Exar XRT86VX38 Manuel utilisateur

Exar Corporation 48720 Kato Road, Fremont CA, 94538 •(510) 668-7000 •FAX (510) 668-7017 •www.exar.com

XRT86VX38

8-CHANNEL T1/E1/J1 FRAMER/LIU COMBO - T1 REGISTER DESCRIPTION

2011 REV. 1.0.3

GENERAL DESCRIPTION

The XRT86VX38 is an eight-channel 1.544 Mbit/s or

2.048 Mbit/s DS1/E1/J1 framer and Long-haul/Short-

hual LIU integrated solution featuring R3technology

(Relayless, Reconfigurable, Redundancy) and BITS

Timing element. The physical interface is optimized

with internal impedance, and with the patented pad

structure, the XRT86VX38 provides protection from

power failures and hot swapping.

The XRT86VX38 contains an integrated DS1/E1/J1

framer and LIU which provide DS1/E1/J1 framing and

error accumulation in accordance with ANSI/ITU_T

specifications. Each framer has its own framing

synchronizer and transmit-receive slip buffers. The

slip buffers can be independently enabled or disabled

as required and can be configured to frame to the

common DS1/E1/J1 signal formats.

Each Framer block contains its own Transmit and

Receive T1/E1/J1 Framing function. There are 3

Transmit HDLC controllers per channel which

encapsulate contents of the Transmit HDLC buffers

into LAPD Message frames. There are 3 Receive

HDLC controllers per channel which extract the

payload content of Receive LAPD Message frames

from the incoming T1/E1/J1 data stream and write the

contents into the Receive HDLC buffers. Each framer

also contains a Transmit and Overhead Data Input

port, which permits Data Link Terminal Equipment

direct access to the outbound T1/E1/J1 frames.

Likewise, a Receive Overhead output data port

permits Data Link Terminal Equipment direct access

to the Data Link bits of the inbound T1/E1/J1 frames.

The XRT86VX38 fully meets all of the latest T1/E1/J1

specifications: ANSI T1/E1.107-1988, ANSI T1/

E1.403-1995, ANSI T1/E1.231-1993, ANSI T1/

E1.408-1990, AT&T TR 62411 (12-90) TR54016, and

ITU G-703, G.704, G706 and G.733, AT&T Pub.

43801, and ETS 300 011, 300 233, JT G.703, JT

G.704, JT G706, I.431. Extensive test and diagnostic

functions include Loop-backs, Boundary scan,

Pseudo Random bit sequence (PRBS) test pattern

generation, Performance Monitor, Bit Error Rate

(BER) meter, forced error insertion, and LAPD

unchannelized data payload processing according to

ITU-T standard Q.921.

APPLICATIONS AND FEATURES (NEXT PAGE)

FIGURE 1. XRT86VX38 EIGHT CHANNEL DS1 (T1/E1/J1) FRAMER/LIU COMBO

Performance

Monitor

PRBS

Generator &

Analyser

HDLC/LAPD

Controllers

LIU &

Loopback

Control

DMA

Interface

Signaling &

Alarms JTAG

ALE_AS

RDY_DTACK

P

Select

A[11:0]D[7:0]

Microprocessor

Interface

Tx Serial

Clock

Rx Serial

Clock

8kHz sync

OSC

Back Plane

1.544-16.384 Mbit/s

Local PCM

Highway

ST-BUS

2-Frame

Slip Buffer

Elastic Store

Tx Serial

Data In Tx LIU

Interface

2-Frame

Slip Buffer

Elastic Store

Rx LIU

Interface

Rx Framer

Rx Serial

Data Out

RTIP

RRING

TTIP

TRING

External Data

Link Controller

Tx Overhead In Rx Overhead Out

XRT86VX38

Tx Framer

LLB LB

System (Terminal) Side

Line Side

1:1 Turns Ratio

1:2 Turns Ratio

Memory Intel/Motorola µP

Configuration, Control &

Status Monitor

RxLOS

TxON

INT

XRT86VX38

8-CHANNEL T1/E1/J1 FRAMER/LIU COMBO - T1 REGISTER DESCRIPTION REV. 1.0.3

APPLICATIONS

High-Density T1/E1/J1 interfaces for Multiplexers, Switches, LAN Routers and Digital Modems

SONET/SDH terminal or Add/Drop multiplexers (ADMs)

T1/E1/J1 add/drop multiplexers (MUX)

Channel Service Units (CSUs): T1/E1/J1 and Fractional T1/E1/J1

BITS Timing

Digital Access Cross-connect System (DACs)

Digital Cross-connect Systems (DCS)

Frame Relay Switches and Access Devices (FRADS)

ISDN Primary Rate Interfaces (PRA)

PBXs and PCM channel bank

T3 channelized access concentrators and M13 MUX

Wireless base stations

ATM equipment with integrated DS1 interfaces

Multichannel DS1 Test Equipment

T1/E1/J1 Performance Monitoring

Voice over packet gateways

Routers

FEATURES

Supports Section 13 - Synchronization Interface in ITU G.703 for both Transmit and Receive Paths

Supports SSM Synchronous Messaging Generation (BOC for T1, National Bits for E1) on the Transmit Path

Supports SSM Synchronous Messaging Extraction (BOC for T1, National Bits for E1) on the Receive Path

Supports BITS timing generation on the Transmit Outputs

Supports BITS timing extraction from NRZ data on the Analog Receive Path

DS-0 Monitoring on both Transmit and Receive Time Slots

Supports SSM Synchronization Messaging per ANSI T1.101-1999 and ITU G.704

Supports a Customized Section 13 - Synchronization Interface in G.703 at 1.544MHz

Independent, full duplex DS1 Tx and Rx Framer/LIUs

Each channel has full featured Long-haul/Short-haul LIU

Two 512-bit (two-frame) elastic store, PCM frame slip buffers (FIFO) on TX and Rx provide up to 8.192 MHz

asynchronous back plane connections with jitter and wander attenuation

Supports input PCM and signaling data at 1.544, 2.048, 4.096 and 8.192 Mbits. Also supports 2-channel

multiplexed 12.352/16.384 (HMVIP/H.100) Mbit/s on the back plane bus

Programmable output clocks for Fractional T1/E1/J1

Supports Channel Associated Signaling (CAS)

Supports Common Channel Signalling (CCS)

Supports ISDN Primary Rate Interface (ISDN PRI) signaling

XRT86VX38

REV. 1.0.3 8-CHANNEL T1/E1/J1 FRAMER/LIU COMBO - T1 REGISTER DESCRIPTION 8-CHANNEL T1/E1/J1 FRAMER/

Extracts and inserts robbed bit signaling (RBS)

3 Integrated HDLC controllers for transmit and receive, each controller having two 96-byte buffers (buffer 0 /

buffer 1)

HDLC Controllers Support SS7

Timeslot assignable HDLC

V5.1 or V5.2 Interface

Automatic Performance Report Generation (PMON Status) can be inserted into the transmit LAPD interface

every 1 second or for a single transmission

Supports SPRM and NPRM

Alarm Indication Signal with Customer Installation signature (AIS-CI)

Remote Alarm Indication with Customer Installation (RAI-CI)

Gapped Clock interface mode for Transmit and Receive.

Intel/Motorola and Power PC interfaces for configuration, control and status monitoring

Parallel search algorithm for fast frame synchronization

Wide choice of T1 framing structures: SF/D4, ESF, SLC®96, T1DM and N-Frame (non-signaling)

Direct access to D and E channels for fast transmission of data link information

Full BERT Controller for generation and detection on system and line side of the chip

PRBS, QRSS, and Network Loop Code generation and detection

Seven Independent, simultaneous Loop Code Detectors per Channel

Programmable Interrupt output pin

Supports programmed I/O and DMA modes of Read-Write access

The framer block encodes and decodes the T1/E1/J1 Frame serial data

Detects and forces Red (SAI), Yellow (RAI) and Blue (AIS) Alarms

Detects OOF, LOF, LOS errors and COFA conditions

Loopbacks: Local (LLB) and Line remote (LB)

Facilitates Inverse Multiplexing for ATM

Performance monitor with one second polling

Boundary scan (IEEE 1149.1) JTAG test port

Accepts external 8kHz Sync reference

1.8V Inner Core

3.3V CMOS operation with 5V tolerant inputs

256-pin fpBGA and 329-pin fpBGA package with -40C to +85Coperation

ORDERING INFORMATION

PART NUMBER PACKAGE OPERATING TEMPERATURE RANGE

XRT86VX38IB256 256 PIn Fine Pitch Ball Grid Array -40C to +85C

XRT86VX38IB329 329 PIn Fine Pitch Ball Grid Array -40C to +85C

XRT86VX38

8-CHANNEL T1/E1/J1 FRAMER/LIU COMBO - T1 REGISTER DESCRIPTION REV. 1.0.3

LIST OF TABLES

Table 1:: Register Summary ..............................................................................................................................................4

Table 2:: Clock Select Register(CSR) Hex Address: 0xN100 ........11

Table 3:: Line Interface Control Register (LICR) Hex Address: 0xN101 ...............13

Table 4:: General Purpose Input/Output 0 Control Register(GPIOCR0) Hex Address: 0x0102 ...........................15

Table 5:: General Purpose Input/Output 1 Control Register(GPIOCR1) Hex Address: 0x4102 ........................16

Table 6:: Framing Select Register (FSR) Hex Address: 0xN107 ....................17

Table 7:: Alarm Generation Register (AGR) Hex Address: 0xN108 .....................19

Table 8:: yellow alarm duration and format when one second rule is not enforced .........................................................20

Table 9:: yellow alarm format when one second rule is enforced ....................................................................................21

Table 10:: Synchronization MUX Register (SMR) Hex Address: 0xN109 .................23

Table 11:: Transmit Signaling and Data Link Select Register (TSDLSR) Hex Address:0xN10A ..................26

Table 12:: Framing Control Register (FCR) Hex Address: 0xN10B ..................28

Table 13:: Receive Signaling & Data Link Select Register (RSDLSR) Hex Address: 0xN10C ....................29

Table 14:: Receive Signaling Change Register 0 (RSCR 0) Hex Address: 0xN10D ..........31

Table 15:: Receive Signaling Change Register 1(RSCR 1) Hex Address: 0xN10E ......31

Table 16:: Receive Signaling Change Register 2 (RSCR 2) Hex Address: 0xN10F ........31

Table 17:: Receive In Frame Register (RIFR) Hex Address: 0xN112 ..................32

Table 18:: Data Link Control Register (DLCR1) Hex Address: 0xN113 ....................33

Table 19:: Transmit Data Link Byte Count Register (TDLBCR1) Hex Address: 0xN114 ....................35

Table 20:: Receive Data Link Byte Count Register (RDLBCR1) Hex Address: 0xN115 ..................36

Table 21:: Slip Buffer Control Register (SBCR) Hex Address: 0xN116 .....................37

Table 22:: FIFO Latency Register (FFOLR) Hex Address: 0xN117 ................38

Table 23:: DMA 0 (Write) Configuration Register (D0WCR) Hex Address: 0xN118 ..................39

Table 24:: DMA 1 (Read) Configuration Register (D1RCR) Hex Address: 0xN119 .................40

Table 25:: Interrupt Control Register (ICR) Hex Address: 0xN11A ......................41

Table 26:: LAPD Select Register (LAPDSR) Hex Address: 0xN11B ................42

Table 27:: Customer Installation Alarm Generation Register (CIAGR) Hex Address: 0xN11C .......................43

Table 28:: Performance Report Control Register (PRCR) Hex Address: 0xN11D ....................44

Table 29:: Gapped Clock Control Register (GCCR) Hex Address: 0xN11E ..................45

Table 30:: Transmit Interface Control Register (TICR) Hex Address:0xN120 ....................46

Table 31:: Transmit Interface Speed When Multiplexed Mode is Disabled (TxMUXEN = 0) ...........................................48

Table 32:: Transmit Interface Speed when Multiplexed Mode is Enabled (TxMUXEN = 1) ............................................49

Table 33:: BERT Control & Status Register (BERTCSR0) Hex Address: 0xN121 ...............50

Table 34:: Receive Interface Control Register (RICR) Hex Address: 0xN122 ...............52

Table 35:: Receive Interface Speed When Multiplexed Mode is Disabled (TxMUXEN = 0) ............................................54

Table 36:: Receive Interface Speed when Multiplexed Mode is Enabled (TxMUXEN = 1) .............................................55

Table 37:: BERT Control & Status Register (BERTCSR1) Hex Address: 0xN123 .....................56

Table 38:: Loopback Code Control Register - Code 0 (LCCR0) Hex Address: 0xN124 ...............58

Table 39:: Transmit Loopback Coder Register (TLCR) Hex Address: 0xN125 .............60

Table 40:: Receive Loopback Activation Code Register - Code 0 (RLACR0) Hex Address: 0xN126 ................60

Table 41:: Receive Loopback Deactivation Code Register - Code 0 (RLDCR0) Hex Address: 0xN127 .................60

Table 42:: Receive LoopCode Detection Switch (RLCDS) Hex Address: 0xN128 ..................................61

Table 43:: Defect Detection Enable Register (DDER) Hex Address: 0xN129 ..............62

Table 44:: Loopback Code Control Register - Code 1 (LCCR1) Hex Address: 0xN12A ........................63

Table 45:: Receive Loopback Activation Code Register - Code 1 (RLACR1) Hex Address: 0xN12B ..................64

Table 46:: Receive Loopback Deactivation Code Register - Code 1 (RLDCR1) Hex Address: 0xN12C ....................64

Table 47:: Loopback Code Control Register - Code 2 (LCCR2) Hex Address: 0xN12D ........................65

Table 48:: Receive Loopback Activation Code Register - Code 2 (RLACR2) Hex Address: 0xN12E ..................66

Table 49:: Receive Loopback Deactivation Code Register - Code 2 (RLDCR2) Hex Address: 0xN12F .....................66

Table 50:: Transmit LoopCode Generation Switch (TLCGS) Hex Address: 0xN140 ...............................67

Table 51:: LoopCode Timer Select (LCTS) Hex Address: 0xN141 ..........................................................67

Table 52:: Transmit SPRM and NPRM Control Register (TSPRMCR) Hex Address: 0xN142 ................67

Table 53:: Data Link Control Register (DLCR2) Hex Address: 0xN143 ...................69

Table 54:: Transmit Data Link Byte Count Register (TDLBCR2) Hex Address: 0xN144 ...................71

Table 55:: Receive Data Link Byte Count Register (RDLBCR2) Hex Address: 0xN145 .................72

Table 56:: Loopback Code Control Register - Code 3 (LCCR3) Hex Address: 0xN146 .........................73

Table 57:: Receive Loopback Activation Code Register - Code 3 (RLACR3) Hex Address: 0xN147 ..................74

Table 58:: Receive Loopback Deactivation Code Register - Code 3 (RLDCR3) Hex Address: 0xN148 .....................74

XRT86VX38

REV. 1.0.3 8-CHANNEL T1/E1/J1 FRAMER/LIU COMBO - T1 REGISTER DESCRIPTION

Table 59:: Loopback Code Control Register - Code 4 (LCCR4) Hex Address: 0xN149 ......................... 75

Table 60:: Receive Loopback Activation Code Register - Code 4 (RLACR4) Hex Address: 0xN14A .................. 76

Table 61:: Receive Loopback Deactivation Code Register - Code 4 (RLDCR4) Hex Address: 0xN14B .................... 76

Table 62:: Loopback Code Control Register - Code 5 (LCCR5) Hex Address: 0xN14C ........................77

Table 63:: Receive Loopback Activation Code Register - Code 5 (RLACR5) Hex Address: 0xN14D .................. 78

Table 64:: Receive Loopback Deactivation Code Register - Code 5 (RLDCR5) Hex Address: 0xN14E .................... 78

Table 65:: Loopback Code Control Register - Code 6 (LCCR6) Hex Address: 0xN14F ........................79

Table 66:: Receive Loopback Activation Code Register - Code 6 (RLACR6) Hex Address: 0xN150 .................. 80

Table 67:: Receive Loopback Deactivation Code Register - Code 6 (RLDCR6) Hex Address: 0xN151 ..................... 80

Table 68:: Data Link Control Register (DLCR3) Hex Address: 0xN153 .................81

Table 69:: Transmit Data Link Byte Count Register (TDLBCR3) Hex Address: 0xN154 ................... 83

Table 70:: Receive Data Link Byte Count Register (RDLBCR3) Hex Address: 0xN155 .................84

Table 71:: Loopback Code Control Register - Code 7 (LCCR7) Hex Address: 0xN156 ......................... 85

Table 72:: Receive Loopback Activation Code Register - Code 7 (RLACR7) Hex Address: 0xN157 .................. 86

Table 73:: Receive Loopback Deactivation Code Register - Code 7 (RLDCR7) Hex Address: 0xN158 ..................... 86

Table 74:: BERT Control Register (BCR) Hex Address: 0xN163 ...............87

Table 75:: T1 SSM Messages .........................................................................................................................................88

Table 76:: SSM BOC Control Register (BOCCR 0xN170h) ............................................................................................89

Table 77:: SSM Receive FDL Register (RFDLR 0xN171h) .............................................................................................90

Table 78:: SSM Receive FDL Match 1 Register (RFDLMR1 0xN172h) ..........................................................................91

Table 79:: SSM Receive FDL Match 2 Register (RFDLMR2 0xN173h) ..........................................................................91

Table 80:: SSM Receive FDL Match 3 Register (RFDLMR3 0xN174h) ..........................................................................91

Table 81:: SSM Transmit FDL Register (TFDLR 0xN175h) ............................................................................................92

Table 82:: SSM Transmit Byte Count Register (TBCR 0xN176h) ...................................................................................92

Table 83:: Receive DS-0 Monitor Registers (RDS0MR) Hex Address:

0xN160 to 0xN16F (not including 0xN163) and 0xN1C0 to 0xN1D0 ................................................................93

Table 84:: Transmit DS-0 Monitor Registers (TDS0MR) Hex Address: 0xN1D1 to 0xN1F0 .......................................93

Table 85:: Device ID Register (DEVID) Hex Address: 0x01FE ...........94

Table 86:: Revision ID Register (REVID) Hex Address: 0x01FF ...........94

Table 87:: Transmit Channel Control Register 0-23 (TCCR 0-23) Hex Address: 0xN300 to 0xN317 ................... 95

Table 88:: Transmit User Code Register 0-23 (TUCR 0-23) Hex Address: 0xN320 to 0xN337 ...............97

Table 89:: Transmit Signaling Control Register 0-23 (TSCR 0-23) Hex Address: 0xN340 to 0xN357 ...................... 98

Table 90:: Receive Channel Control Register 0-23 (RCCR 0-23) Hex Address: 0xN360 to 0xN377 ................100

Table 91:: Receive User Code Register 0-23 (RUCR 0-23) Hex Address: 0xN380 to 0xN397 ...........102

Table 92:: Receive Signaling Control Register 0-23 (RSCR 0-23) Hex Address: 0xN3A0 to 0xN3B7 .................103

Table 93:: Receive Substitution Signaling Register 0-23 (RSSR 0-23) Hex Address: 0xN3C0 to 0xN3D7 ...............105

Table 94:: Receive Signaling Array Register 0 to 23 (RSAR 0-23) Hex Address: 0xN500 to 0xN517 ................106

Table 95:: LAPD Buffer 0 Control Register (LAPDBCR0) Hex Address: 0xN600 .................................107

Table 96:: LAPD Buffer 1 Control Register (LAPDBCR1) Hex Address: 0xN700 ...................................107

Table 97:: PMON Receive Line Code Violation Counter MSB (RLCVCU) Hex Address: 0xN900 ..............108

Table 98:: PMON Receive Line Code Violation Counter LSB (RLCVCL) Hex Address: 0xN901 ..............108

Table 99:: PMON Receive Framing Alignment Bit Error Counter MSB (RFAECU) Hex Address: 0xN902 .................109

Table 100:: PMON Receive Framing Alignment Bit Error Counter LSB (RFAECL) Hex Address: 0xN903 ...............109

Table 101:: PMON Receive Severely Errored Frame Counter (RSEFC) Hex Address: 0xN904 .............. 110

Table 102:: PMON Receive CRC-6 BIT Error Counter - MSB (RSBBECU) Hex Address: 0xN905 ............. 111

Table 103:: PMON Receive CRC-6 Bit Error Counter - LSB (RSBBECL) Hex Address: 0xN906 ............111

Table 104:: PMON Receive Slip Counter (RSC) Hex Address: 0xN909 ..........112

Table 105:: PMON Receive Loss of Frame Counter (RLFC) Hex Address: 0xN90A ...........112

Table 106:: PMON Receive Change of Frame Alignment Counter (RCFAC) Hex Address: 0xN90B ........... 112

Table 107:: PMON LAPD1 Frame Check Sequence Error Counter 1 (LFCSEC1) Hex Address: 0xN90C ............. 113

Table 108:: PRBS Bit Error Counter MSB (PBECU) Hex Address: 0xN90D .............113

Table 109:: PRBS Bit Error Counter LSB (PBECL) Hex Address: 0xN90E .............113

Table 110:: Transmit Slip Counter (TSC) Hex Address: 0xN90F ..........114

Table 111:: Excessive Zero Violation Counter MSB (EZVCU) Hex Address: 0xN910 ............114

Table 112:: Excessive Zero Violation Counter LSB (EZVCL) Hex Address: 0xN911 ............. 114

Table 113:: PMON LAPD2 Frame Check Sequence Error Counter 2 (LFCSEC2) Hex Address: 0xN91C ............. 115

Table 114:: PMON LAPD2 Frame Check Sequence Error Counter 3 (LFCSEC3) Hex Address: 0xN92C ............. 115

Table 115:: Block Interrupt Status Register (BISR) Hex Address: 0xNB00 ................116

Table 116:: Block Interrupt Enable Register (BIER) Hex Address: 0xNB01 ...............118

Table 117:: Alarm & Error Interrupt Status Register (AEISR) Hex Address: 0xNB02 ................120

XRT86VX38

III

8-CHANNEL T1/E1/J1 FRAMER/LIU COMBO - T1 REGISTER DESCRIPTION REV. 1.0.3

Table 118:: Alarm & Error Interrupt Enable Register (AEIER) Hex Address: 0xNB03 ..................122

Table 119:: Framer Interrupt Status Register (FISR) Hex Address: 0xNB04 ..............123

Table 120:: Framer Interrupt Enable Register (FIER) Hex Address: 0xNB05 ..............125

Table 121:: Data Link Status Register 1 (DLSR1) Hex Address: 0xNB06 ............127

Table 122:: Data Link Interrupt Enable Register 1 (DLIER1) Hex Address: 0xNB07 ..............129

Table 123:: Slip Buffer Interrupt Status Register (SBISR) Hex Address: 0xNB08 .................131

Table 124:: Slip Buffer Interrupt Enable Register (SBIER) Hex Address: 0xNB09 ................134

Table 125:: Receive Loopback Code 0 Interrupt and Status Register (RLCISR0) Hex Address: 0xNB0A ..................136

Table 126:: Receive Loopback Code 0 Interrupt Enable Register (RLCIER0) Hex Address: 0xNB0B ................137

Table 127:: Excessive Zero Status Register (EXZSR) Hex Address: 0xNB0E ..............138

Table 128:: Excessive Zero Enable Register (EXZER) Hex Address: 0xNB0F ............138

Table 129:: SS7 Status Register for LAPD1 (SS7SR1) Hex Address: 0xNB10 .............139

Table 130:: SS7 Enable Register for LAPD1 (SS7ER1) Hex Address: 0xNB11 ...........139

Table 131:: RxLOS/CRC Interrupt Status Register (RLCISR) Hex Address: 0xNB12 .............140

Table 132:: RxLOS/CRC Interrupt Enable Register (RLCIER) Hex Address: 0xNB13 .............140

Table 133:: Receive Loopback Code 1 Interrupt and Status Register (RLCISR1) Hex Address: 0xNB14 ...................141

Table 134:: Receive Loopback Code 1 Interrupt Enable Register (RLCIER1) Hex Address: 0xNB15 .................142

Table 135:: Data Link Status Register 2 (DLSR2) Hex Address: 0xNB16 .............143

Table 136:: Data Link Interrupt Enable Register 2 (DLIER2) Hex Address: 0xNB17 ..............145

Table 137:: SS7 Status Register for LAPD2 (SS7SR2) Hex Address: 0xNB18 .............147

Table 138:: SS7 Enable Register for LAPD2 (SS7ER2) Hex Address: 0xNB19 .............147

Table 139:: Receive Loopback Code 2 Interrupt and Status Register (RLCISR2) Hex Address: 0xNB1A ..................148

Table 140:: Receive Loopback Code 2 Interrupt Enable Register (RLCIER2) Hex Address: 0xNB1B ................149

Table 141:: Receive Loopback Code 3 Interrupt and Status Register (RLCISR3) Hex Address: 0xNB1C ..................150

Table 142:: Receive Loopback Code 3 Interrupt Enable Register (RLCIER3) Hex Address: 0xNB1D ................151

Table 143:: Receive Loopback Code 4 Interrupt and Status Register (RLCISR4) Hex Address: 0xNB1E ..................152

Table 144:: Receive Loopback Code 4 Interrupt Enable Register (RLCIER4) Hex Address: 0xNB1F .................153

Table 145:: Receive Loopback Code 5 Interrupt and Status Register (RLCISR5) Hex Address: 0xNB20 ...................154

Table 146:: Receive Loopback Code 5 Interrupt Enable Register (RLCIER5) Hex Address: 0xNB21 .................155

Table 147:: Receive Loopback Code 6 Interrupt and Status Register (RLCISR6) Hex Address: 0xNB22 ...................156

Table 148:: Receive Loopback Code 6 Interrupt Enable Register (RLCIER6) Hex Address: 0xNB23 .................157

Table 149:: Receive Loopback Code 7 Interrupt and Status Register (RLCISR7) Hex Address: 0xNB24 ...................158

Table 150:: Receive Loopback Code 7 Interrupt Enable Register (RLCIER7) Hex Address: 0xNB25 .................159

Table 151:: Data Link Status Register 3 (DLSR3) Hex Address: 0xNB26 .............160

Table 152:: Data Link Interrupt Enable Register 3 (DLIER3) Hex Address: 0xNB27 .............162

Table 153:: SS7 Status Register for LAPD3 (SS7SR3) Hex Address: 0xNB28 ............164

Table 154:: SS7 Enable Register for LAPD3 (SS7ER3) Hex Address: 0xNB29 ...........164

Table 155:: Customer Installation Alarm Status Register (CIASR) Hex Address: 0xNB40 .................165

Table 156:: Customer Installation Alarm Status Register (CIAIER) Hex Address: 0xNB41 .................166

Table 157:: T1 BOC Interrupt Status Register (BOCISR 0xNB70h) .............................................................................167

Table 158:: T1 BOC Interrupt Enable Register (BOCIER 0xNB71h) ............................................................................169

Table 159:: T1 BOC Unstable Interrupt Status Register (BOCUISR 0xNB74h) ............................................................170

Table 160:: T1 BOC Unstable Interrupt Enable Register (BOCUIER 0xNB75h) ...........................................................171

Table 161:: LIU Channel Control Register 0 (LIUCCR0) Hex Address: 0x0FN0 ............172

Table 162:: Equalizer Control and Transmit Line Build Out ...........................................................................................174

Table 163:: LIU Channel Control Register 1 (LIUCCR1) Hex Address: 0x0FN1 ...........175

Table 164:: LIU Channel Control Register 2 (LIUCCR2) Hex Address: 0x0FN2 ............177

Table 165:: LIU Channel Control Register 3 (LIUCCR3) Hex Address: 0x0FN3 ...........179

Table 166:: LIU Channel Control Interrupt Enable Register (LIUCCIER) Hex Address: 0x0FN4 ..................181

Table 167:: LIU Channel Control Status Register (LIUCCSR) Hex Address: 0x0FN5 ...............183

Table 168:: LIU Channel Control Interrupt Status Register (LIUCCISR) Hex Address: 0x0FN6 ....................186

Table 169:: LIU Channel Control Cable Loss Register (LIUCCCCR) Hex Address: 0x0FN7 ...............188

Table 170:: LIU Channel Control Arbitrary Register 1 (LIUCCAR1) Hex Address: 0x0FN8 ..................188

Table 171:: LIU Channel Control Arbitrary Register 2 (LIUCCAR2) Hex Address: 0x0FN9 .....................188

Table 172:: LIU Channel Control Arbitrary Register 3 (LIUCCAR3) Hex Address: 0x0FNA .....................189

Table 173:: LIU Channel Control Arbitrary Register 4 (LIUCCAR4) Hex Address: 0x0FNB .....................189

Table 174:: LIU Channel Control Arbitrary Register 5 (LIUCCAR5) Hex Address: 0x0FNC ....................189

Table 175:: LIU Channel Control Arbitrary Register 6 (LIUCCAR6) Hex Address: 0x0FND ....................190

Table 176:: LIU Channel Control Arbitrary Register 7 (LIUCCAR7) Hex Address: 0x0FNE .....................190

Table 177:: LIU Channel Control Arbitrary Register 8 (LIUCCAR8) Hex Address: 0x0FNF .....................190

XRT86VX38

REV. 1.0.3 8-CHANNEL T1/E1/J1 FRAMER/LIU COMBO - T1 REGISTER DESCRIPTION

Table 178:: LIU Global Control Register 0 (LIUGCR0) Hex Address: 0x0FE0 .............191

Table 179:: LIU Global Control Register 1 (LIUGCR1) Hex Address: 0x0FE1 .............193

Table 180:: LIU Global Control Register 2 (LIUGCR2) Hex Address: 0x0FE2 .............194

Table 181:: LIU Global Control Register 3 (LIUGCR3) Hex Address: 0x0FE4 .............194

Table 182:: LIU Global Control Register 4 (LIUGCR4) Hex Address: 0x0FE9 .............195

Table 183:: LIU Global Control Register 5 (LIUGCR5) Hex Address: 0x0FEA ............196

XRT86VX38

8-CHANNEL T1/E1/J1 FRAMER/LIU COMBO - T1 REGISTER DESCRIPTION REV. 1.0.3

DESCRIPTION OF THE CONTROL REGISTERS - T1 MODE

All address on this register description is shown in HEX format.

TABLE 1: REGISTER SUMMARY

FUNCTION SYMBOL HEX

Control Registers (0xN100 - 0xN1FF)

Clock and Select Register CSR 0xN100

Line Interface Control Register LICR 0xN101

General Purpose Input/Output Control 0 GPIOCR0 0x0102

General Purpose Input/Output Control 1 GPIOCR1 0x4102

Reserved -0xN103 - 0xN106

Framing Select Register FSR 0xN107

Alarm Generation Register AGR 0xN108

Synchronization MUX Register SMR 0xN109

Transmit Signaling and Data Link Select Register TSDLSR 0xN10A

Framing Control Register FCR 0xN10B

Receive Signaling & Data Link Select Register RSDLSR 0xN10C

Receive Signaling Change Register 0 RSCR0 0xN10D

Receive Signaling Change Register 1 RSCR1 0xN10E

Receive Signaling Change Register 2 RSCR2 0xN10F

Reserved - E1 mode only -0xN110 -

0xN111

Receive In-Frame Register RIFR 0xN112

Data Link Control Register 1 DLCR1 0xN113

Transmit Data Link Byte Count Register 1 TDLBCR1 0xN114

Receive Data Link Byte Count Register 1 RDLBCR1 0xN115

Slip Buffer Control Register SBCR 0xN116

FIFO Latency Register FIFOLR 0xN117

DMA 0 (Write) Configuration Register D0WCR 0xN118

DMA 1 (Read) Configuration Register D1RCR 0xN119

Interrupt Control Register ICR 0xN11A

LAPD Select Register LAPDSR 0xN11B

Customer Installation Alarm Generation Register CIAGR 0xN11C

Performance Report Control Register PRCR 0xN11D

Gapped Clock Control Register GCCR 0xN11E

Transmit Interface Control Register TICR 0xN120

XRT86VX38

REV. 1.0.3 8-CHANNEL T1/E1/J1 FRAMER/LIU COMBO - T1 REGISTER DESCRIPTION

BERT Control & Status - Register 0 BERTCSR0 0xN121

Receive Interface Control Register RICR 0xN122

BERT Control & Status - Register 1 BERTCSR1 0xN123

Loopback Code Control Register - Code 0 LCCR0 0xN124

Transmit Loopback Code Register TLCR 0xN125

Receive Loopback Activation Code Register - Code 0 RLACR0 0xN126

Receive Loopback Deactivation Code Register - Code 0 RLDCR0 0xN127

Receive LoopCode Detection Switch RLCDS 0xN128

Defect Detection Enable Register DDER 0xN129

Loopback Code Control Register - Code 1 LCCR1 0xN12A

Receive Loopback Activation Code Register - Code 1 RLACR1 0xN12B

Receive Loopback Deactivation Code Register - Code 1 RLDCR1 0xN12C

Loopback Code Control Register - Code 2 LCCR2 0xN12D

Receive Loopback Activation Code Register - Code 2 RLACR2 0xN12E

Receive Loopback Deactivation Code Register - Code 2 RLDCR2 0xN12F

Reserved - E1 mode only -0xN130 - 0xN13F

Transmit LoopCode Generation Switch TLCGS 0xN140

Loopcode Timer Select LCTS 0xN141

Transmit SPRM and NPRM Control Register TSPRMCR 0xN142

Data Link Control Register 2 DLCR2 0xN143

Transmit Data Link Byte Count Register 2 TDLBCR2 0xN144

Receive Data Link Byte Count Register 2 RDLBCR2 0xN145

Loopback Code Control Register - Code 3 LCCR3 0xN146

Receive Loopback Activation Code Register - Code 3 RLACR3 0xN147

Receive Loopback Deactivation Code Register - Code 3 RLDCR3 0xN148

Loopback Code Control Register - Code 4 LCCR4 0xN149

Receive Loopback Activation Code Register - Code 4 RLACR4 0xN14A

Receive Loopback Deactivation Code Register - Code 4 RLDCR4 0xN14B

Loopback Code Control Register - Code 5 LCCR5 0xN14C

Receive Loopback Activation Code Register - Code 5 RLACR5 0xN14D

Receive Loopback Deactivation Code Register - Code 5 RLDCR5 0xN14E

Loopback Code Control Register - Code 6 LCCR6 0xN14F

Receive Loopback Activation Code Register - Code 6 RLACR6 0xN150

TABLE 1: REGISTER SUMMARY

FUNCTION SYMBOL HEX

XRT86VX38

8-CHANNEL T1/E1/J1 FRAMER/LIU COMBO - T1 REGISTER DESCRIPTION REV. 1.0.3

Receive Loopback Deactivation Code Register - Code 6 RLDCR6 0xN151

Data Link Control Register 3 DLCR3 0xN153

Transmit Data Link Byte Count Register 3 TDLBCR3 0xN154

Receive Data Link Byte Count Register 3 RDLBCR3 0xN155

Loopback Code Control Register - Code 7 LCCR7 0xN156

Receive Loopback Activation Code Register - Code 7 RLACR7 0xN157

Receive Loopback Deactivation Code Register - Code 7 RLDCR7 0xN158

BERT Control Register BCR 0xN163

SSM BOC Control Register BOCCR 0xN170

SSM Receive FDL Register RFDLR 0xN171

SSM Receive FDL Match 1 Register RFDLMR1 0xN172

SSM Receive FDL Match 2 Register RFDLMR2 0xN173

SSM Receive FDL Match 3 Register RFDLMR3 0xN174

SSM Transmit FDL Register TFDLR 0xN175

SSM Transmit Byte Count Register TBCR 0xN176

Receive DS-0 Monitor Registers RDS0MR 0xN15F - 0xN1CF

Transmit DS-0 Monitor Registers TDS0MR 0xN1D0 - 0xN1EF

Device ID Register DEVID 0xN1FE

Revision Number Register REVID 0xN1FF

Time Slot (payload) Control (0xN300 - 0xN3FF)

Transmit Channel Control Register 0-23 TCCR 0-23 0xN300 - 0xN317

Transmit User Code Register 0-23 TUCR 0-23 0xN320 - 0xN337

Transmit Signaling Control Register 0-23 TSCR 0-23 0xN340 - 0xN357

Receive Channel Control Register 0-23 RCCR 0-23 0xN360 - 0xN377

Receive User Code Register 0-23 RUCR 0-23 0xN380 - 0xN397

Receive Signaling Control Register 0-23 RSCR 0-23 0xN3A0 - 0xN3B7

Receive Substitution Signaling Register 0-23 RSSR 0-23 0xN3C0 - 0xN3D7

Receive Signaling Array (0xN500 - 0xN51F)

Receive Signaling Array Register 0 RSAR0-23 0xN500 -

0xN517

LAPDn Buffer 0

LAPD Buffer 0 Control Register LAPDBCR0 0xN600 -

0xN660

TABLE 1: REGISTER SUMMARY

FUNCTION SYMBOL HEX

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