Beagleboard: Beagle. Bone. Black - e. Linux. Beagle. Bone Black Description. The Beagle. Bone Black is the newest member of the Beagle. Board family. It is a lower- cost, high- expansion focused Beagle.

Board using a low cost Sitara XAM3. AZCZ1. 00 Cortex A8 ARM processor from Texas Instruments. It is similar to the Beaglebone,but with some features removed and some features added. The table below gives the high points on the differences between the Beagle. Bone and Beagle. Bone Black.

Beagle. Bone Black Features. The following table lists the key features of the Beagle. Bone Black. It will be updated as more questions continued to be answered.

There are no licences involved in the usage of the Beagle. Bone Black design materials.

We do not encourage the use of the board that we manufacture under the Beagle. Board. org logo in commercial products. We are not able to schedule parts and arrange for production for orders that we cannot see. Meeting demand is difficult as a result. In addition, we will make revisions to the board as we find necessary and we will not continue to make older revisions. This can result in supply and compatibility issues for those using them in a product.

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When used in a product, the end customer is responsible for its use in their product. Beagle. Board. org does not guarantee that it will work in any particular application or use case. Changes in components used on the production of these boards such as memory devices, may affect operation of the board, either positively or negatively. This work is licensed under the Creative Commons Attribution- Share Alike 3.

Unported License. To. view a copy of this license, visit creativecommons. Creative Commons.

Second Street, Suite 3. San Francisco, California, 9. USA. All derivative works released back into the public domain are to be attributed as based on the.

Gerald Coley of Beagle. Board. org. For more information, see Creative Commons Attribution- Share. Alike 3. 0 Unported License. ALL design materials are Open Source and easily accessible. Everything is provided to build your own board. You can make changes as needed or use it as is. It is your product when you use these materials.

Feel free to build the board yourself at your contract manufacturer of choice. If you have questions on any of this, you can contact Gerald Coley. Board Shipments. We have shipped a total 2. Accessories. For a list of the confirmed working accessories please go to * Accessories Page. Covered there are cables, power supplies, displays,etc. Anything that can be added to the Beagle. Bone Black. The Beagle.

Bone Black is different than the Beagle. Bone. JTAG is an uninstalled option. To install the JTAG header, all you have to do is install P2 on the back of the board.

P2 is a Samtec FTR- 1. G- D- 0. 6 connector and can be purchased from Samtec or any of their distributors. If you are using Code Composer Studio, you will need a Gel File. Cape Support. Beagleboard. Most of them are made and supported by Circuitco under the beagleboardtoys. For information on cape compatibility and support go to Beagle. Bone Black Capes.

WIFI Adapters. NOTE: It is highly recommend that you use DC power when running these dongles due to the current requirements of the dongles. You may need to use a extension cable to move the dongle away from the planes of the PCB. Sometimes standoffs will work. We also have had instances where when placed in a metal case, there can be Wifi issues as well. You can also use a dongle with a real antenna on it such as . Logic Supply. We are making this change for several reasons: 1) Complaints from the community about lack of space left in the e.

MMC. 2) For those worried about their e. MMC wearing out, the added space will help in the area of moving the data around to prevent wear out.

Assuming of course you don't try and use it all. Concerns over the long- term availability of the 2. GB device. 4. GB is currently the low end of the offering. This also gives us two sources. We are planning a price increase for the Rev C somewhere between $5 and $1.

We are working to figure out where it needs to be. This is for several reasons: 1) To cover the increased cost of the 4.

G devices. 2) Currently there is $0 margin on these boards which limits our ability to bring more manufacturing capacity on line. Added some margin allows us to find more capacity. Without margin, we cannot respond to component price increases due to market forces. This is of particular concern in the area of NAND and DDR3. We have been successful in fighting back some increases, but we don't know if that will continue. Revision BThis version moves to the AM3. BZCZ1. 00 processor as we are no longer able to get the limited production version of the AM3.

AZCZ1. 00. No changes in features or operation of the board resulted from this change. Revision A6. ANo changes in features or operation of the board. Added optional zero ohm resistor to tie GND. This extends the reset signal to solve an issue where some boards would not boot on power up. Removed R9 and installed R8. This change was based on an alert we just received from TI that there is a power sequencing issue with the TPS6. C power management IC and the power sequencing is incorrect.

This change connects the VDDS rail to the VRTC rail. We do not believe at this time, that the issue is causing any issues with the boards, but we want to comply with the directive. To prevent this, the signal was ORed with the PORZn (Power On reset).

Noise issues were observed in other designs where the clock oscillator was getting hit due to a suspected issue in ground bounce. A zero ohm resistor was added to connect the OSC. Moved the enable for the VDD. Change was made to reduce the delay between the ramp up of the 3. V rails. No evidence of this being an issue, but it really needs to be as close to the same as possible. Revision A5. CProduction had some fallout of boards when running the HDMI tests in the previous production run. Resistor values were tweaked to improve the test results.

No changes in features or operation of the board. Changed R4. 6,R4. R4. 8 to a 0 ohm.

Changed R4. 5 to a 2. Ohm. Revision A5.

B1) Updated the PCB to incorporate the modification that was being done on Rev A5. A. There is NO DIFFERENCE AT ALL in functionality between REV A5. A and REV A5. B. 2) Made the LEDs dimmer for those that could not sleep due to the brightness of the LEDs. Revision A5. A1) Boards are built using the XAM3. AZCZ1. 00 processor. PCB Change.. LCD noise issue was resolved by adding 4. LCD signals. 3) PCB Change..

Added access to four battery charger signals on the TPS6. TS=Temperature Sense, BAT=Battery connection,BATT. Pins are not populated but the four signals are in a 2x. PCB Change.. Added a power button which allows for wake up, power down, and sleep options. It also provides the ability to alert the processor before powering down to provide an orderly shutdown. It is expected that SW will be used in conjunction with the switch to control the various power modes and transitions from one to the other.

By holding the button down for 8 seconds, it will force a power down of the board. Added a 1. 00. K pull down resistor from J1 pin 1 to J1 pin 4 to fix the unterminated serial port issue. Limited distribution. One notable issue here is that the board has an AM3. AM3. 35. 9, despite how the part is marked.

Part was mismarked as an AM3. The SGX and PRU are not operational. APPLICATION OF 5. V TO ANY I/O PIN WILL DAMAGE THE PROCESSOR AND VOID THE WARRANTY. ANALOG IN VOLTAGES ARE 1.

V MAX. APPLICATION OF > 1. V TO ANY A/D PIN WILL DAMAGE THE PROCESSOR AND VOID THE WARRANTY. Do not apply any voltages to any I/O pins when the board is not powered on. Do not drive any external signals into the I/O pins until after the SYS. These pins are connected to the expansion header. If you load or terminate these pins to the point it affects their default setting, the board will not boot. Powering the processor via its I/O pins can cause damage to the processor.

The expansion headers can be viewed on this Cape Expansion Headers.