Doc ID: DOC-1402

Change

The Core Event Vector Table (Table 4-8) is not correct for BF60x processors because the system interrupt interface to the core connects with the System Event Controller (SEC). For ADSP-BF60x processors, the correct information is as follows:

Name	Event Class	Event Vector Register	MMR Location	Notes
EMU	Emulation	EVT0	0xFFE0 2000	Highest priority. Vector address is provided by JTAG.
RST	Reset	EVT1	0xFFE0 2004
NMI	NMI	EVT2	0xFFE0 2008
EVX	Exception	EVT3	0xFFE0 200C
Reserved	Reserved	EVT4	0xFFE0 2010	Reserved vector
IVHW	Hardware Error	EVT5	0xFFE0 2014
IVTMR	Core Timer	EVT6	0xFFE0 2018
IVG7	Interrupt 7	EVT7	0xFFE0 201C	Software interrupt
IVG8	Interrupt 8	EVT8	0xFFE0 2020	Software interrupt
IVG9	Interrupt 9	EVT9	0xFFE0 2024	Software interrupt
IVG10	Interrupt 10	EVT10	0xFFE0 2028	Software interrupt
IVG11	Interrupt 11	EVT11	0xFFE0 202C	All system interrupts through SEC
IVG12	Interrupt 12	EVT12	0xFFE0 2030	Software interrupt
IVG13	Interrupt 13	EVT13	0xFFE0 2034	Software interrupt
IVG14	Interrupt 14	EVT14	0xFFE0 2038	Software interrupt
IVG15	Interrupt 15	EVT15	0xFFE0 203C	Software interrupt

Doc ID: DOC-1502

Change

In IMEM_CONTROL Register, the following information is missing from the discussion of the RDCHK bit:

Caution: Disabling instruction cache with parity enabled immediately generates parity errors because all valid cache tag bits are invalidated. This behavior is normal even when the RDCHK bit is cleared in the same write. To prevent the generation of cache tag parity errors:

1. Clear the RDCHK bit to disable parity checking.
2. Issue an SSYNC instruction.
3. Clear the IMC bit to disable the cache.

Doc ID: DOC-1503

Change

In IMEM_CONTROL Register, the following statements are incorrect:

• The RDCHK bits are similar to the cache enable bits CEN[1:0] in this register.
• The CBYPASS bits are similar to the cache enable bits CEN[1:0] in this register.

Similarity is with the IMC bit, not the CEN[1:0] bits.

Doc ID: DOC-1505

Change

In Instruction Cache Invalidation, the following statement is incorrect:

An SSYNC instruction should be run before invalidating the cache and a CSYNC instruction should be inserted after each of these operations.

The correct information is:

An SSYNC instruction should be run before invalidating the cache and a SSYNC instruction should be inserted after each of these operations.

Caution: If parity checking is enabled because the RDCHK bit of the IMEM_CONTROL register is set:

1. Clear the RDCHK bit to disable parity checking.
2. Issue an SSYNC instruction.
3. Clear the IMC bit to disable the cache.

Note: Before reenabling cache, reinitialize the cache tag arrays if parity checking is again desired. See DTEST_DATA0 Register on page 6-48.

Doc ID: DOC-1504

Change

In DMEM_CONTROL Register, the following statements are incorrect:

• The RDCHK bits are similar to the cache enable bits CEN[1:0] in this register.
• The CBYPASS bits are similar to the cache enable bits CEN[1:0] in this register.

Similarity is with the DMC[1:0] bits, not the CEN[1:0] bits.

Doc ID: DOC-1470

Change

In Figures 6-23 and 6-24, the description of bit 18 applies only to ADSP-BF60x processors. For ADSP-BF5xx processors, bit 18 is reserved and set to 0, therefore, the encodings for 16KB, 64KB, 16MB, and 64MB in the PAGE_SIZE field do not apply.

In Figure 6-24, the name of bit 15 is incorrectly given as CPL7B_L1_AOW. The correct name is CPLB_L1_AOW.

Doc ID: DOC-1403

Change

In the Miscellaneous section, add the following bullet to the list:

• The disabling of the cache causes all cache tags to be invalidated, but the parity bits in the tags are not updated to reflect this change. For this reason any L1 memory used as cache must re-initialized if L1 cache has been enabled and subsequently disabled.

Last Update Date: 2017-05-08