Emerson CC1000DM PCI Identification Values, Vendor Device Subsystem ID hex, PCI 6254 Bridge Mode

P M C / P C I I N T E R F A C E

PCI Identification Values

. . . . .

.P.C.I. .I D. .E.N. .T.I .F.I C. .A. T. I.O. .N. .V. A. .L.U. E. .S. . . . . . . . . . . . . . . . . . . . . . .

Each CC1000dm configuration has a unique set of identification values. The base address for these values is determined by the CC1000dm’s location in the cPCI rack and the baseboard. The standard PCI hex offsets are:

Vendor ID	0016
Device ID	0216
Subsystem Vendor ID	2C16
Subsystem ID	2E16

All of these values are two bytes wide (half-word). Please refer to the PLX PCI 6254 data book for more information. The following table lists the identification values for the different CC1000dm configurations:

	Vendor	Device	Subsystem
Table 3-7:	ID (hex):	ID (hex):	Vendor ID (hex):
PCI Identification Values
	3388	20	–

Subsystem Device ID (hex):

–

PCI 6254 Bridge Mode:

Transparent

21

1223

3A

Non-transparent

Table 3-8:

Debug Header Pin Assignments (JP1, JP2)

.J .T.A.G. . H. .E.A. D. .E.R. S. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Each processor PMC slot has a 10-pin debug header (see Fig. 2-5). These headers are located at JP1 (PMC1) and JP2 (PMC2) to provide easy access to the following signals in Table 3-8:

Pin:	Signal:	Pin:	Signal:
1	TCK	2	ground
3	TDO	4	5V (fused)
5	TMS	6	no connect
7	no connect	8	no connect
9	TDI	10	ground

The signals for the JTAG header are defined as follows:

TCK: Test Clock Input is clock state information and test data into and out of PMC slots dur- ing the test access port (TAP) operation. Scan data is latched at the rising edge of this signal.

10004281-02 CC1000dm User’s Manual 3-11