From The Neuros Technology Wiki
The information contained on this page is preliminary and not official information from or endorsed by Texas Instruments. As such, this information can be subject to change. Neuros wishes to remind its community members that a lot of information about the OSD3 processor and specs are still confidential. If you have received information from TI under NDA, make sure not to post anything covered under that NDA.
Updated 1/17/2011- Block diagram for board. Please review and provide feedback.
The OSD3 is intended as an open set top box that allows users to view internet based media content using their home media center as well as capture media content and record it for later playback. The OSD3 seeks to merge the capabilities of the popular OSD1 platform with the Neuros LINK to provide a full high definition solution while remaining open for customization. Neuros believes that you should be in control of your own media content and is creating the OSD3 to give you that control.
The OSD3 will be based on the next generation digital media processor from Texas Instruments. This processor is a System on Chip (SoC) processor that integrates many components required for digital media as well as a high speed ARM based GPP running Linux.
All hardware information here is preliminary and subject to change. This section is intended to give you an idea of what we are thinking of doing and allow you to provide feedback. You can do so by posting your questions and opinions on the OSD3 page of the forums.
The housing currently being considered is a stamped metal housing with dimensions 300mm x 300mm x 50mm. This may change over time.
- SoC with following features:
- 1GHz ARM Cortex A8 and NEON
- C67x Floating Point DSP
- Multiple Video Accelerators
- 3D Graphics Engine
- HD Video Processing Subsystem
- Hardware Video Resizer Support
Additional information can be found in the processor block diagram below as well as in the system overview diagram in the OSD3 Overview section above.
Here is the new block diagram. Some interfaces may be changed slightly, but it looks like it's solidifying.
- 1GB DDR3 1600
- 512MB Nand Flash Memory (Maybe less)
- 2 x USB 2.0 Ports in Back
- 2 x SATA Internal
- SD/MMC (SDHC)
- 1Gb EMAC
- 20-pin JTAG
- IR Blaster Interface
- SPDIF input
- SPDIF output
- Analog input
- Analog output
- HDMI Output (Audio and video:1080p60)
- Component Output
- Component Input
- IR sensor
- 3 x LED (blue, red, green)
- Power button
The following features are tentative. If you have strong feelings about them please post to the OSD3 topic on the forums.
- Component video output
(Deleted)** Composite (Deleted)** SD RF Modulated Video Output (Deleted)** S-Video Output
- This may be a standard connector or an edge connector. More details to follow.
Many of the software details are still too early to tell but we will update this section as we learn more. What we do know is that the OSD3 will be a no-compromise Internet TV box with high performance playback of full-fledged Adobe Flash and HTML5 video.
We have heard rumor that Texas Instruments is planning to release a simulator for this chip later this year which can be used to develop software prior to the release of the actual silicon.
How Can You Get Involved?
This early in the product cycle we want to know what you think. Post your thoughts about the OSD3 to the OSD3 topic on the forums. Let us know what you want in an open set-top box. We can't guarantee it will all be there, but asking never hurts.
As we move forward and more tools and hardware become available you can always help us in developing/porting cool software to the OSD3 platform. Let your imagination run wild here, the OSD3 is an open platform so you can do what you want.