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Chromebox These pages are maintained by the community and should not be considered an endorsement or recommendation. Device pages are made when there's a bunch of useful information for a particular device, and someone takes the time to make that page. Keep in mind, some devices simply don't need a page of specific information, but are still excellent devices. Chromebox Released 2014-03-14 (US) OS ChromeOS CPU Intel® Celeron 2955U/2957U Intel® Core i3-4010U/4030U Intel® Core i7-4600U Storage 16GB internal SSD (M.2 SATA) RAM 2GB/4GB/8GB standard, 16GB max Dual Channel DDR3L-12800 Graphics Intel® HD Graphics/GT1 (Celeron) Intel® HD Graphics 4400/GT2 (i3/i7) Connectivity HDMI 1.4a DisplayPort 1.2a Bluetooth 4.0 USB 3.0 (4x) 802.11 abgn/AC wifi 10/100/1000 Ethernet 2 -in-1 Card Reader 3.5mm headphone plug Dimensions 4.88 x 4.88 x 1.65 inch (WxDxH). Asus Chromebox Side/Front Ports The Chromebox is an inexpensive small form-factor PC which runs Google's ChromeOS; it is the desktop variant of a Chromebook laptop. Although Kodi does not run natively under ChromeOS, the Chromebox can easily be made to run Linux (or Windows) and Kodi. This page is a collection of links, information, tips, and guides related to running Kodi on Chromebox mini PCs.

Note: This page was originally written for the Haswell-based ASUS Chromebox, but the information herein is valid for all Haswell/Broadwell-based Chromeboxes. Model-specific features are enumerated below.

Contents • • • • • • • • • • • • • • • • • • • • • • • 1 ChromeBox Overview Chromeboxes are small, lightweight x86-64 PC that natively runs ChromeOS, but with a few simple tweaks, has the capability to run any Linux-based OS (some models can also run Windows 8.1+). They use customized open-source firmware components (mainly ) to boot ChromeOS in a secure/verified manner. By putting it in Developer Mode, we disable the verified boot restriction, and allow the ChromeBox to boot in 'legacy mode' (via a Legacy Boot payload, ), which enables other operating systems (eg: LibreELEC, GalliumOS) to be installed / dual booted.

If ChromeOS isn't needed, then custom firmware can be installed to directly boot the legacy BIOS. A simplified overview of the ChromeBox boot process is shown here (click for full-size): This wiki page will guide you through the steps necessary to put the ChromeBox into Developer Mode and set up Kodi in either a dual boot or standalone (non-ChromeOS) configuration. The majority of the process has been automated via the ChromeBox Kodi E-Z Setup Script, making it safe and (relatively) easy to run Linux/Kodi on your ChromeBox. 1.1 Generations and Models 1.1.1 SandyBridge There is only one SandyBridge based Chromebox -- the Samsung Series 3 Chromebox -- though it was available with Celeron and Core-i5 mobile CPUs.

It's not recommended for Kodi use due to the limitations of the integrated GPU (24p bug, no advanced deinterlacing), and the availability of the significantly more capable Haswell/Broadwell-based boxes, usually at a lower cost. It's also not capable of dual-booting ChromeOS + Kodi, due to lack of Legacy Boot mode in the stock firmware. 1.1.2 Haswell Haswell Chromeboxes were first released in March 2014, and quickly became the low-cost x86 platform of choice due to the combination of the speed U-series Celeron CPU and capable integrated GPU. Capability wise, the Haswell ChromeBoxes fully support hardware accelerated H.264/MPEG-2/VC-1 video playback at up to 2160p24/p30 (4K), proper 24p output, and full 7.1/HD audio bitstream output. 3D playback is supported (HSBS/HTAB), though the decoding of MVC streams (as used in 3D Blu-ray ISOs) is not supported under Linux at this time; the hardware itself is capable.

Hi-10P (H.264) playback is software decoded, but works well with few exceptions. 4K (2160p) output is limited to 30Hz via both the DisplayPort and HDMI 1.4a outputs.

H.265/HEVC is software (CPU) decoded, so playback is limited to 1080p max and low/moderate bit-rates. From a purely Kodi/media playback standpoint, there's no advantage to the Core i3/i7 models over the Celeron model (outside of non-GPU decoded formats, like Hi-10P and HEVC); dual channel memory (2 identical capacity modules) can provide a decent performance boost in some situations but certainly not needed for a standard OpenELEC/LibreELEC/Kodi setup.

Make / Model CPU/GPU Celeron 2955U (HD Graphics / GT1) Core i3-4010U, Core i7-4600U (HD Graphics 4400 / GT2) Celeron 2955U (HD Graphics / GT1) Celeron 2957U (HD Graphics / GT1) Core i3-4030U (HD Graphics 4400 / GT2) Celeron 2955U (HD Graphics / GT1) Core i3-4010U, Core i7-4600U (HD Graphics 4400 / GT2) RAM Dual-channel DDR3 1333/1600 MHz 2x SO-DIMMs, 2/4GB stock, 16GB total max. Single-channel DDR3 1333/1600 MHz 1x SO-DIMMs, 2/4GB stock, 8GB total max. Dual-channel DDR3 1333/1600 MHz 2x SO-DIMMs, 2/4GB stock, 16GB total max. ChromeBox Video Playback Settings (2/2) 3.5 Switching between Standalone and Dual Boot configurations If you have a dual boot setup and wish to switch to a standalone setup, the steps are no different than installing on a 'fresh' system, though you can obviously skip the steps you have already performed (removing the write-protect screw, putting the box in developer mode). The easiest way to do this is to boot ChromeOS ([CTRL+D] from Developer Mode boot screen / before SeaBIOS loads) and re-run the E-Z Setup Script as before.

If you can't boot ChromeOS for whatever reason, then simply create/boot a Linux ISO from USB (I use/recommend GalliumOS) and run the script from a terminal there. If you have an LibreELEC dual boot setup and are switching to an LibreELEC standalone setup, then you can backup your settings etc using the built-in tools, copy to another PC/USB, and then restore after performing the standalone setup. If you have a standalone setup and wish to switch to a dual boot setup, you need to first, then, after which you can continue with the dual boot setup. 4 Recommended Accessories / Hardware Upgrades For most users, there's no need to upgrade the ChromeBox's RAM or HDD; OpenELEC uses minimal RAM and disk space, and there's no benefit to upgrading.

However, users who opt for a full Ubuntu/Kodibuntu setup, and plan on running lots of background processes etc, may find it beneficial to install additional RAM or upgrade to a larger SSD. RAM: The ChromeBox has two (2) 204-Pin SODIMM slots (HP models only have one), which accept 1.35V DDR3-1600 (PC3-12800) modules. Known working modules include: • Crucial CT25664BF160B (2GB, 1.35v/1.5v) • Crucial CT2CP51264BF160B (8GB [4GB x2] 1.35v/1.5v) • Crucial CT2KIT102464BF160B (16GB [8GB x2] 1.35v/1.5v) • Hynix HMT351S6CFR8C-PB (2GB, OEM) • HP H6Y75AA (4GB, 1.35v) Crucial also has a list of 1.35v-only compatible modules here: SDD: The ChromeBox uses a single 2242 M.2 SATA SSD (22mm x 42mm); stock is a 16GB unit (usually Sandisk or Kensington). Any M.2 SATA 2242 replacement drive should work without issue.

Remote Controls: The ChromeBox does not have a built-in IR sensor, and must therefore use a USB IR receiver (or a Bluetooth remote). In general, any remote/receiver listed on the Kodi wiki as fully working under Linux should be fine, though some have issues when connected to USB3 ports. Active File Recovery Key Generator Free on this page. Verdi Prati Handel Pdf Converter more. A Microsoft eHome compatible remote/receiver is one of the most compatible, subject to the limitations listed in the 'Known Issues' section above. Specific models tested as working include: • Flirc users need to set the 'sleep detection' bit and program a wake key when setting it up, otherwise absolutely any IR signal will wake up your box from sleep.