What to do if network processes do not function on Abatron Recording Equipment?
If network processes aren't functioning on your Abatron Recording Equipment after a successful firmware load, first, verify that the BDI1000 is properly connected to the network via the LAN cable or media converter. Also, ensure that the correct IP address is entered in the BDI1000 configuration.
What to do if Abatron Recording Equipment is not working with the target system?
If your Abatron Recording Equipment isn't working with the target system after loading the firmware, make sure the BDM/JTAG connector's pin assignment is correct. Also, ensure that the target system initialization is correct by entering an appropriate target initialization list. If you are using BDI1000 configuration, verify the IP address entered. Check the integrity of the BDM/JTAG signals and inspect the target system for any damage.
How to fix firmware loading issues on Abatron BDI1000?
If the firmware cannot be loaded on your Abatron Recording Equipment, check the connection between the BDI and the target system, as well as the connection between the BDI and the Host. Ensure that the target system's power supply is on and within the operating range (2.5 VDC ... 5 VDC). If the MODE LED is off, the built-in fuse might be damaged and needs replacement. Lastly, ensure that the correct communication port is selected.
Details the BDI1000 as a processor system implementing the interface between target CPU JTAG pins and host connectors.
Explains how to connect the BDI1000 to the target system using JTAG interface cables and pin assignments.
Details methods for powering the BDI1000, including external and target system power supply options.
Describes the function of the built-in MODE LED and its various BDI states for operational feedback.
Explains connecting the BDI1000 to the host via serial (RS232) and Ethernet interfaces.
Guides through the installation of the BDI configuration software and required firmware files from the provided diskette.
Covers the initial configuration of the BDI1000, including firmware updates and network parameter setup.
Explains how to set up Coprocessor 15 (CP15) registers using the Initialization List for various CPU types.
Defines how the BDI interacts with the target system after a reset or power up sequence.
Guides on using ADW/AXD from ARM Ltd. with the BDI, including configuration and RDI DLL setup.
Lists and explains the ASCII commands supported by the BDI for special functions like flash programming.
Guides on automating flash memory downloads using PRELOAD.CMD and POSTLOAD.CMD files.
Provides solutions for common problems like firmware loading failures or target system connection issues.
Details the maintenance procedures for the BDI, including cleaning and fuse replacement.
Lists trademarks and states they are property of their respective holders.
General| Channels | 2 |
|---|---|
| Bit Depth | 24-bit |
| Sample Rate | Up to 192 kHz |
| Inputs | 2 x XLR/TRS combo |
| Weight | 0.5 kg |
To Next Page
