JBits Slice Internals

A:

Resource:	S0Control.YCarrySelect.YCarrySelect
Values:	S0Control.YCarrySelect.CARRY S0Control.YCarrySelect.LUT_CONTROL
Use:	/* MUX output always from Carry chain/ jBits.set(row, col, S0Control.YCarrySelect.YCarrySelect, S0Control.YCarrySelect.CARRY) / MUX output controlled by the LUT output*/ jBits.set(row, col, S0Control.YCarrySelect.YCarrySelect , S0Control.YCarrySelect.LUT_CONTROL)

B:

Resource:	S0Control.YB.YB
Values:	S0Control.YB.COUT S0Control.YB.BY
Use:	/* Set the YB output to COUT */ jBits.set(row, col, S0Control.YB.YB, S0Control.YB.COUT)

C:

Resource:	S0Control.Y.Y
Values:	S0Control.Y.GOUT_XOR_CARRY S0Control.Y.GOUT S0Control.Y.F6
Use:	/* Set the Y Output to the output of the F6 MUX */ jBits.set(row, col, S0Control.Y.Y, S0Control.Y.F6)

D:

Controlled by same mem cells as R

Resource:	S0Control.AndMux.AndMux
Values:	S0Control.AndMux.ZERO S0Control.AndMux.ONE S0Control.AndMux.IN1 S0Control.AndMux.IN1_AND_IN2
Use:	/* set the output of mux to be zero - useful for wide and / jBits.set(row, col, S0Control.AndMux.AndMux, S0Control.AndMux.ZERO) / set the output of mux to be one - useful for wide or / jBits.set(row, col, S0Control.AndMux.AndMux, S0Control.AndMux.ONE) / set the output of mux to be IN1 - useful for building adders / jBits.set(row, col, S0Control.AndMux.AndMux, S0Control.AndMux.IN1) / set the output of mux to be IN1 and IN2 - useful for building multipliers */ jBits.set(row, col, S0Control.AndMux.AndMux, S0Control.AndMux.IN1_AND_IN2)

E:

Resource:	S0Control.ClockInvert
Values:	S0Control.OFF S0Control.ON
Use:	/* invert the clock signal */ jBits.set(row, col, S0Control.ClockInvert, S0Control.ON)

F:

Resource:	S0Control.CeInvert
Values:	S0Control.OFF S0Control.ON
Use:	/* invert the clock enable signal */ jBits.set(row, col, S0Control.CeInvert, S0Control.ON)

G:

Resource:	Not Supported
Values:	Not Supported
Use:	Inverts the SR input

H:

Resource:	S0Control.YDin.YDin
Values:	S0Control.YDin.Y S0Control.YDin.BY
Use:	/* set the input to the flip flop to be from BY */ jBits.set(row, col, S0Control.YDin.YDin, S0Control.YDin.BY)

I:

Resource:	Not Supported
Values:	Not Supported
Use:	Enables BY pin to drive flip flop set/reset

J:

Resource:	Not Supported
Values:	Not Supported
Use:	Enables BY pin to drive flip flop set/reset

K:

Resource:	Not Supported
Values:	Not Supported
Use:	Enables SR pin to drive flip flop set/reset

L:

Resource:	Not Supported
Values:	Not Supported
Use:	Enables global set reset to drive flip/flop set/reset

M:

Resource:	S0Control.YffSetResetSelect
Values:	S0Control.OFF S0Control.ON
Use:	/* SR set BY reset for y flip flop/ jBits.set(row, col, S0Control.YffSetResetSelect , S0Control.ON) / BY set SR reset for y flip flop*/ jBits.set(row, col, S0Control.YffSetResetSelect , S0Control.OFF)

N:

Resource:	S0Control.XffSetResetSelect
Values:	S0Control.OFF S0Control.ON
Use:	/* SR set, BY reset for x flip flop/ jBits.set(row, col, S0Control.XffSetResetSelect , S0Control.ON) / BY set, SR reset for x flip flop*/ jBits.set(row, col, S0Control.XffSetResetSelect , S0Control.OFF)

O:

Resource:	S0Control.XCarrySelect.XCarrySelect
Values:	S0Control.XCarrySelect.CARRY S0Control.XCarrySelect.LUT_CONTROL
Use:	/* MUX output always from Carry chain*/ jBits.set(row, col, S0Control.XCarrySelect.XCarrySelect, S0Control.XCarrySelect.CARRY)

P:

Resource:	S0Control.X.X
Values:	S0Control.X.FOUT_XOR_CARRY S0Control.X.FOUT S0Control.X.F5
Use:	/* Set the X Output to the output of the F5 MUX */ jBits.set(row, col, S0Control.X.X, S0Control.X.F5)

Q:

Resource:	S0Control.XDin.XDin
Values:	S0Control.XDin.X S0Control.XDin.BX
Use:	/* set the input to the flip flop to be from BX */ jBits.set(row, col, S0Control.XDin.XDin, S0Control.XDin.BX)

R:

Controlled by same mem cells as D

Resource:	S0Control.AndMux.AndMux
Values:	S0Control.AndMux.ZERO S0Control.AndMux.ONE S0Control.AndMux.IN1 S0Control.AndMux.IN1_AND_IN2
Use:	/* set the output of mux to be zero - useful for wide and / jBits.set(row, col, S0Control.AndMux.AndMux, S0Control.AndMux.ZERO) / set the output of mux to be one - useful for wide or / jBits.set(row, col, S0Control.AndMux.AndMux, S0Control.AndMux.ONE) / set the output of mux to be IN1 - useful for building adders / jBits.set(row, col, S0Control.AndMux.AndMux, S0Control.AndMux.IN1) / set the output of mux to be IN1 and IN2 - useful for building multipliers */ jBits.set(row, col, S0Control.AndMux.AndMux, S0Control.AndMux.IN1_AND_IN2)

S:

Resource:	S0Control.Cin.Cin
Values:	S0Control.Cin.CIN S0Control.Cin.BX
Use:	/* set the carry in to be CIN */ jBits.set(row, col, S0Control.Cin.Cin, S0Control.Cin.CIN)

T:

Resource:	S0RAM.DUAL_MODE S0RAM.F_LUT_RAM S0RAM.F_LUT_SHIFTER S0RAM.G_LUT_RAM S0RAM.G_LUT_SHIFTER S0RAM.LUT_MODE S0RAM.RAM_32_X_1
Values:	S0RAM.OFF S0RAM.ON
Use:	/* Set to ON for Dual Ported RAM, 32x1 RAM and dual LUT modes / / Set to OFF for Single Ported RAMs and Shift Registers / jBits.set(row, col, S0RAM.DUAL_MODE, S0RAM.ON) / Configure the F LUT as RAM / jBits.set(row, col, S0RAM.F_LUT_RAM, S0RAM.ON) / Configure F LUT as a shift register / jBits.set(row, col, S0RAM.F_LUT_SHIFTER, S0RAM.ON) / Configure the G LUT as RAM / jBits.set(row, col, S0RAM.G_LUT_RAM, S0RAM.ON) / Configure G LUT as a shift register / jBits.set(row, col, S0RAM.G_LUT_SHIFTER, S0RAM.ON) / Set to ON for LUT mode, OFF for RAM mode / jBits.set(row, col, S0RAM.LUT_MODE, S0RAM.ON) / Configure LUTs as 32 x 1 RAM */ jBits.set(row, col, S0RAM.RAM_32_X_1, S0RAM.ON)

U:

Resource:	S0Control.BxInvert
Values:	S0Control.OFF S0Control.ON
Use:	/* invert BX input signal */ jBits.set(row, col, S0Control.BxInvert, S0Control.ON)

V:

Resource:	S0Control.ByInvert
Values:	S0Control.OFF S0Control.ON
Use:	/* invert BY input signal */ jBits.set(row, col, S0Control.ByInvert, S0Control.ON)

W:

Controlled by same mem cells as Y

Resource:	S0Control.LatchMode
Values:	S0Control.OFF S0Control.ON
Use:	/* Set up as flip flop / jBits.set(row, col, S0Control.LatchMode, S0Control.ON) / set up as latch */ jBits.set(row, col, S0Control.LatchMode, S0Control.OFF)

X:

Controlled by same mem cells as Z

Resource:	S0Control.Sync
Values:	S0Control.OFF S0Control.ON
Use:	/* Set up for synchronous reset / jBits.set(row, col, S0Control.Sync, S0Control.ON) / Set up for asynchronous reset */ jBits.set(row, col, S0Control.Sync, S0Control.OFF)

Y:

Controlled by same mem cells as W

Resource:	S0Control.LatchMode
Values:	S0Control.OFF S0Control.ON
Use:	/* Set up as flip flop / jBits.set(row, col, S0Control.LatchMode, S0Control.ON) / set up as latch */ jBits.set(row, col, S0Control.LatchMode, S0Control.OFF)

Z:

Controlled by same mem cells as X

Resource:	S0Control.Sync
Values:	S0Control.OFF S0Control.ON
Use:	/* Set up for synchronous reset / jBits.set(row, col, S0Control.Sync, S0Control.ON) / Set up for asynchronous reset */ jBits.set(row, col, S0Control.Sync, S0Control.OFF)