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(OLED) display, connected to Kodi via WiFi

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I just published a new project esp-OLEDproc - remote OLED display for Kodi media center.
I didn't make any pictures, but if you look in the OLEDproc add-on (LibreELEC forum), it looks almost the same.
I think it's a pretty revolutionary thing - connecting a display to Kodi has probably never been easier.

To try it out, follow these steps:
1. Get some module with ESP8266 (preferably about Wemos D1 mini) and some OLED display 128x64 (preferably with chip SSD1306). At Aliexpress, both together (1.3-inch display) can be purchased for less than $ 6 (including postage).
2. Connect both modules and upload the firmware to the ESP8266.
3. After switching on, a new SSID will appear in the network menu - something like esp-oledproc-xxxxxx. Connect to it and type 192.168.4.1 in the address bar of the browser.
4. A page will appear asking for a password - enter admin. Go to the Network settings menu.
5. Press the Scan button. In the found networks, select the one in which your Kodi is located and fill in the IP address and other necessary parameters. Confirm by clicking the Save button and the yellow bar "You have uncommited changes ...".
6. A summary of parameters appears. After checking it, press the "Save & Reboot" button.
7. After the restart, the device should already connect to your network. If you have not disabled the clock display (in Display Settings), there should be a clock on the display (sometimes another restart requires it - eg by switching it off and on).
8. Install the XBMC LCDproc add-on in Kodi. However, it must be a modified version to support UTF-8. You can download it from the GitHub above.
9. In the option settings, turn on "Use remote LCDproc" and fill in the same address as in point 5.
10. On the Behaviour tab, turn on "Use alternate charset" and select UTF-8 encoding.

That's all, it should work. I remind you that the XBMC LCDproc add-on (what is actually to be displayed) is configured using the LCD.xml file. However, you will find this in the relevant documentation.
Maybe someone will be interested, I've been working on it for tens of hours.

What is the FM Towns Marty?

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Can you provide a comprehensive review and showcase of the FM Towns Marty gaming PC, which is considered as the other God Tier Japanese gaming PC? Also, could you recommend some of the best games that can be played on this platform?

Kodi for long-term care residents with dementia

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I am a PSW in a long-term care home. I kept getting tired of seeing people with dementia struggling with media tech- DVD players, smart devices, and cable TV are all way too difficult for both residents and their caregivers to reliably use. I set up an Rpi 3 with Kodi, timers addon, and youtube addon. I made custom youtube playlists with old TV and movies, music, etc. Bought a bunch of super simple remotes and drilled holes to put in a lanyard, which makes it harder to misplace. On the remote, 'power' pauses the program, and the screensaver shuts off the monitor automatically. Both channel buttons do the same thing, which is to advance to the next video in the playlist. Playlists are on timers, because residents can't always remember how to turn things on, and caregivers may be too busy to attend to their TVs. QR code opens the web interface directly to the youtube plugin page, where more playlists can be selected. GPIO buttons are for caregivers, so they can adjust volume, play/pause, or select two favourite playlists to play. The entire interface is disabled except for subtitles. 

Major issues: -low RAM of rpi 3 or unreliability of the youtube plugin does cause occasional crashes -changing to the next video is a bit slow 

I made a site julietcomputer.com that explains my design. Ultimately, I'm hoping to make something that's reliable enough to work on an institutional level which will require a custom OS and possible custom board design. But Kodi and this community really helped me get started and troubleshoot a lot of stuff. Thanks to everyone who helped answer some of my forum posts.

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Home cinema . dreamy estate of mind

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Hello,

I incidentally came across Kodi when on Xbox and have been fascinated by its possibilities ever since.

Picture on my Nvidia Shield Pro is stellar and feels stable and neutral like film screen and the audio like what THX was designed for.

I'm a home cinema enthusiast since the days when a Hifi Stereo VCR and a 100 Hz TV were the best you could get.

In the past directors like Scorsese, Tarantino or De Palma were begging at the cinemas to buy the film rolls, today you have them on bluray for as low as 5 to 10 Dollars - it really doesn't get much better than that.

As for sound, I'm still a fan of Pioneer, having an AVR connected to Magnat speakers. Music is being processed via the Dolby Pro Logic 2 chip in surround, especially mixes from film scores.

With Kodi on Nvidia Shield everything has become state of the art.

Sega Master System II PC build.

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This is something I wanted to do after my Xbox PC build, but there’s only so many HTPC’s you can have in a house and the Odroid has been ticking along nicely now for many years. I recently won a Beelink Sei12 in a competition and used that to build this console HTPC. This time I didn’t document the build like last time, mainly due to using a 3D printer to create the parts, which involved designing and refining parts in Fusion. Biggest challenge was designing the parts to fit and aligning them in the case – the side fan and rear IO were the most challenging as you only get one chance with cutting. Unfortunately i wasn't able to keep the sliding cartridge port as it took up too much space internally. Beelink were helpful with this build and provided fan header schematics so I could replace the fan.

Notable feature include:
  • 3D printed motherboard + HDD tray and other parts
  • Built-in IR receiver, a front USB port and a Arduino for Hyperion TV backlighting
  • Replaced an internal fan with a 5v PWM Noctua fan
  • Both switches are functional and act as power buttons – no pause unfortunately!
  • LED lighting to illuminate the cartridge port cover

Quick note on the hardware – it is a Beelink SEi12 which came with an Intel 12450h CPU. The unit is quiet even at full CPU usage and stays cool. I was definitely impressed with the powerful hardware, which came with 16gb RAM and a 1tb NVME. While the multi-core CPU rips through CPU intensive tasks, the Intel GPU is lacking and will not run Wii, Wii U or PS2 games at full speed at 1080p. At 720p 60 fps is achievable and stable. One strange quirk with this hardware is that wake on USB is not functional and it is not fixable via a firmware update. This is a game breaker for a HTPC, but I was able to work around this by using a ESP32 to detect the power signal on my remote and send a WOL packet to the machine. Clunky, but functional. Also, the DP port is not a DP++ port, so an active adapter is required to get a HDMI signal from it. Video playback is mostly good, with the unit providing hardware decoding of AV1 in Kodi Omega on Linux. I say mostly because the new Intel Media Driver has broken advanced de-interlacing, so my old Gemini Lake hardware provides a better picture with interlaced content.

Overall I am very happy with how this build has turned out and the power of the machine. Now for some photos:

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