Intel E3815 FH8065301567411 Data Sheet
Product codes
FH8065301567411
Intel
®
Atom™ Processor E3800 Product Family
1126
Datasheet
28
0h
RO
MOD_STR_MON_GDC22CELLS_valid:
Returns the value 1 if there is a command
available on the command fifo between SP/ISP and GDC2. Returns the value 0 if the
command FIFO for GDC2 is empty.
27
1h
RO
MOD_STR_MON_CELLS2GDC1_accept:
Returns the value 1 if the acknowledge FIFO
between GDC1 and ISP/SP can accept an acknowledge token from GDC1. Returns the
value 0 if this FIFO is full.
26
0h
RO
MOD_STR_MON_CELLS2GDC1_valid:
Returns the value 1 if GDC1 sends an
acknowledge token using the streaming port connected to the acknowledge FIFO to the
ISP/SP. Returns the value 0 if GDC1 does not send an acknowledge token to this FIFO.
25
1h
RO
MOD_STR_MON_GDC12CELLS_accept:
Returns the value 1 if GDC1 can accept a
command token from the command FIFO between the ISP/SP and GDC1. Returns the
value 0 if GDC1 cannot accept a command token.
24
0h
RO
MOD_STR_MON_GDC12CELLS_valid:
Returns the value 1 if there is a command
available on the command fifo between SP/ISP and GDC1. Returns the value 0 if the
command FIFO for GDC1 is empty.
23
1h
RO
MOD_STR_MON_SP2DMA_accept:
Returns the value 1 if the acknowledge FIFO
between the DMA and SP can accept an acknowledge token from the DMA. Returns the
value 0 if this FIFO is full.
22
0h
RO
MOD_STR_MON_SP2DMA_valid:
Returns the value 1 if DMA sends an acknowledge
token using the streaming port connected to the acknowledge FIFO to the SP. Returns
the value 0 if the DMA does not send an acknowledge token to this FIFO.
21
0h
RO
MOD_STR_MON_DMA2SP_accept:
Returns the value 1 if the DMA can accept a
command token from the command FIFO between the SP and the DMA. Returns the
value 0 if the DMA cannot accept a command token.
20
0h
RO
MOD_STR_MON_DMA2SP_valid:
Returns the value 1 if there is a command available
on the command fifo between SP and the DMA. Returns the value 0 if the command
FIFO for the DMA is empty.
19
1h
RO
MOD_STR_MON_ISP2DMA_accept:
Returns the value 1 if the acknowledge FIFO
between the DMA and ISP can accept an acknowledge token from the DMA. Returns the
value 0 if this FIFO is full.
18
0h
RO
MOD_STR_MON_ISP2DMA_valid:
Returns the value 1 if DMA sends an acknowledge
token using the streaming port connected to the acknowledge FIFO to the ISP. Returns
the value 0 if the DMA does not send an acknowledge token to this FIFO.
17
0h
RO
MOD_STR_MON_DMA2ISP_accept:
Returns the value 1 if the DMA can accept a
command token from the command FIFO between the SP and the DMA. Returns the
value 0 if the DMA cannot accept a command token.
16
0h
RO
MOD_STR_MON_DMA2ISP_valid:
Returns the value 1 if there is a command
available on the command fifo between ISP and the DMA. Returns the value 0 if the
command FIFO for the DMA is empty.
15
1h
RO
MOD_STR_MON_SP2MC_accept:
Returns the value 1 if stream2mem can accept a
command token from the command FIFO between the SP and the stream2mem.
Returns the value 0 if stream2mem cannot accept a command token.
14
0h
RO
MOD_STR_MON_SP2MC_valid:
Returns the value 1 if there is a command available
on the command fifo between the SP and the stream2mem. Returns the value 0 if the
command FIFO for the stream2mem is empty.
13
1h
RO
MOD_STR_MON_MC2SP_accept:
Returns the value 1 if the acknowledge FIFO
between the stream2mem and the SP can accept an acknowledge token from the
stream2mem. Returns the value 0 if this FIFO is full.
12
0h
RO
MOD_STR_MON_MC2SP_valid:
Returns the value 1 if the stream2mem sends an
acknowledge token using its acknowledge output port connected to the acknowledge
FIFO between the stream2mem and the SP. Returns the value 0 if the stream2mem
does not send an acknowledge token to this FIFO.
11
0h
RO
MOD_STR_MON_SP2SIF_accept:
Returns the value 1 if secondary input formatter
can accept a command token from the command FIFO between the SP and the
secondary input formatter. Returns the value 0 if this FIFO is full.
Bit
Range
Default &
Access
Description