSMC, tell me in the community, so I can write more tutorials on how to use a Raspberry Pi as a media center.
There is a ton of tips to know to do this correctly.
In any case, you can always read my Kodi guide for beginners to learn more about this.
I'm the lead author and owner of RaspberryTips.com.
My goal is to help you with your Raspberry Pi problems using detailed guides and tutorials.
In real life, I'm a Linux system administrator with web developer experience.
Thank you so much this walkthrough to get netflix onto kodi on raspberry pi is just super easy . your automated script is way cool . I was about to move from kodi to android tv , when I discovered your site .
Just to clarify my last comment, I do not meant to download or play any illegal media with this setup. It was more about what information I am giving to the all-mighty google and how secure my browsing is with osmc ?
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When I first tried out XBMC on the Raspberry Pi, I was floored to learn that the board ships without MPEG-2 hardware decoding. That is a huge deal breaker as everything I record over the air (using ATSC tuners and MythTV) uses that codec. Well, that issue has been remedied. For a few bucks (I think it cost me $3.30) you can now buy a license that is extremely easy to install. I paid with Paypal, then copied and pasted the code that was sent back to me into a text file to the SD card.
There are several control options for the board, but in my mind the best is Consumer Electronic Control (CEC). This lets you use your TV to control XBMC via the HDMI cable. Not all TVs have this, but mine does. The remote control seen here has direction buttons, OK, menu, return, those four colored buttons, the number pad, and the DVR controls at the bottom (play, pause, stop, etc.). This is automatically enabled in the recent builds of OpenElec for some zero configuration goodness.
I feel it necessary to mention that I would love to have Netflix streaming on this device. But that is a shortfall of Netflix, not of XBMC or Raspberry Pi. It should be able to play Hulu Plus and Amazon Prime via unofficial Add-ons.
As demonstrated by the Amazon Kindle Fire, and the Barnes & Noble Nook. Both use Netflix and Hulu plugins to provide their advertised media abilities. Both companies refuse to sell their product to people outside the US.
At least Amazon have the courage to warn buyers that, should they dare to take their product overseas, the media features stop working. Advice probably aimed at US military, serving tours in foreign countries.
We have been doing this for a while, with xbmc. A bit sluggish through the menus some times, but once the video is playing there is very rarely any problems. We mainly play 720P videos, but occasionally play 1080P videos aswell.
The videos are shared via NFS from a Linux file server.
It works great for small to medium sized 1080p video files with a reasonable bit rate. Most file types and codecs including x.264 and Dolby surround work. There are some limitations. I found that movie files over about 2.5gb are too much for the pi but can be down sampled first (search Handbrake).
It lacks the processing power to act as a PVR. All usb ports share a single root, which includes the network interface. So if you are using say, and HDHomeRun and a USB HDD, you will quickly find the raspi to be bottlenecked.
Not quite. In some contexts saving one watt in exchange of 9/10 of computing power would be totally acceptable (especially when those solutions are truly open, which the Pi is not). The Pi is great for a lot of things but cannot replace smaller MCUs because a small MCU is not an inferior version of a bigger one, but rather a different thing aimed at different tasks.
I think you missed the point of the board, it was never meant for you to build a perfect board for XBMC or a server.
It is an educational board for getting people interested in coding etc and for teaching purposes!
The idea of the board was to provide a cheap way to learn, it being used as anything else is the cherry on the top.
Actually the small read write performance of higher class cards is horrible. Run CrystalMark on it and you will see. So far the best cards I have found for using as a file system are sandisk class 2 and 4, and even then I get a bad one ever fourth card or so.
The problem is the class rating is only for bulk sequential transfer, designed for taking pictures for example. The spec is worhless, and there is no rating on the package for the specs that matter for r/w filesystem access patterns.
An XBMC applicance is something that should just work, and ALWAYS work. Crashes, freezing, incompatable video are not acceptable. At least not with people other then yourself using the device.
The above problems are very unlikely to be solved. Hardware limitations et al.
If the only criteria is power consumption, size and the inclusion of HDMI-CEC, sure this might be a winner.
I value stability, usability, features, before power consumption and I think most other users do as well.
Probably a silly question, but the problem here might be that the capacitor on the Pi is inadequate as this is also a common problem with some external hard disks.
Adding an off board 4700uF 6V low ESR capacitor with a series choke to stop switching noise ought to smooth things out a bit enough to make it behave.