#
#	Class 2 faxmodem options (needed because the standard isn't)
#
#
#			         R     T   R   R   B
#			      R  x  T  x   x   e   u
#			S     x  F  x  F   X   g   g
#			p     B  l  B  l   O   S   B
#			e  C  O  i  O  i   N   7   i
# Key			c  Q  R  p  R  p   C       t
#---------------------	-  -  -  -  -  -  --- --- ---
#
# What the standards say
#
Standard-Class2		1  0  1  0  1  0  021  60 000
Standard-Class2.0	2  0  1  0  1  0  022  60 000
#
# Proprietary implementations
#
DigiBoard-FAX/X		1  1  1  0  1  0  021  60 000
Everex-2496D		1  1  0  1  1  0  021  60 000
ZyXEL-U1496		1  0  0  0  1  0  022  60 000
MultiTech-1432		1  0  0  1  1  0  021  60 000
Telebit			1  0  0  0  1  0  021  58 000
USR-Courier-old		2  0  0  0  0  0  022  60 007
USR-Courier		2  0  1  0  1  0  022  60 006
#
# Rockwell chipsets
#
Rockwell-RC9624AC	1  0  0  0  0  1  022  60 000
Rockwell-RC144AC	1  0  0  0  0  1  022  60 000
Rockwell-chipset	1  0  0  0  0  1  022  60 000
G2000-TelePath		1  0  0  0  0  1  022  60 000
Zoom-VFX-V32bis		1  0  0  0  0  1  022  60 000
ViVa-14.4/FAX		1  0  0  0  0  1  022  60 000
ViVa-2442ef		1  0  0  0  0  1  022  60 000
PPI-2400FX96SA		1  0  0  0  0  1  022  60 000
Supra-FAXModem		1  0  0  0  0  1  022  60 000
#
# Sierra chipsets
#
Cardinal-2296SR		1  0  0  0  1  0  021  60 000
Sierra-chipset		1  0  0  0  1  0  021  60 000
#
#	The "Key" is what you specify for the class2opts=XXX line in faxconfig 
#
#	Spec	1 means modem is based on TR29.2 EIA PN 2388 proposal
#		2 means modem is based on TR29.2 EIA/TIA-592 final
#
#	CQ	1 means modem can do copy quality checking
#
#	RxBOR	0 means tell the modem to deliver received bits LSB first
#		1 means tell the modem to deliver received bits MSB first
#	RxFlip	0 means write the received bits as is to the fax file
#		1 means flip (mirror) the bits when writing the fax file
#		NOTE: These two options seem odd, but there appear to be
#		many buggy implementations of received bit order.  The combo
#		of these two options should be set so that the bits get written
#		into the file MSB first.  I believe that the DigiFAX driver
#		is the only one where BOR is implemented properly.
#
#	TxBOR	0 means tell the modem we deliver transmitted bits LSB first
#		1 means tell the modem we deliver transmitted bits MSB first
#	TxFlip	0 means write the transmitted bits as is to the modem
#		1 means flip (mirror) the bits when writing to the modem
#		NOTE: These two options seem odd, but the USR modem interprets
#		BOR backwards.  We start out with MSB first in the FAX file.
#		Also, on the Rockwell modems, BOR=1 doesn't work at all.
#
#	RxXONC	Character modem expects to see before delivering Rx'ed data.
#		This is supposed to be XON (021) for Spec==1, and DC2 (022)
#		for Spec==2 modems.  But, some Spec==1 modems use DC2.
#
#	RegS7	Wait for carrier connect time (S7 register).  Usually 60.
#
#	BugBit	Various bug bits in a vector
#		1	- Use +FLO=2, +FLO=1 is broken
#		2	- Use +FCC to set session capabilities, +FIS is broken
#		4	- Modem unilaterally switches to 19200 baud before +FDR
#
#	NOTE:	Serial FAX modems *must* be used on an intelligent or buffered
#		serial port in order to operate reliably.  Internal boards
#		which emulate COM1-4 must have a 16550A UART with the FIFOs on.
#
#		Internal serial FAX modems which do not have a 16550A UART
#		(e.g. most if not all), cannot be used for receive operation
#		unless you've found a UNIX which reliably supports 19,200
#		baud on a 16450 (none, to my knowledge, do).  They can be
#		used, however, for send-only applications.
#

#
#	Note: as of 11/03/92, the MultiTech appears to have trouble
#	training with a number of fax modems on receive.  I believe
#	this is a MultiTech problem.
#
