DSDK2000 Maxim Integrated Products, DSDK2000 Datasheet - Page 11

• Manufacturer Part Number: DSDK2000
• Description: Power Management Modules & Development Tools HIGH PERFORMANCE DEM CE DEMO KIT PLATFORM
• Manufacturer: Maxim Integrated Products

Specifications of DSDK2000

• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

Table 3. Terminal Mode Commands (continued)
Additional Development Resources
The following resources are available for continued development using the DK2000:
NComm, Inc.
T1/E1 Trunk Management Software (TMS
www.ncomm.com
Wind River International
The DK2000 firmware uses the VxWorks real-time operating system (RTOS) from Wind River.
www.windriver.com
Electro Surface Technologies, Inc. (EST) (A division of Wind River)
The DK2000 is compatible with the VisionClick C/C++ source-level debugger/flash programming tool.
www.est.com
TMS is a trademark of NComm Inc.
X <addr> [, <endaddr>] [= <value>]
CTRL <…> <slot>
POLL <…> <slot>
The following commands are used by Demo mode. They are not recommended for use in Terminal mode.
COMMAND
Read or write to daughter card slot addresses. The fifth hex digit of the address
is the daughter card slot number. The fourth hex digit of the address is the
device number. Addresses with fewer than four hex digits are added to the
addresses of the default slot, as set by the setSlot command, plus the default
device, as set by the setDev command.
Examples:
$ X 31020 = FF
$ X 31999
FF
$ X 55
32
$ X 20, 30 = 5
The DK2000 firmware includes T1/E1 device driver code written by NComm.
CTRL calls the TE1DCTRL device driver API with the indicated parameters (see
T1/E1 driver code documentation for details). The slot number on the end is not
passed through to the API but is simply used to determine which device driver to
call.
Example: CTRL 0 400 0 {resets span 0 of slot 0}
The DK2000 firmware includes T1/E1 device driver code written by NComm.
POLL calls the TE1DPOLL device driver API with the indicated parameters (see
T1/E1 driver code documentation for details). The slot number on the end is not
passed through to the API but is simply used to determine which device driver to
call.
Example: POLL 0 600 0 {polls for RLOS on span 0 of slot 0}
™
)
11 of 19
{write FFh to slot 3, device 1, address 020h}
{read slot 3, device 1, address 999h}
{value stored in slot 3, device 1, address 999h}
{read address 55h of default slot/device as set by setSlot
and setDev}
{value stored in default slot/device, address 55h}
{write 05h to default slot/device, addresses 20 to 30h}
FUNCTION