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View and Download Ab IPBox 9000HD manual online. IPBox 9000HD Receiver pdf manual download.

(October 2008) () The DBox is a and integrated receiver decoder (). They were distributed widely for use with channels. The DBox-1 was the first [ ] DVB-capable receiver to be produced and distributed in large quantity. It was commissioned by the Kirch group's DF1, an early provider of digital television that later merged with. The hardware was developed and produced by though later also produced by and under license. The combination of third-party developers and network connectivity which facilitates, makes DBox2 (and the DBox2 based ) use particularly common among enthusiasts and those who intend to.

It also enables the receiver to store digital copies of DVB on or broadcast the streams as to and clients. In 2001, following the of, production of the D-box ceased.

However, there continues to be a large number of devices traded second-hand (often using online auction sites) and fairly high prices are paid because of the ability to gain services without payment. For this reason, there are also a significant number of, mostly German language, web sites and forums devoted to the devices.

Contents • • • • • Linux on the Dbox-2 [ ] Since 1997 an alternative has been available for the predecessor of the Dbox2, the Dbox. This was DVB98 (later DVB2000), developed by a single programmer. Despite programming the hardware directly using machine code, DVB2000 is superior in many respects relative to the original software. For the DBox2, an effort was created to port the operating system. This is now the most popular choice. Installation involves first putting the box into its debug-mode, a mode intended for internal development.

It is then possible to take a backup copy of the original operating system (including vital micro-code images for the ) and flash an image based on Linux to the device. In addition to the Linux kernel and drivers, a significant amount of code is needed to allow the DBox2 to function as a digital receiver. This code is all maintained under a single open-source project - TuxBox.

There is, however, a choice of user-interfaces that can be used, the most popular being Neutrino and Enigma. Enigma is also used on the.

The Dbox2 has grown in popularity among home hobbyists due to the ability to use softcams to enable it to decrypt channels without the need for the physical to be present in the box, or with the use of a key, without any card at all. Originally DBox2 use and development was limited the Germany and Austria, the market area of Kirch Media. Enthusiast groups outside Germany have however developed localized software versions for the DBox2 in and the, usually buying their boxes over. Hardware upgrades [ ] A ' module can be attached to the internal (disabling the internal ) to enable the to support multiple cards.

Software support exists for many, including used in The DBox2 does not have a or other internal storage. Modules have however become available for attaching hard drives and hard drives and and flash.

Support for these is included in some software distributions. An infrared keyboard is optionally available. Originally, the dBox was designed as a 'multimedia terminal', with applications such as pay-per-view ordering, e-mail, and home banking in mind so support for a keyboard was a design consideration. See also [ ] • • • • • • • References [ ].

Kodi 17.6 Home Screen XBMC Foundation Initial release 2002 (as ), 2003 (as Xbox Media Center) Android 17.6 'Krypton' / November 14, 2017; 38 days ago ( 2017-11-14) Windows 17.6 / November 14, 2017; 38 days ago ( 2017-11-14) iOS 17.6 'Krypton' / November 14, 2017; 38 days ago ( 2017-11-14), Development status Active Written in core, with C++ (binary) or as from [ ] and later,,,, (),,, and,,,,, and Available in 12 (75 including incomplete translations) languages,,, () Website Kodi (formerly XBMC) is a software application developed by the XBMC Foundation, a technology. Kodi is available for multiple operating systems and hardware platforms, with a software for use with televisions and. It allows users to play and view most streaming media, such as videos, music,, and videos from the internet, as well as all common files from local and network. It is a (HTPC) application. Kodi is highly customizable: a variety of can change its appearance, and various allow users to access content via online services such as,,,,, and. The later versions also have a personal video-recorder (PVR) graphical for receiving live television with (EPG) and high-definition (DVR) support. The software was created as an independently developed media player application named Xbox Media Center (abbreviated as XBMC) for the first-generation game console, and was later made available under the name XBMC as a native application for,,,,, /, and -based operating systems.

Because of its open source and nature, with its core code written in, modified versions of Kodi-XBMC together with a have been used as a suite or in a variety of devices including,, digital signage, hotel television systems, and embedded systems based on platform like. Derivative applications such as and have been spun off from XBMC or Kodi, as well as like and. Kodi has attracted negative attention due to the availability of third-party plug-ins for the software that facilitate to copyrighted media content, as well as 'fully loaded' that are pre-loaded with such add-ons; the XBMC Foundation has not endorsed any of these uses, and has taken steps to disassociate the Kodi project from these illegal products, including threatening legal action against those using its to promote them. Contents • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • Overview [ ] Kodi supports most common audio, video, and image formats, playlists, audio visualizations, slideshows, weather forecasts reporting, and third-party plugins. It is network-capable (internet and shares). Main article: XBMC 9.04 (codename: Babylon) point-release version of XBMC for Xbox, now obsolete, was released on 6 May 2009 as the last official version of XBMC for Xbox.

The original developers of XBMC have since issued a statement stating they will no longer develop or support XBMC for Xbox as part of the XBMC project as of 27 May 2010. The development of XBMC for Xbox ended because the focus for all Team XBMC developers has completely shifted to the Linux, Mac, and Windows versions of XBMC instead. Even though the original XBMC project no longer develops or supports XBMC for the Xbox, an XBMC version for the Xbox is still available via the third-party developer spin-off project ', who have completely taken over the development and support of XBMC for the original Xbox. XBMC for Xbox was never an authorized/signed Microsoft product, therefore a is required in order to run XBMC on an Xbox game-console. XBMC for Xbox can be run as an application (like any Xbox game), or as a that appears directly when the Xbox is turned on.

Since XBMC for Xbox was part of an open source software program, its development was stored on a publicly accessible. Accordingly, unofficial builds from the subversion repository are often released by third parties on sites unaffiliated with the official XBMC project. Commercial systems [ ]. This section contains entries that. Please help by re-writing from a, and removing inappropriate entries that are not or do not fit this list's inclusion criteria. (April 2017) The developers of Kodi (formerly XBMC) state that as long as the GPL licensing of the Kodi software is respected they would love Kodi to run on as many third-party hardware platforms and as possible, as ' Powered by Kodi' (or ' Powered by XBMC') branded devices and systems. They envision Kodi being pre-installed as a that commercial and non-commercial and and companies can use on their own hardware, hardware such as from, and,, or and built into for web-enabled TVs, and other entertainment devices for the living room entertainment system,, or similar uses.

Below is a list of third-party companies that sell hardware bundled with Kodi or XBMC software pre-installed, or sell uninstalled systems that specifically claim to be Kodi- or XBMC-compatible. Many of these third-party companies help submit bug fixes and new features back upstream to the original Kodi-XBMC project. Computer hardware [ ] is a company based in Switzerland best known for their worked in with the team.

On 5 February 2013, together they released a fully passively cooled: the MC001 media centre (US and EU version), equipped with the latest XBMC 12 (OpenELEC 3.0). OpenELEC and ARCTIC are planning on their next release, aim to provide a more dedicated builds for the ARCTIC MC001 media centre systems.

AIRIS Telebision, sold by Telebision in Spain and designed specifically for the Spanish market, is a based on chipset, pre-installed Ubuntu base with XBMC for Linux and a customized AEON skin and Spanish plugins. Other than the modified skin, what is unique with the AIRIS Telebision's XBMC build is that it comes with a service platform that they call their 'App Store' which lets users download new Spanish plugins and updates for existing plugins. Telebision also lets users download a Live CD version of their software as, which lets users install their Telebision distribution on any Nvidia Ion based computer. Lucida TV II, made by LUCIDQ inc, is a nettop based on Nvidia Ion chipset which can be ordered with and XBMC software installed. Sells both custom and off-the-shelf hardware primarily designed for Kodi-XBMC, such as remote controls, HTPC systems and accessories, including a custom HTPC PVR set-top-box pre-installed with XBMC that they call 'PulseBox' Pulse-Eight also offers free performance tuned embedded versions of XBMC that they call 'Pulse' which is based on and a custom PVR-build of XBMC that is meant to run on a dedicated HTPC system. Ultra and Xtreamer Ultra 2, manufactured by the South Korean company Unicorn Information Systems, are nettops based on Nvidia graphics and processors which come with OpenELEC and Kodi-XBMC software pre-installed. The first-generation Xtreamer Ultra uses Nvidia Ion chipset with a 1.80 GHz dual-core Intel Atom D525 CPU, while the Xtreamer Ultra 2 uses discrete graphics with a 2.13 GHz dual-core Intel Atom D2700 CPU.

Since 10 September 2010, ZOTAC has been shipping a software bundle that they call ZOTAC Boost XL with all their new and, such as Zotac's ZBOX and MAG series of Nettops which Zotac also does demos of with XBMC. This ZOTAC Boost XL software bundle consist of the software applications;,,, and XBMC Media Center.

Zotac's ZBOX and MAG series of small mini-PCs are nettops based on Intel, AMD, or Nvidia graphics, and they are all sold in both as complete ready-to-use computer and as (without memory and hard drive). Zotac Zbox ID33, ID34, ID81, ID80 and AD04 are all specifically marketed towards the HTPC market, with some coming with Blu-ray Disc optical disc drive, and some with a remote control. The mintBox by the team is an OEM version of the Israeli company CompuLab's, which comes pre-installed with Linux Mint open source operating-system and software, desktop, and XBMC.

Available in two fanless models, both with, HDMI output port, eight USB slots, two eSATA ports, Gigabit Ethernet, 802.11 b/g/n Wi-Fi, built-in Bluetooth, and an infrared media center remote control. Dedicated devices [ ] PrismCube Ruby by Marusys is a DVB-S2 twin-tuner high-definition DVR-PVR set-top-box running XBMC as its main interface on-top of embedded Linux. The Little Black Box is a Linux kernel-based ARM media player with XBMC as its main interface. Marusys MS630S and MS850S are high-definition PVR-ready set-top-boxes with the ability to run Linux kernel-based media players like XBMC, and Marusys is advertising these two devices as compatible with XBMC. Myka ION is a fanless Nvidia Ion-based set-top device designed to bring Internet television and media stored on the home network to the living room; it comes pre-installed with XBMC Media Center, Boxee, and Hulu Desktop as applications that can be started from the main menu. The MK-X1 by Modified Konstructs is an Nvidia Ion-based set-top device based on that comes pre-loaded with XBMC, and the device has a recommended retail price of $300 (US).

Made by Neuros Technology is an open Ubuntu-based set-top device and media extender designed to bring internet television and other video to the television, it comes pre-installed with XBMC Media Center. BryteWerks Model One Projector is a 1080p HD designed for home cinema use; it has an integrated home theater PC running a custom version of XBMC. In addition it features a remote control, as well as a 720p 8.9-inch on the back of the projector for controlling the system.

It also has a built-in Wi-Fi and Ethernet adapters, as well as a slot-loaded Blu-ray Disc player, and includes a 500 GB and an additional internal 2 TB hard disk drive can be added. The Primus by Mediaimpact Technologies is a Linux Mint-based media center and set-top-box that integrates MythTV, Netflix Desktop, Hulu Desktop, and Steam Gaming through Kodi for a seamless home entertainment system ready for the living room. It comes complete with SMK-Link remote control.

Derivatives and forks [ ]. Main article: Kodi/XBMC media center source code have over the years become a popular software to and to use as an for others to base their own media player or media center software on, as if Kodi were a,,. And today at least,,,,,,,,, and are all separate derivative products that are all openly known to at least initially have forked the (GUI) and media player part of their software from XBMC's source code.

Many of these third-party forks and derivative work of Kodi-XBMC are said to still assist with submitting bug fixes and sometimes help getting new features to the original Kodi-XBMC project so that others can utilize it as well, shared from one main source. However some which was initially a fork of XBMC have since fully or partially been rewritten to use. For more information see the main ' article. Some examples on building on Kodi-XBMC are, and which are free and open source providing complete media center software suite that comes with a preconfigured version of Kodi/XBMC and plugins. They are both designed to be extremely small and very fast booting embedded distributions, primarily optimized to be booted from or a, and specifically targeted to a minimum hardware setup based on ARM SoC's or Intel x86 processor and graphics. Similar embedded Linux distributions to OpenELEC/GeeXboX are the professionally made and which are commercial Kodi/XBMC-based software platform for DVR/PVR set-top boxes, with both being designed as a hybrid integration between Kodi media center software and 's Enigma2 PVR software scripts. Another example is, which is a third-party developer spin-off project of XBMC, with still active development and support of the Xbox platform.

This project was created as a fork of XBMC as a separate project to continue having a version of XBMC for the Xbox hardware platform. It was not started by official members of the official XBMC project, nor will it be supported by the official Team Kodi in any way.

It started when support for the Xbox branch was officially dropped by Team XBMC, which was announced on 27 May 2010. Programming and developing [ ] Kodi is a non-profit and driven project that is developed only by volunteers in their without any gain. XBMC Foundation and the team of developers leading the development of Kodi/XBMC, ' Team-Kodi'/' Team-XBMC', encourage anyone and everyone to submit their own for new features and functions, improve existing ones, or fix to the Kodi/XBMC project. The online is -based and community driven, and it also works as a basic developers' guide for getting a good overview of Kodi's architecture. However, as with most non-profit software projects, to delve deeper into programming, looking at the actual source code and the formatted 'code documentation' comments inside that code is needed.

Architecture [ ]. XBMC architecture overview schematic Kodi is a cross-platform software application whose core is mainly programmed in. Kodi uses (or ) graphics under Kodi for both Linux and macOS, while Kodi for Windows uses multimedia framework and rendering, as the version of XBMC did. Some of Kodi's own, as well as many third-party libraries that Kodi depends on, are written in the, instead of C++ as Kodi's core, but they are then mostly used with a C++ wrapper and, through Kodi's core monolithic nature, are loaded via a for on-demand loading and unloading. Kodi also still partially uses the SDL () multimedia for input on Linux, but its developers are working on completely removing that small remaining dependency on SDL. Because of Kodi/XBMC's origin with the resource constraints on the hardware and environment of the first-generation Xbox game-console platform, all software development of Kodi/XBMC has always been focused on reserving the limited resources that existed on embedded system hardware, like the original Xbox (which was only a 733 MHz and 64 MB of RAM in total as ), as well as the still relatively low resources of devices today, of which the main hindrance has always been the amount of available system and graphics memory at any one time. This means that Kodi/XBMC is purposely programmed to be very resource- and power-efficient and can therefore run on very low-end and relatively non-expensive hardware, especially when compared to other media center software design for HTPC use.

But because of its origins from the Xbox game-console, Kodi/XBMC's legacy still runs in a more game-loop rendering environment rather than using a fully event-driven and on-demand rendering, meaning that it is almost constantly re-drawing the GUI and refreshing the frames as fast as it can, even when nothing is changing on the screen. This results in very high CPU and high GPU usage, which can be observed on embedded systems and low-end machines, and hence cause high temperatures, high fan activity, and high power consumption unless capped at a maximum frame per second configuration for that specific platform build. Work is however constantly ongoing by the developers to make Kodi/XBMC run using much fewer resources on low-power and embedded systems, which will indirectly benefit all non-embedded systems as well. Efficiency improvements in this area are however being worked on in order to move away from that old style game-loop environment in order to reduce high CPU/GPU usage by the GUI, especially as XBMC usage on embedded platforms with limited CPU/GPU resources keeps growing in popularity. XBMC 11.0 (Eden) introduced Dirty-Regions rendering option for texture support to the XBMC skinning engine as an option, and XBMC 12.0 (Frodo) enabled Dirty Regions rendering to redraw the whole screen on a single dirty region by default on all platforms. Work is also in progress for XBMC 14.0 to introduce an abstracted scene-graph deferred rendering for GUI renderer abstraction. Portability [ ] Kodi has a, with its officially available for /,,, and -based platforms.

The Kodi GUI does require 3D hardware accelerated graphics () that support,, or, or with device drivers that support 2.0, or OpenGL 1.3 or later with, or in order to the GUI at an acceptable. Kodi is thus officially not yet available for upstream in mainline source code repository from Team-Kodi, nor does it as yet support or rendering without OpenGL/GLES hardware accelerated graphics support. The combination of MIPS, DirectFB, and DRI is a popular architecture used today by simpler like digital broadcasting (cable/satellite) boxes and low-end, such as those based on chipsets from. Kodi ports to MIPS is, however, currently being actively worked on by several independent development teams. Kodi for Linux supports building systems for embedded development such as, (), and the set of Makefiles and patches for easing the generation of toolchains as well as the creation of a file system on systems across a wide range of hardware, kernel platforms, and CPU architectures (x86, x86-64, ARM, MIPS, PowerPC, etc.). Python scripts as plugins and addons (widgets and gadgets) [ ] Kodi allows developers to create addons using a built-in (version 2.6 or higher depending on system ) and its own WindowXML, which together form an XML-based widget toolkit for which they can extend the capability of Kodi by creating a for.

Python scripts allow non-developers to themselves create new add-ons for Kodi, using Python. Application programming interface (API) [ ] Other than the (APIs) available to third-party Python scripts and addon plugins, Kodi features several other APIs for controlling Kodi remotely or from an external application.

These APIs includes a server,,, (with UPnP MediaServer ControlPoint, UPnP MediaRenderer DCP, UPnP RenderingControl DCP, and UPnP Remote User Interface server), and a custom multi-protocol Event Server for remote controls. GUI-engine and skinning (themes) [ ] Kodi/XBMC is noted as having a very flexible and robust for its. With its underlying complex (named libGUI in Kodi/XBMC), it provides a simple between the application code and the interface, while allowing extremely flexible dynamic layouts and animations that are easy to work with and makes it possible to create completely unique for XBMC.

The skin files are written in, using a standard base, making - and personal customization very accessible. Software limitations [ ] This is a list of software limitations in the Kodi/XBMC source code: • Kodi's own internal cross-platform video and audio players ( DVDPlayer and PAPlayer) cannot officially play any audio or video files that are with (DRM) technologies for, meaning audio files purchased from such as,,,, and video files protected with or proprietary DRM.

Such files can be played only by using another media player supporting DRM, or by removing the DRM protection from the file. • As of February 2014 Kodi supported plug-ins written in the Python script language and add-ons.

Reception [ ] Kodi won a in 2014 for 'Best Media Player' in their entertainment selection. Kodi won two 2006 Community Choice Awards. In the 2007 Community Choice Awards, Kodi was nominated finalist in six categories. Also in the 2008 Community Choice Awards Kodi won an award for Best Project for Gamers.

With decision to discontinue Windows Media Center (WMC) starting Windows 10, htpcBeginner.com voted Kodi not only as the best WMC alternative but also in many ways better than WMC. See also: Xbox Media Center (XBMC) was the successor to the Xbox Media Player (XBMP) software. Xbox Media Player development stopped on 13 December 2003, by which time its successor was ready for its debut, renamed as it was growing out of its 'player' name and into a 'center' for media playback. The first stable release of XBMC was on 29 June 2004, with the official release of XboxMediaCenter 1.0.0. This announcement also encouraged everyone using XBMP or XBMC Beta release to update, as all support for those previous versions would be dropped, and they would only support version 1.0.0. Not featured in XBMP, the addition of embedded was given the ability to draw interface elements in the GUI, and allowed user and community generated scripts to be executed within the XBMC environment.

With the release of 1.0.0 in the middle of 2004, work continued on the XBMC project to add more features, such as support for iTunes features like DAAP and Smart Playlists, as well as lots of improvements and fixes. The second stable release of XBMC, 1.1.0, was released on 18 October 2004. This release included support for more media types, file types, container formats, as well as video playback of Nullsoft streaming videos and karaoke support (CD-G).

After two years of heavy development, XBMC announced a stable point final release of XBMC 2.0.0 on 29 September 2006. Even more features were packed into the new version with the addition of RAR and zip archive support, a brand new player interface with support for multiple players. Such players include PAPlayer, the new audio/music player with crossfade, gapless playback and ReplayGain support, and the new DVDPlayer with support for menu and navigation support as well as ISO/img image parsing. Prior to this point release, XBMC just used a modified fork of for all of its media needs, so this was a big step forward.

Support for iTunes 6.x DAAP, and Upnp Clients for streaming was also added. A reworked Skinning Engine was included in this release to provide a more powerful way to change the appearance of XBMC.

The last two features include read-only support for FAT12/16/32 formatted devices, and a 'skinnable' 3D visualizer. The release of XBMC 2.0.1 on 12 November 2006 contained numerous fixes for bugs that made it through the 2.0.0 release. This also marked the change from CVS to SVN (Subversion) for the development tree. On 29 May 2007, the team behind XBMC put out a call for developers interested in porting XBMC to the Linux operating system. A few developers on Team-XBMC had already begun porting parts of XBMC over to Linux using SDL and OpenGL as a replacement for DirectX, which XBMC was using heavily on the Xbox version of XBMC. Development on the Git codebase is continuing and the versioning scheme has been changed to reflect the release year and month, e.g., 8.10, 9.04, 9.11, 10.05. On 27 May 2010, the team behind XBMC announced the splitting of the Xbox branch into a new project; 'XBMC4Xbox' which will continue the development and support of XBMC for the old Xbox hardware platform as a separate project, with the original XBMC project no longer offering any support for the Xbox.

On 2 January 2011, XBMC moved the source code repository from to, hosted. On 1 August 2014, an announcement was made of release 14 and name change to Kodi. Releases [ ] This is a release history with condensed change-log lists for the most important added or removed notable new features, functions, and changed in each stable version of Kodi/XBMC. 2 October 2003. Archived from the original on 2 October 2003. Retrieved 18 December 2016.

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Retrieved 17 February 2016. Retrieved 11 April 2017. External links [ ] Wikimedia Commons has media related to.