README cleanup

Author: aolofsson

lambdalib/iolib/README.md

@@ -4,15 +4,15 @@
 
 | Cell                             | Type    | Description                 |
 | ---------------------------------|---------|-----------------------------|
-[la_iobidir](./rtl/la_iobidir.v)   | Digital | Bidirectional 
+[[la_iobidir](./rtl/la_iobidir.v)  | Digital | Bidirectional
 [la_ioinput](./rtl/la_ioinput.v)   | Digital | Input
 [la_ioxtal](./rtl/la_ioxtal.v)     | Digital | Xtal tranceiver
 [la_iorxdiff](./rtl/la_iorxdiff.v) | Digital | Differential input
 [la_iotxdiff](./rtl/la_iotxdiff.v) | Digital | Differential output
 [la_ioanalog](./rtl/la_ioanalog.v) | Analog  | Pass through ESD protection
 [la_iovdd](./rtl/la_iovdd.v)       | Supply  | Core power
 [la_iovss](./rtl/la_iovss.v)       | Supply  | Core ground
-[la_iovddio](./rtl/la_iovddio.v)   | Supply  | IO  power 
+[la_iovddio](./rtl/la_iovddio.v)   | Supply  | IO  power
 [la_iovssio](./rtl/la_iovssio.v)   | Supply  | IO ground
 [la_iovdda](./rtl/la_iovdda.v)     | Supply  | Analog power
 [la_iovssa](./rtl/la_iovssa.v)     | Supply  | Analog ground
@@ -21,11 +21,10 @@
 [la_ioclamp](./rtl/la_ioclamp.v)   | Supply  | ESD clamp
 [la_iocut](./rtl/la_iocut.v)       | Supply  | Power ring cutter
 
-
 ## PARAMETERS
 
 ### CFGW
-The `CFGW` parameter defines the width of the configuration bus of the io cell. IO cells generally include a set of configuration inputs for things like drive strength and operating modes. Setting `CFGW` to a large value (eg. 16/32) should have zero impact on the design as the extra bus bits get optimized away during implementation. 
+The `CFGW` parameter defines the width of the configuration bus of the io cell. IO cells generally include a set of configuration inputs for things like drive strength and operating modes. Setting `CFGW` to a large value (eg. 16/32) should have zero impact on the design as the extra bus bits get optimized away during implementation.
 
 For la_bidir, the first 8 bits of the configuration bus are reserved for the functionality shown in the table below.
 
@@ -38,13 +37,44 @@ For la_bidir, the first 8 bits of the configuration bus are reserved for the fun
  CFG[7:4]   | drive strength                                  |
 
 #### RINGW
-The `RINGW` parameter specifies the number of signals within the power bus that connects all of the io cells together within the padring. 
+The `RINGW` parameter specifies the number of signals within the power bus that connects all of the io cells together within the padring.
 
 ### SIDE
-The `SIDE` parameter indicates the placement of a cell instances within a padring.Legal values for `SIDE` are: "NO" (north/top), "EA" (east/right), "WE" (west/left), "SO" (south/bottom). The parameter can be used by the technology specific implementation of `iolib` to selec the native orientation of the cell. Modern process nodes place restrictions on the orientation of transistors and include vertical and horizontal version of all active io cells. 
+The `SIDE` parameter indicates the placement of a cell instances within a padring.Legal values for `SIDE` are: "NO" (north/top), "EA" (east/right), "WE" (west/left), "SO" (south/bottom). The parameter can be used by the technology specific implementation of `iolib` to selec the native orientation of the cell. Modern process nodes place restrictions on the orientation of transistors and include vertical and horizontal version of all active io cells.
 
 ### PROP
 The `PROP` parameter can be used by the technology specific `iolib` implementation to select between different variants of the `iolib` cell type. The `PROP` parameter is library specific and should only be used when absolutely necessary. Using this parameter means technology/ip information permeates up through the design (nullifying the benefits of lambdalib).
 
+## Cell Description
+
+## la_iobidir
+
+## la_ioinput
+
+## la_ioxtal
+
+## la_iorxdif
+
+## la_iotxdiff
+
+## la_ioanalog
+
+## la_iovdd
+
+## la_iovss
+
+## la_iovddio
+
+## la_iovssio
+
+## la_iovdda
+
+## la_iovssa
+
+## la_iopoc
+
+## la_iocorner
 
+## la_ioclamp
 
+## la_iocut