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trinity-labs/README.md




Pocket Mainframe

(aka Home Mainframe)

Begin of the story - Re-use a screen broken laptop motherboard to get an home server, home theater and small Nas. Board from:

TOSHIBA P875-101

  • 4 DDR3 Up to 32Go
  • Intel Core i7 3610QM - 4 Cores | 8 Threads - TDP 45W - No fanless yet but semi-passive
  • NVIDIA GeForce GT 640M
  • 3 SATA III (convert optical drive)
  • 1 HDMI
  • 1 LAN
  • 1 LVDS
  • 2 USB3
  • Battery Removed - Low powered @ 90W power supply

🧪 Prototype 2020

Image

Then want to find and test in a well know Thin Mini-ITX standard

Since⚡cost more and more - It's important to power saving all my electrical material, and preserve the planet at my scale 🌳 So PCs and Server are warmly involved...

(2x 500W = 1000W power supply previous 2020 config)

So at this point, I'm convinced that I now need material that I can easily re-use/repair/upgrade - 3 essential points. A virtuous cycle!

🟪 TRINITY Project was born

So to test it in prod env, I need a basic material, according to my old one (LGA 1150) and my new philosophy. So I'm gone to search an industrial grade thin mini-ITX Find this one refurbished:

AAEON EMB-H81B

  • 2 DDR3 Up to 16Go
  • Intel Core i3 4160T - 2 Cores | 4 Threads - TDP 35W - Fanless
  • Integrated Graphics up to 1Go
  • 2 SATA III
  • 1 SATA II + 1 mSATA II
  • 1 HDMI
  • 2 LAN
  • 1 LVDS
  • 2 USB3
  • 1 PCIe X1 (4 LAN basic NICs to build a gateway)
  • Standard PC I/O
  • Low powered @ 120W power supply

🧪 Prototype 2022

tony2

See on | FanlessTech

This is an important achieve goal here. Set test & stress on this x86 fanless board:

  • Definitly choose Alpine Linux to fit on (and all others)
  • Definitly choose LGA sockets (Intel or AMD)
  • Definitly choose So-dimm RAM sockets
  • Definitly choose sata or nvme emplacement (1 minimum)

Want to remove my sh***ty internet provider router too - so we install an 1x PCIe 4 ports Ethernet card

Other extensions like PCIe or LVDS can be add for special applications

Bang and Olufsen and me ... Long story since I discover their products at 6 years at my parents' house and few others along years. I'm fascinated! Today

Carousel_Bronze_-_12

Influenced by B&O design and reliability, I want to built beatiful object than can be easy fixed and upgrade to preserve it's shell, like an unique object.

  • Use oak or ebony (ideally reused oak)
  • Use lot of copper
  • Bit of aluminum

5415729484_a88c8d22a3_b

Apple Design not Apple Philosophy! But manny "Vintage Things" about it and mostly work of "The Woz".

145767-speakers-review-beoplay-p6-review-image1-hquwo5cakt

Final goal is to be able to built a gateway or an AIO PC in noble materials and small limited hand-made production in Versailles - France.

🛠️ CROWDSOURCING is warmly appreciate - contact us

To make it sense, I work on a cool Dashboard for Alpine Linux !

🟥 Stay Hired on


New TRIИITY Dashboard


Get wired! 💜

Pinned Loading

  1. official official Public

    Official TRIИITY ACF Dashboard from ALpine Linux

    Lua 3

  2. dashboard-skin dashboard-skin Public

    Dashboard App for Alpine Linux ACF

    Lua

  3. acf-core-lua5.4 acf-core-lua5.4 Public

    Port Alpine ACF to Lua 5.4

    Lua

  4. acf-lib-lua5.4 acf-lib-lua5.4 Public

    Upgrade default Lua version to 5.4

    Lua

  5. acf-skins acf-skins Public

    Add Dashboard Skin to ACF

    Lua

  6. lua5.4-subprocess lua5.4-subprocess Public

    Forked from tdtrask/lua-subprocess

    A Lua module written in C that allows you to create child processes and communicate with them. The API is based on Python's subprocess module, but is not yet as complete, but port since 2000

    C