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LAN9500 Windows CE 5.0&6.0 Command line Utility V1.1
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The LAN9500 application provides a console command line utility to program the EEPROM of LAN9500 device.


1. Supported OS
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Windows CE 5.0&6.0


2. Starting LAN9500 Utility
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To use the CE9500eep utility, Open A Command prompt and run this utility with the Parameters.


3. Utility Command Line Parameters Details
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CE9500eep ( (-w -r) -b <bin_filename>) [-M <mac_address> -S <serial_num> -m <mac_increment> -s <serial_increment> -N ] [-h]
CE9500eep [-R <Register address in hex>] [-W <Register address in hex>] [-n <phy address>] [-y <PHY Register index in hex> ]
	  [-Y <PHY Register index in hex>] [-v <hex value>] [-z <SMI Register address in hex>] [-Z <SMI Register address in hex>]

-w                      Write the EEPROM Contents specified in the binary 
                        file and verify. The input file specified with 
                        the -b filename option will be updated according
                        to the (mac and serial) increment values if -N 
                        option is specified. Either -w, or -r  must be 
                        specified.

-r                      Read the current EEPROM Contents in the device
                        and write to the specified binary file with the
                        -b option, or write to the file name "lan9500.bin" 
                        by default if -b option is not provided. 
                        Once -r option is specified, it will only take -b option
                        and will not check other options.
                        Either -w, or -r  must be specified.
                        

-b <bin_filename>       Uses the binary file <bin_filename> as "base"
                        for the EEPROM contents. The Mac address and/or
                        serial in the binary <bin_filename> can be 
                        overwritten by using the -M/-S/-m/-s and -N options.


-M <mac_address>        Overrides the mac address to the device eeprom
                        with the mac_address provided. mac_address format
                        is ab:cd:ef:gh:ij:kl with a thru l hexdigits
                        (i.e. 00:80:0F:95:04:00).
                        if -N is not specified, the binary file will not
                        be updated with the Mac Address, only the eeprom
                        content that writen to the device get updated.

-m <mac_increment>      This option overrides the MAc address in the binary
                        file with the increment if the -N option is used.
                        The maximum increment step is 255. Any value less
                        than or equal to 0 will be overrided with 1. It must
                        specified with -N otion.

-S <serial_num>         Overrides the serial number to the device eeprom 
                        with the serial_num provided. Serial_num format is a 
                        9 hexdigits (i.e.:000950404). if -N is not specified,
                        the binary file will not be updated with the serial 
                        number, only the eeprom content that writen to the
                        device get updated.

-s <serial_increment>   This option overrides the serial number in the binary
                        file with the increment if the -N option is used.
                        The maximum increment step is 255. Any value less
                        than or equal to 0 will be overrided with 1. It must
                        specified with -N option

-N                      Update bin file with next mac address and serial number.
                        Next mac address and serial number will be computed with
                        mac_increment and serial_increment.

-R <Register address in hex> Read Control and Status register

-W <Register address in hex> Write Control and Status register. Must use -v option.

-v <hex value>		Register value to write in hex. To be used with -W and -Y options.

-n <phy address>	Phy address to read/write. To be used with -y or -Y option.

-y <PHY Register index in hex> Read PHY register. Must use -n option.

-Y <PHY Register index in hex> Write to phy register. Must use -v and -n option.

-z <SMI Register address in hex> Read PHY register. Reads 32 bit value. (only to be used when connected to switch, say LAN9303)

-Z <SMI Register address in hex> Write PHY register. Writes 32 bit value. (only to be used when connected to switch, say LAN9303)	

-h                      Displays help menu.


4. Known Issues
===============

  None at this time.