Programming the power Monitor

Altera_Forum

Honored Contributor

15 years ago

You can use system-console to automate it.

For more information about the system-console, please take a look at

http://nioswiki.com/systemconsole

You can do like this

set vj [ lindex [ get_service_paths sld ] 0 ]

You need to find out something like this by changing the last digit.

/connections/USB-Blaster on localhost [USB-0]/EPM2210@2/[MFG:110 ID:8 INST:0 VER:0]

You need to try few times to get the access to the power monitor.

set vj [ lindex [ get_service_paths sld ] 0 ]

set vj [ lindex [ get_service_paths sld ] 1 ]

set vj [ lindex [ get_service_paths sld ] 2 ]

and so on…it will be depending on the FPGA design. If the FPGA has jtag node, it will be changed. If FPGA does not have any jtag node in it, you’ll need to find the

[MFG:110 ID:8 INST:0 VER:0]

[MFG:110 ID:8 INST:123 VER:0] is used for configuration

[MFG:110 ID:8 INST:124 VER:0] is used for clock control for some other boards.

After finding out the node, open the service by typing

open_service sld $vj

Now you need to select which power rail to read from

sld_access_ir $vj 2 2

sld_access_dr $vj 4 1 3

The first line is the command to set the read address.

The second line is the command to value of address.

In this example, setting address(rail) to 0x3

If you want to set to address to 0x06, then

sld_access_ir $vj 2 2

sld_access_dr $vj 4 1 6

Now start reading power data

You need to change the command to read command by typing

sld_access_ir $vj 1 2

Read 16 bits of power data by typing