No, only with the downloadable ome. I use this config
Brand=Yaesu
Model=FT857
Pic=ft857.jpg
sigRadios=$1gR@d10s
; Frequency coverage
FRANGE=100000-56000000,76000000-108000000,118000000-164000000,420000000-470000000
; List of available Bands
BANDS=160m,80m,40m,30m,20m,17m,15m,12m,11m,10m,6m,4m,2m,70cm
; first wheel - list of available modes in the MODE wheel (starts with wheel name)
LST1NAME=MODE
LST1ITEMS=LSB,USB,CW,CWR,AM,FM,FM-N,DIG,PKT
LST1CMDS=CMD_SET_MODE_LSB,CMD_SET_MODE_USB,CMD_SET_MODE_CW,CMD_SET_MODE_CWR,CMD_SET_MODE_AM,CMD_SET_MODE_FM,CMD_SET_MODE_FM-N,CMD_SET_MODE_DIG,CMD_SET_MODE_PKT
; second wheel - list of available powers in the PWR wheel (starts with wheel name)
LST2NAME=PWR
LST2ITEMS=0.5W,1.0W,2.5W,5.0W,20.0W,45.0W,75.0W,100.0W
LST2CMDS=CMD_SET_PWR_0.5W,CMD_SET_PWR_1.0W,CMD_SET_PWR_2.5W,CMD_SET_PWR_5.0W,CMD_SET_PWR_20.0W,CMD_SET_PWR_45.0W,CMD_SET_PWR_75.0W,CMD_SET_PWR_100.0W
; Option Button config (name,odd_press_cmd,even_press_cmd,odd_press_label,even_press_label
BTN_OPT1_NOFN=VFO,CMD_SET_VFO_TOGGLE,CMD_SET_VFO_TOGGLE,VFO-A,VFO-B
BTN_OPT2_NOFN=CTC,CMD_SET_CTCSS_ON,CMD_SET_CTCSS_ON,CTC-ON,CTC-OFF
BTN_OPT3_NOFN=DCS,CMD_SET_DCS_ON,CMD_SET_DCS_ON,DCS-ON,DCA-OFF
BTN_OPT4_NOFN=
BTN_OPT5_NOFN=
BTN_OPT1_FN=VFO,CMD_SET_VFO_TOGGLE,CMD_SET_VFO_TOGGLE,VFO-A,VFO-B
BTN_OPT2_FN=
BTN_OPT3_FN=
BTN_OPT4_FN=
BTN_OPT5_FN=
; List of available commands for the current transceiver, all items from the list are bytes (reprezented as a HEX string
; use Pxxxx as 'byte' to separate two successive commands by a xxxx ms delay
; <Dxx> - numeric digits - BCD (from 9, thousands MHz to 0 - Hz)
; <Sx> - string digits - from 9 - , thousands MHz to 0 - Hz)
CMD_SET_FREQ=<D87>,<D65>,<D43>,<D21>,01
CMD_SET_SPLIT_ON=00,00,00,00,02
CMD_SET_SPLIT_OFF=00,00,00,00,82
CMD_SET_LOCK_ON=00,00,00,00,00
CMD_SET_LOCK_OFF=00,00,00,00,80
CMD_SET_PTT_ON=00,00,00,00,08
CMD_SET_PTT_OFF=00,00,00,00,88
CMD_SET_MODE_LSB=00,00,00,00,07
CMD_SET_MODE_USB=01,00,00,00,07
CMD_SET_MODE_CW=02,00,00,00,07
CMD_SET_MODE_CWR=03,00,00,00,07
CMD_SET_MODE_AM=04,00,00,00,07
CMD_SET_MODE_FM=08,00,00,00,07
CMD_SET_MODE_FM-N=88,00,00,00,07
CMD_SET_MODE_DIG=0A,00,00,00,07
CMD_SET_MODE_PKT=0C,00,00,00,07
CMD_SET_CLARIFIER_ON=00,00,00,00,05
CMD_SET_CLARIFIER_OFF=00,00,00,00,85
CMD_SET_VFO_TOGGLE=00,00,00,00,81
CMD_SET_DCS_ON=0A,00,00,00,0A
CMD_SET_CTCSS_ON=2A,00,00,00,0A
CMD_SET_ENCODER_ON=4A,00,00,00,0A
CMD_SET_ENCODER_OFF=8A,00,00,00,0A
CMD_SET_POWER_ON=00,00,00,00,00,<P1000>,00,00,00,00,0F,
CMD_SET_POWER_OFF=00,00,00,00,00,<P1000>,00,00,00,00,8F,<P1000>
CMD_SET_PWR_0.5W=
CMD_SET_PWR_1.0W=
CMD_SET_PWR_2.5W=
CMD_SET_PWR_5.0W=
CMD_SET_PWR_20.0W=
CMD_SET_PWR_45.0W=
CMD_SET_PWR_75.0W=
CMD_SET_PWR_100.0W=
; read command format
; <priority>,<when to read>,<command - variable length>,<separator>,<nr.of.expected.bytes>,<rec_byte_1>,...,<rec byte_n>
; <priority> - 01-each loop, 02-from time to time (currently one from 4 loops)
; <when to read> - 00-both during Rx and Tx, 01-during Rx only, 02-during Tx only (discarded/not sent otherwise)
; <command - variable length> - see list of available commands format above (same as for the "blind commands", with no feedback)
; <separator> - <R> - end command separator (<R>)
; <nr_rec_bytes> - number of data bytes expected to be received
; <rec_byte_x> - what that byte represent
; - follows the rule from the SEND commands to define data
; - <00> - byte not containing a farameter to be read - will be discarded
; - list of possible byte value (as 2 digits hex if numeric value or Sx if char value) and corresponding parameter value. Take care to use a valid parameter value, this is not checked for errors.
; A binary byte followed by '/' can be used as a mask for that byte if only some bits are to be used
;
CMD_READ_FREQ&MODE=01,01,00,00,00,00,03,<R>,05,<D87>,<D65>,<D43>,<D21>,<00=LSB;01=USB;02=CW;03=CWR;04=AM;06=WFM;08=FM;0A=DIG;0C=PKT>
CMD_READ_PTT=04,00,00,00,00,00,F7,<R>,01,<0xxxxxxx=ON;1xxxxxxx=OFF>
CMD_READ_VFO=04,01,<RE0055>,<R>,02,<xxxxxxx0=VFO-A;xxxxxxx1=VFO-B>,<xxxxxxxx>
CMD_READ_SMETER=01,01,00,00,00,00,E7,<R>,01,<xxxx0000=S0;xxxx0001=S1;xxxx0010=S2;xxxx0011=S3;xxxx0100=S4;xxxx0101=S5;xxxx0110=S6;xxxx0111=S7;xxxx1000=S8;xxxx1001=S9;xxxx1010=S9+10dB;xxxx1011=S9+20dB;xxxx1100=S9+30dB;xxxx1101=S9+40dB;xxxx1110=S9+50dB;xxxx1111=S9+60dB>
CMD_READ_PWR=01,02,00,00,00,00,BD,<R>,02,<vvvvxxxx>,<xxxxxxxx>
CMD_READ_ALC=01,02,00,00,00,00,BD,<R>,02,<xxxxvvvv>,<xxxxxxxx>
CMD_READ_SWR=01,02,00,00,00,00,BD,<R>,02,<xxxxxxxx>,<vvvvxxxx>
CMD_READ_MOD=01,02,00,00,00,00,BD,<R>,02,<xxxxxxxx>,<xxxxvvvv>
CALIB_SMETER=
CALIB_PWR=<MAX=0F>,<0=0;07=2.5;0F=5>
CALIB_SWR=<MAX=0F>,<00=1;02=1.1;04=1.2;05=1.5;06=2;08=3;09=5;0B=10>
CALIB_ALC=<MAX=0F>,<0=0;07=50;0F=100>
CALIB_MOD=<MAX=0F>,<0=0;07=50;0F=100>
;CMD_READ_SQUELCH=0A,05,01,00,00,00,00,E7,<R>,<01>,<10000000/01=ON;10000000/00=OFF>
; list of commands to be sent at startup (optional)
STARTUP=CMD_SET_PTT_OFF,CMD_SET_LOCK_OFF,CMD_SET_PARAMS_FROM_INTERFACE
; list of commands for the parameters feedback
POLLING=CMD_READ_FREQ&MODE,CMD_READ_PTT,CMD_READ_VFO,CMD_READ_SMETER,CMD_READ_SWR,CMD_READ_PWR,CMD_READ_ALC,CMD_READ_MOD
; list of commands to be sent at startup (usually read different parameters in order to be able to work after that without feedback, for max. responsiveness
STARTUP=CMD_READ_FREQ,CMD_READ_MODE,CMD_READ_MODE,CMD_READ_MODE,CMD_READ_MODE
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