Using Rom Splitter - Analog Devices VisualDSP++ 3.5 Manual

5. Enter the Kernel file (
(in case of a ADSP-BF535 processor) or enter a kernel filename if
Use boot kernel in step 3 is selected.
The following second-stage loaders are currently available for the
ADSP-BF535 processor.
Boot Source
8-bit Flash/PROM
16-bit Flash/PROM
SPI
!
For ADSP-BF531, ADSP-BF532, ADSP-BF533, and
ADSP-BF561 processors, no second-stage loaders are required;
hence, no default kernel files are provided. Users can supply their
own second-stage loader file, if so desired.
6. Specify the Start address (FLash/PROM output address in hexa-
decimal format) for the kernel code. This option allows you to
place the kernel file at a specific location within the Flash/PROM
in the loader file.
7. For ADSP-BF535 processors only, modify the Wait states and
Hold time cycles for Flash/PROM booting or the Baud rate for
SPI booting.
8. Click OK to complete the loader setup.

Using ROM Splitter

Unlike the loader utility, the splitter does not format the application data
when transforming an
Whether data and/or instruction segment are processed by the loader or
VisualDSP++ Loader Manual
for 16-Bit Processors
Blackfin Processor Loader/Splitter
). You must either use the default kernel
.DXE
Second Stage Loader File (or Boot Kernel File)
535_prom8.dxe,
535_prom16.dxe
535_spi.dxe
file to an
.DXE .LDR
file. It emits raw data only.
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