User guide
connection has been successfully torn down. There can be instances where
a confirmation does not arrive and so in this case this timer is used to
‘close off’ the procedure and put the state machine back into a proper
mode for new operations.
Time is specified with 15 seconds intervals.
S561 0 0..1000 Sniff Attempt Time in units of milliseconds. 0 means disable.
See section “Power Consumption and Reset” in the user guide for more
details.
S562 0 0..1000 Sniff timeout Time in units of milliseconds. 0 means disable.
See section “Power Consumption and Reset” in the user guide for more
details.
S563 0 0..1000 Sniff Minimum Interval in units of milliseconds. 0 means disable.
See section “Power Consumption and Reset” in the user guide for more
details.
S564 0 0..1000 Sniff Maximum Interval in units of milliseconds. See section “Power
Consumption and Reset” in the user guide for more details.
S565 0 1 If set to 1, RI (Ring Indicate) line is configured as an input and forces the
start-up mode (SReg512) and post-timeout on Start-up mode (SReg555)
to be dependent on the state of RI. The RI conditional modes are defined
by SRegs 566 to 569 inclusive.
S566 1 7 If S565=1, and RI is asserted then this is the mode the device will start up
in.
S567 1 7 If S565=1, and RI is deasserted then this is the mode the device will start
up in.
S568 1 7 If S565=1, and RI is asserted then this is the mode the device will assume
after the post-start-up timeout defined in SReg 554 instead of mode
defined in SReg555
S569 1 7 If S565=1, and RI is deasserted then this is the mode the device will
assume after the post-start-up timeout defined in SReg 554 instead of
mode defined in SReg555
S580 0 0..1 Remote volume control feature for Headset profile when ATS102 enables
headset profile
S581 0 0..63 Lowest 6 bits of the Supported features field for Handsfree profile when
ATS102 enables handsfree profile
S582 0 0..1 FTP Related:
0 = BodyLen in PUT obex packet = 0
1 = BodyLen in PUT obex packet = 1
S583 0xB 0 .. 0x1F This specifies the initial state of the following modem control lines sent to
the peer
Bit 0 := RTC (DTR/DSR)
Bit 1 := RTR (RTS/CTS)
Bit 2 := IC (Ring Indicate RI)
Bit 3 := DV (DCD)
Bit 4 := FC (Reserved)
S584 0 0..1 Enable/Disable eSCO
When changing the unit returns ERROR 14 it implies the device is either in
a connection or waiting for a connection and so the new value cannot be
accepted. For the former, drop the connection, then issue the command
AT+BTX and then set the new value and for the latter issue the command
AT+BTX prior to setting the register.
S585 0 0..9 GPIO pin set to 0 to disable the feature
S586 1000 100..5000 Pulse period in milliseconds (rounded down to nearest multiple of 50)
S587 0 0..100 Duty cycle in percent (rounded to the nearest multiple of 4)
S600 ? 0..65535 Number of times this module has gone through a reset cycle. This feature
is enabled by S Reg 601.
Writing any value to this register will initialise it to a certain value
S601 0 0..1 If this is 1, then on reset S Reg 600 value will be incremented.
S610 0 0..7FFF Set direction of digital I/O lines. This is a mask made up of 5 bits. Setting
a bit to 1 makes that I/O line an output. GPIO1 is bit 0, GPIO2 is bit 1, up
to bit 4 for GPIO5.
In Bism1 the range is limited to 0..1F
S611 0 1 Set to 1 to invert the logic of GPIO outputs. For example, ATS621=1 will
set the output pin to low and vice versa.
S620 n/a 0..31 Read/Write to all 8 Digital lines in one atomic step. The value is returned
as a 4 digit hexadecimal value with trailing 0s.
S621 n/a 0..1 Read/Write to GPIO1
S622 n/a 0..1 Read/Write to GPIO2
DSH_50003_v1v3 AT Command Reference 15 of 33