TMUX03155 datasheet(49/120 Pages) AGERE

49 / 120 page

Agere Systems Inc.

Data Sheet

April 2001

TMUX03155 STS-3/STM-1 (AU-4) Multiplexer/Demultiplexer

Microprocessor Interface (continued)

Microprocessor Interface Register Architecture

The register bank architecture of the microprocessor interface is shown in Table 22. Addresses referred to in this

section are given in decimal, with the hexadecimal representation in parentheses.

Table 22. Device-Level Register Map

* Shaded blocks are reserved for future or internal use.

Addr

D (Hex)

Bit Number—Device (ANSI)*

7 (1)

6 (2)

5 (3)

4 (4)

3 (5)

2 (6)

1 (7)

0 (8)

Common Fixed Parameters—Read Only (RO)

0(00)

INT

1(01)

DEVID[15:8] = 0x31

2(02)

DEVID[7:0] = 0x55

3(03)

DEVVER[7:0] = 0x00

One-Shot (0 to 1 Transition) Control Bit Parameters—Read/Write (R/W)

4(04)

TA1A2ERREN

TSTGENE8INS

SFCLEAR

SFSET

SDCLEAR

SDSET

RSTCTL

LATCH_CNT

5(05)

RA1A2ERREN

Controller Scratch Byte—R/W

6(06)

SCRATCH[7:0]

Delta and Event Parameters—COR-RO

7(07)

TILOCFD

TTOAC_PERRE

TLSPARE3

TLSPARE2

TLSPARE1

8(08)

TLSLOFD3

TLSLOFD2

TLSLOFD1

TLSOOFD3

TLSOOFD2

TLSOOFD1

9(09)

TLSH4MISD3

TLSH4MISD2

TLSH4MISD1

TLSPTRMISD3

TLSPTRMISD2

TLSPTRMISD1

10(0A)

RHSPARE

RHSSFD

RHSSDD

RHSLOSD

RHSLOFD

RHSOOFD

RILOCD

11(0B)

RAPSMOND

RK2MOND

RPAISD3

RPAISD2

RPAISD1

RLOPD3

RLOPD2

RLOPD1

12(0C)

RAPSBABLEE

RLRDIMOND

RLAISMOND

RJ1MISE

RS1MOND

RF1MOND

RJ0Z0MOND

13(0D)

RHSNPIMISD

RHSH4MISE

RRDIPD3

RRDIPD2

RRDIPD1

RC2MOND3

RC2MOND2

RC2MOND1

14(0E)

RZ3MOND3

RZ3MOND2

RZ3MOND1

RF2MOND3

RF2MOND2

RF2MOND1

15(0F)

RZ5MOND3

RZ5MOND2

RZ5MOND1

INTN Mask Parameters—R/W

16(10)

TILOCFM

TTOAC_PERRM

TLSPARM3

TLSPARM2

TSLSPARM1

17(11)

TLSLOFM3

TLSLOFM2

TLSLOFM1

TLSOOFM3

TLSOOFM2

TLSOOFM1

18(12)

TLSH4MISM3

TLSH4MISM2

TLSH4MISM1

TLSPTRMISM3

TLSPTRMISM2

TLSPTRMISM1

19(13)

RHSPARM

RHSSFM

RHSSDM

RHSLOSM

RHSLOFM

RHSOOFM

RILOCM

20(14)

RAPSMONM

RK2MONM

RPAISM3

RPAISM2

RPAISM1

RLOPM3

RLOPM2

RLOPM1

21(15)

RAPSBABLEM

RLRDIMONM

RLAISMONM

RJ1MISM

RS1MONM

RF1MONM

RJ0Z0MONM

22(16)

RHSNPIMISM

RHSH4MISM

RRDIPM3

RRDIPM2

RRDIPM1

RC2MONM3

RC2MONM2

RC2MONM1

23(17)

RZ3MONM3

RZ3MONM2

RZ3MONM1

RF2MONM3

RF2MONM2

RF2MONM1

24(18)

RZ5MONM3

RZ5MONM2

RZ5MONM1

State and Value Parameters—RO

25(19)

TILOC

TILOF

TLSLOF3

TLSLOF2

TLSLOF1

TLSOOF3

TLSOOF2

TLSOOF1

26(1A)

TPRDIINT

TLRDIINT

TLSH4MIS3

TLSH4MIS2

TLSH4MIS1

TLSPTRMIS3

TLSPTRMIS2

TLSPTRMIS1

27(1B)

RCDRLOC

RHSSF

RHSSD

RHSLOSEXTI

RHSLOS

RHSLOF

RHSOOF

RILOC

28(1C)

CONCAT_STATE2[1:0]

RPAIS3

RPAIS2

RPAIS1

RLOP3

RLOP2

RLOP1

29(1D)

RHSNPIMIS

RLRDIMON

RLAISMON

CONCAT_STATE3[1:0]

RLRDIINT3

RLRDIINT2

RLRDIINT1

Receive Monitor Values—RO

30(1E)

RJ0MON[7:0]

31(1F)

RZ02MON[7:0]

32(20)

RZ03MON[7:0]

33(21)

RF1MON0[7:0]

34(22)

RF1MON1[7:0]

35(23)

RAPSMON[12:8]

RK2MON[2:0]

36(24)

RAPSMON[7:0]

37(25)

RS1MON[7:0]

38(26)

RC2MON1[7:0]

39(27)

RC2MON2[7:0]

40(28)

RC2MON3[7:0]

41(29)

RF2MON1[7:0]

42(2A)

RF2MON2[7:0]

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