//----
// DIP codes, partially explained
//----

BR label    : branch to label
JMP label   : jump to subroutine label
JMP1 label  : jump to subroutine label if true (whatever)
RTN         : return from subroutine
WNT  x      : wait x slots
WT  x       : wait x dect-clocks
U_INT0      : raise interrupt 0
U_INT1      : raise interrupt 1
U_INT2      : raise interrupt 2
U_INT3      : raise interrupt 3
U_PSC
U_VINT
P_EN        : enable portbits
P_LDH x     : set selected portbits to high
P_LDL x     : set selected portbits to low
P_LD x      : load portbit ???
P_SC
M_WR        : start transfer over microwire-output
M_RST       : stop transfer over microwire-output
M_INI0
M_INI1
MEN1N       : set microwire enable 1 low
MEN1        : set microwire enable 1 high
MEN2N       : set microwire enable 2 low
MEN2        : set microwire enable 2 high
MEN3N       : set microwire enable 3 low
MEN3        : set microwire enable 3 high
RFEN        : enable clk output
RFDIS       : disable clk output
D_ON        : enable xor with DSC
D_OFF       : disable xor with DSC
D_LDK       : Load DSC Key
D_PREP      : DSC Prepare
D_WRS       : writes internal DSC state
D_LDS       : load DSC state
D_RST       : DSC Reset
BK_C        : set upper address nibble
LD_PTR
BK_A
A_RST
A_LDR
A_LDW
A_MUTE      : ADPCM mute
A_MTOFF     : ADPCM mute off
BK_A1
A_RST1
A_LDR1
A_LDW1
A_MUTE1     : ADPCM1 mute
A_MTOFF1    : ADPCM1 mute off
B_RST       : reset rx stuff
B_XOFF      : disable B field CRC
B_XON       : enable B field CRC 
SLOTZERO    : wait until in slot zero (partly understood)


//----
// missing / unknown mnemonics
//----

WNTM1
WNTP1

B_ST2
B_XT
B_BTFU
UNLCK
B_SR
B_XR
EN_SL_ADJ
B_BRFU
B_RINV
B_RON


B_ST
B_AT
B_RC
B_BT
B_BTFP
B_AT2
B_WRS
B_AR
B_BR
B_BRFP
B_AR2

WSC

RCK_INT
RCK_EXT
B_WB_OFF
B_WB_ON
CLK1
CLK3
U_CK8
U_CK4
U_CK2
U_CK1

A_RCV0
A_RCV36
A_RCV30
A_RCV24
A_RCV18
A_RCV12
A_RCV6
A_RCV33
A_RCV27
A_RCV21
A_RCV15
A_RCV9
A_RCV3

M_RD

M_WRS

A_STOFF
A_ALAW
A_DT
A_NORM
A_LIN
A_STON
A_DT1

A_STRN
C_ON
C_OFF

C_LD