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Card Status Report 0x00A6

SwitchKit Name

CardStatusReport

Type

EXS API and SwitchKit API message

Description

Card Status Report 0x00A6

This message reports information about a card’s status. Because this message is defined differently for different card types, some fields listed below may not apply.

This message is sent to the host when the host sends the Card Status Query message or when a card is reset.

Sent by

CSP

Resent in EXS API

This message is resent once after five (5) seconds.

Example Message
for EXS API

The following example shows a trace of a Card Status Report message for a 4-span ST1LC card.

Header (bytes 0-9):

fe [00 51] [00 a6] 00 06 ff [00 00]

AIB (bytes 10-14):

00 01 01 01 01

Misc. Info. (bytes 15-27):

0c 12 0f 42 09 01 04 04 01 [02 16] [08 00]

Card Information (bytes 28-61):

00 08 / 0c 02 ff ff / 0c 02 ff ff / 0c 02 ff ff / 0c 02 ff ff / 00 00 00 00 00 00 00 00 00 00 00 0000 00 00 00

Hardware Configuration (bytes 62-77):

[00 00] 00 00 00 00 00 00 00 00 00 00 00 00 00 00

Misc. Info. (bytes 78-84):

0c 00 [00 00] 02 0e cs

SwitchKit Code

C Structure

typedef struct {

unsigned short Status;

UBYTE AddrInfo[30];

UBYTE CardType;

UBYTE CardStatus;

UBYTE ConfTestRslts;

UBYTE ArtRevision;

UBYTE FunctRevision;

UBYTE ROMMajorRevision;

UBYTE ROMMinorRevision;

UBYTE RAMMajorRevision;

UBYTE RAMMinorRevision;

unsigned short SerialNumber;

unsigned short RAMSize;

UBYTE CardSpecifics[384];

UBYTE HardwareConfig[16];

UBYTE CardID;

UBYTE RAMBuildNum;

unsigned short ConfigTag;

UBYTE LineCardSpeed;

UBYTE SoftwareResetReason;

} XL_CardStatusReport;

C++ Class

class XLC_CardStatusReport : public XLC_InboundMessage {

public:

unsigned short getStatus() const;

void setStatus(unsigned short x);

const UBYTE *getAddrInfo() const;

UBYTE *getAddrInfo();

void setAddrInfo(UBYTE *x);

UBYTE getSlot() const;

void setSlot(UBYTE x);

UBYTE getModule() const;;

void setModule(UBYTE x);

UBYTE getCardType() const;

void setCardType(UBYTE x);

UBYTE getCardStatus() const;

void setCardStatus(UBYTE x);

UBYTE getConfTestRslts() const;

void setConfTestRslts(UBYTE x);

UBYTE getArtRevision() const;

void setArtRevision(UBYTE x);

UBYTE getFunctRevision() const;

void setFunctRevision(UBYTE x);

UBYTE getROMMajorRevision() const;

void setROMMajorRevision(UBYTE x);

UBYTE getROMMinorRevision() const;

void setROMMinorRevision(UBYTE x);

UBYTE getRAMMajorRevision() const;

void setRAMMajorRevision(UBYTE x);

UBYTE getRAMMinorRevision() const;

void setRAMMinorRevision(UBYTE x);

unsigned short getSerialNumber() const;

void setSerialNumber(unsigned short x);

unsigned short getRAMSize() const;

void setRAMSize(unsigned short x);

const UBYTE *getCardSpecifics() const;

UBYTE *getCardSpecifics();

void setCardSpecifics(UBYTE *x);

const UBYTE *getHardwareConfig() const;

UBYTE *getHardwareConfig();

void setHardwareConfig(UBYTE *x);

UBYTE getCardID() const;

void setCardID(UBYTE x);

UBYTE getRAMBuildNum() const;

void setRAMBuildNum(UBYTE x);

unsigned short getConfigTag() const;

void setConfigTag(unsigned short x);

UBYTE getLineCardSpeed() const;

void setLineCardSpeed(UBYTE x);

UBYTE getSoftwareResetReason() const;

void setSoftwareResetReason(UBYTE x)

Overview of message

The following table provides an overview of this message. The table following it, provides the detail for each byte.

MESSAGE (White) | RESPONSE (Gray)
Byte | Field Description | Byte | Field Description
0 | Frame (0xFE) | 0 | Frame (0xFE)
1, 2 | Length (0xNNNN) | 1, 2 | Length (0x0005)
3, 4 | Message Type (0x00A6) | 3, 4 | Message Type (0x00A6)
5 | Reserved (0x00) | 5 | Reserved (0x00)
6 | Sequence Number | 6 | Same Sequence Number
7 | Logical Node ID | 7 | Logical Node ID
8, 9 | Status MSB, LSB | 8 | Checksum
: | AIB
: | Card Type |  |
: | Card Status
: | Confidence Test Results
: | PC Artwork Revision
: | Functional Revision
: | ROM Major Revision
: | ROM Minor Revision
: | RAM Major Revision
: | RAM Minor Revision
: | Serial Number MSB, LSB |  |
: | RAM Size MSB, LSB
: | Card Information (Field length varies)
: | Hardware Configuration |  |
: | Card ID
: | RAM Build Number
: | Configuration Tag MSB, LSB |  |
: | CPU Speed
: | Software Reset Reason
: | Checksum

EXS API Hex Format- Detailed

MESSAGE (White) | RESPONSE (Gray)
Byte | Field Description | Byte | Field Description
0 | Frame (0xFE) | 0 | Frame (0xFE)
1, 2 | Length (0xNNNN) | 1, 2 | Length (0x0005)
3, 4 | Message Type (0x00A6) | 3, 4 | Message Type (0x00A6)
5 | Reserved (0x00) | 5 | Reserved (0x00)
6 | Sequence Number | 6 | Same Sequence Number
7 | Logical Node ID | 7 | Logical Node ID
8, 9 | Status MSB, LSB | 8 | Checksum
: | AIB Address Method 0x00 - Individual AEs |
Number of AEs to follow
AE 0x01 Slot
: | Card Type 0x00 8-Span ST1LC 0x0 1 4-Span ST1LC 0x03 MFDSP 0x0A SS7 0x0B SE1LC 4-Span 0x0C SE1LC 8-Span 0x0E SJ1LC 4-Span
| 0x13 ISDN PRI 0x14 DASS 2 0x15 DSP-ONE 0x16 T-ONE 8-Span 0x17 E-ONE 8-Span 0x18 T-ONE 16-Span 0x19 E-ONE 16-Span 0x1D J-ONE 8-Span 0x1E J-ONE 16-Span 0x1F DS3 0x33 Subrate Controller
| 0x42 EXNET Connect PCI H.100 0x50 SS7 PQ 0x54 EXNET-ONE 0x60 VDAC ONE 0x61 VDAC VoIP Module 0x65 IP Network Interface Series 2 0x6B DSP Series 2 0x6D IP Network Interface Series 2 VoIP Module 0x71 SS7 Series 3 0x72 CSP 2000 Matrix I/O 0x73 CSP 2000 Matrix 0x75 CSP 1000 Matrix 0x76 ISDN Series 3 0x79 IP Signaling Series 3 Card 0x80 Virtual VDAC 0x90 DSP Series 2 Plus 0x91 IP Network Interface Series 3 0x92 Multi-Function Media I/O Plus 0xAA Illegal I/O 0xCA Multi-Function Media I/O 0xCC DS3 Standby I/O 0xCF VDAC I/O 0xD2 Virtual T1 16-span 0xD5 Virtual E1/J1 16-Span 0xD8 CCS I/O Series 3 0xDB J-ONE Redundant I/O 0xDC J-ONE Standby I/O 0xDD DS3 I/O 0xDF CCS I/O
| 0xE0 E-ONE 75 Ohm Redundant I/O 0xE1 T-ONE 100 Ohm Redundant I/O 0xE2 E-ONE 120 Ohm Redundant I/O 0xE3 E-ONE 75 Ohm Standby I/O 0xE4 T-ONE 100 Ohm Standby I/O 0xE5 E-ONE 120 Ohm Standby I/O 0xE8 SS7 Multi-Protocol I/O
| 0xF0 Power Supply Card 0xF5 EXNET Ring I/O 0xF3 Matrix I/O 0xF6 Rear Fan Tray 0xF7 SS7 Redundant I/O
| 0xF8 Front Fan Tray 0xF9 ISDN Redundant I/O 0xFA Midplane 0xFE Dead Card: All subsequent data fields do not apply and all other bytes in the message should be ignored. 0xFF Empty Slot: All subsequent data fields do not apply.
: | Card Status This field is a bit mask that applies to the following cards: CSP Matrix Series 3 Card, T-ONE, E-ONE, J-ONE, DS3, EXNET-ONE, SS7-PQ, SS7 Series 3, DSP-ONE, MFDSP, DSP Series 2, DSP Series 2 Plus, ISDN PRI, ISDN Series 3, ST1LC, SE1LC, SJ1LC, VDAC-ONE, IP Network Interface Series 2 and 3 *, IP Signaling Series 3. Bit 0–1 Reset Reason 0 Dialogic use only 1 Power-up 2 Dialogic use only 3 Reset button pushed 2–3 Card State 0 In service 1 The CSP has taken the card out of service 2 The host has taken the card out of service 3 The host has put the card in a standby state 4 Invalid battery-backed configuration data. The host must reconfigure the card 5 Faults are logged Faults may be obtained using a Fault Log Query message. Obtain a Fault Log and report it to Dialogic Technical Support as soon as possible. 6 Failed confidence tests. Information about the confidence test which failed is in the "Confidence Test Results" field. 7 General hardware failure The card is off-line and must be serviced. For the ISDN PRI card, see the Hardware Configuration Field for additional information. * If the IP Network Interface Series 2 and 3 card is out of service, ignore the card state for the modules.
| Fan Tray Bit 0 Reserved 1 Fan 6 failed 2 Fan 5 failed 3 Fan 4 failed 4 Fan 3 failed 5 Fan 2 failed 6 Fan 1 failed 7 General hardware failure. The card is off-line and must be serviced. Power Supply Card Bit 0 Module 3 failed 1 Module 3 in tolerance 2 Module 2 failed 3 Module 2 in tolerance 4 Module 1 failed 5 Module 1 in tolerance 6 Out of Tolerance 7 General hardware failure. The card is off-line and must be serviced. DS3, E1 and T1 Redundant and Standby I/O Cards Bit 0–5 Reserved 6 Output Enabled 7 Relays Enabled (0=Normal, 1=Switchover) Matrix I/O Card Bit 0 Interface B link state: 0=Down, 1=Up 1 Interface A link state: 0=Down, 1=Up 2 The active Ethernet Interface: 0=Interface A. 1=Interface B
: | Confidence Test Results This field is bit-defined. It applies to the CSP Matrix Series 3 CardS and line cards. Bit 0–5 Reserved 6 Bit set indicates RAM test failure 7 Bit set indicates ROM checksum failure
: | PC Artwork Revision An ASCII character in the range "A" to "Z" (0x41–0x5B) that indicates the revision level of the card’s Printed Circuit Artwork.
: | Functional Revision The card’s functional revision level
: | ROM Major Revision The major revision level of the firmware running on the card.
: | ROM Minor Revision The minor revision level of the firmware running on the card.
: | RAM Major Revision The major revision level of the system software running on the card.
: | RAM Minor Revision The minor revision level of the system software running on the card.
: | Serial Number MSB, LSB
This two-byte field indicates the serial number of the card.
: | RAM Size MSB, LSB This two-byte field indicates the amount of RAM on the card, in 1K increments. For the VDAC VoIP Card and VDAC VoIP Module, RAM is measured in 1 MB increments.
: | Card Information (Field length varies)
| The card information, including the length of the field, varies per card type. The system uses the value 0x00 for fields that do not apply to the card or for all fields, if there is no card information. IP Signaling Series 3 Card No card specific or hardware specific information is sent for this card. T-ONE, E-ONE, J-ONE, DS3, ST1LC, SE1LC, VDAC-ONE, IP Network Interface Series 2 and 3, and SS7 Multi-Protocol cards The card information for these cards indicates the logical spans assigned to the card. The logical spans are indicated in the Logical Span AIB (0x0C) as shown below. The CSP uses the value 0xFF to indicate that no span has been assigned. An AIB for a 4-span line card has four address elements and the value 0x00 for the remaining bytes. An AIB for an 8-span line card has eight address elements and the value 0x00 for the remaining bytes. Data[0] Address Method (0x00, Single Entity) Data[1] Number of Address Elements (equal to number of spans) Address Element 1: Span 0 Data[2] Address Type (0x0C, Logical Span) Data[3] Data Length (0x02) Data[4] Logical Span ID, MSB Data[5] Logical Span ID, LSB Address Element N: Span N Data[...] Address Type (0x0C, Logical Span) Data[...] Data Length (0x02) Data[...] Logical Span ID, MSB Data[...] Logical Span ID, LSB
| DSP Series 2 and DSP Series 2 Plus Cards The card information for the DSP Series 2 and DSP Series 2 Plus cards indicates the function types for all DSPs on all Modules on the card, because each DSP can do multiple configurations. Byte Function Type Data[0] Module 0 / DSP 0 / RCV 0 Data[1] Module 0 / DSP 0 / TXMT 0 Data[2] Module 0 / DSP 0 / RCV 1 Data[3] Module 0 / DSP 0 / TXMT 1 Data[4] Module 0 / DSP 1 / RCV 0 Data[5] Module 0 / DSP 1 / TXMT 0 Data[6] Module 0 / DSP 1 / RCV 1 Data[7] Module 0 / DSP 1 / TXMT 1 Data[8] Module 0 / DSP 2 / RCV 0 Data[9] Module 0 / DSP 2 / TXMT 0 Data[10] Module 0 / DSP 2 / RCV 1 Data[11] Module 0 / DSP 2 / TXMT 1 Data[12] Module 0 / DSP 3 / RCV 0 Data[13] Module 0 / DSP 3 / TXMT 0 Data[14] Module 0 / DSP 3 / RCV 1 Data[15] Module 0 / DSP 3 / TXMT 1 Data[16] Module 1 / DSP 0 / RCV 0 Data[17] Module 1 / DSP 0 / TXMT 0 Data[18] Module 1 / DSP 0 / RCV 1 Data[19] Module 1 / DSP 0 / TXMT 1 Data[20] Module 1 / DSP 1 / RCV 0 Data[21] Module 1 / DSP 1 / TXMT 0 Data[22] Module 1 / DSP 1 / RCV 1 Data[23] Module 1 / DSP 1 / TXMT 1 Data[24] Module 1 / DSP 2 / RCV 0 Data[25] Module 1 / DSP 2 / TXMT 0 Data[26] Module 1 / DSP 2 / RCV 1 Data[27] Module 1 / DSP 2 / TXMT 1 Data[28] Module 1 / DSP 3 / RCV 0 Data[29] Module 1 / DSP 3 / TXMT 0 Data[30] Module 1 / DSP 3 / RCV 1 Data[31] Module 1 / DSP 3 / TXMT 1 Data[32] Reserved Data[33] Reserved
| EXNET-ONE This card generates no special information for this field. All bytes are 0x00. SS7 Card Data[0] Maximum Configurable Links for card Data[1] Slot Number of Active SS7 Card (see Note) Data[2] Slot Number of Secondary SS7 Card in Redundant Pair (see Note) Data[3] Stack ID Data[4] Stack ID Data[5] Stack ID Data[6] Stack ID Data[7–15] Reserved NOTE: Do not try to determine the redundancy status from bytes Data[1] and Data[2]. To determine the redundancy status, use the CCS Redundancy Query message.
| Redundant I/O and Standby I/O A Slot AIB indicates the slot number of the other I/O (Standby I/O or Redundant I/O) involved in a switchover.
| SS7 Multi-Protocol I/O Card 0x0C Logical Span AIB
| PCI H.100 Card The card information fields depend upon on H.100 bus clock speed and the number of spans per channel. 4MHz and 24 channels per span display 21 span entries 4MHz and 32 channels per span display 16 span entries 8MHz and 24 channels per span display 80 span entries 8MHz and 32 channels per span display 64 span entries
: | Hardware Configuration (16 bytes) This 16-byte field describes the hardware configuration of the card specified. This field applies to only the cards described below. It also describes DIP switch positions on the cards indicated. DS3 cards Data[0] Number of Spans Supported: 0x18 24 Spans 0x1C 28 Spans Data[1] DS3 Offset Framer Status Bit 0 - DS3 Offset 0 Framer Status 0 - Out of Service 1 - In Service (default) Bit [1-7] Reserved Data [2-13] Reserved Data[14] Hardware Switch 1 Settings (also refer to the Hardware Product Descriptions) (the right-most bit is dip 1) Data[15] Total Available Spans ST1LC and SE1LC cards Data[0] Informs the host of primary and secondary loop timing clock sources configured on the card. Bits 0-2 If secondary loop timing is enabled, this field contains the offset of the span for which it is enabled. Bit 3 Secondary Loop timing 0 Disabled 1 Enabled Bit 4-6 If primary loop timing is enabled, this field contains the offset of the span for which it is enabled. Bit 7 Primary Loop timing 0 Disabled 1 Enabled Data[1-15] Reserved
| T-ONE, E-ONE, J-ONE cards Data 0–3 informs the host of primary and secondary loop timing clock sources configured on the card Data[0] Primary Loop Timing 0 Not Enabled 1 Enabled Data[1] If Primary Loop Timing is enabled, this field contains the span offset of the span for which it is enabled. Data[2] Secondary Loop Timing 0 Not enabled 1 Enabled Data[3] If Secondary Loop Timing is enabled, this field contains the span offset of the span for which it is enabled. Data[4–13] Reserved Data[14] Hardware Switch 1 Settings (also refer to the Hardware Product Descriptions) (the right-most bit is dip 1) Data[15] Total Available Spans
| DSP Series 2 and DSP Series 2 Plus Cards This field informs the host of the number and types of DSP Modules installed on the card. Data[0] Number of Modules installed on the card Data[1] Reserved Data[2] Module 0 Type 0x6C DSP 2 Module 0x03 No Module installed Data[3] Module 1 Type 0x6C DSP 2 Module 0x03 No Module installed Data[4, 5] Reserved Data 6-13: DSP Chip States 0x00 In Service 0x01 Out of Service (or No Module Installed) Data[6] Module 0 / Chip 0 State Data[7] Module 0 / Chip 1 State Data[8] Module 0 / Chip 2 State Data[9] Module 0 / Chip 3 State Data[10] Module 1 / Chip 0 State Data[11] Module 1 / Chip 1 State Data[12] Module 1 / Chip 2 State Data[13] Module 1 / Chip 3 State Data[14] Main Board DIP Switch S1Settings (Bit Field) Bit 0 Debug 1 Mode (ON=Disabled; OFF= Enabled Bit 1 Reserved (ON) Bit 2 Debug 2 Mode (ON=Disabled; OFF= Enabled Bit 3 Ethernet Link Mode (ON=Auto-Negotiate; OFF= Force 100 Mbps/ Full Duplex Bit 4 Reserved (ON) Bit 5 Reserved (ON) Bit 6 Reserved (ON) Bit 7 Reserved (ON) Note: Each Bit maps to the physical DIP switch positions (Bit 0 to Position 1 - Bit 7 to Position 8 Note: Default setttings are ON position Data[15] Reserved
| CSP Matrix Series 3 Card Data[0] Main Board DIP Switch S1Settings (Bit Field) Bit 0 Print to Terminal (ON=Disabled; OFF= Enabled Bit 1 Reserved (ON) Bit 2 System Software/Probe (ON=Enables System Software; OFF Enables Probe Bit 3 CSP Call Control/Services (ON=Call Control Call Processing Enabled; OFF=Services Call processing Enabled) Bit 4 Reserved (ON) Bit 5 Reserved (ON); OFF=API Bit 6 Using Second Ethernet Port (ON=At startup, Ethernet Port 1 (ETH1) is only used; OFF=At startup, both Ethernet Ports (ETH1 and ETH2) can be used. Bit 7 No Static IP Address (ON=If RARP and BOOTP can not obtain an IP address, the static IP address is used; OFF=If RARP and BOOTP can not obtain an IP address, the static IP address is not used) Note: Each Bit maps to the physical DIP switch positions (Bit 0 to Position - Bit 7 to Position 8 Note: Default setttings are ON position, except Bit 5 which is OFF Data[1] Main Board DIP Switch S2Settings (Bit Field) Bit 0 Ethernet Link Mode (ON= Force 100 Mbps/Full Duplex; OFF=Auto-Negotiate) Bit 1 Reserved (OFF) Bit 2 Reserved (OFF) Bit 3 Reserved (OFF) Bit 4 Reserved (OFF) Bit 5 Reserved (OFF) Bit 6 Reserved (OFF) Bit 7 Reserved (OFF) Note: Each Bit maps to the physical DIP switch positions (Bit 0 to Position 1 - Bit 7 to Position 8 Note: Default setttings are OFF position
| I P S ignaling Series 3 Card Data[0] Main Board DIP Switch SW1Settings (Bit Field) Bit 0 Debug 1 Mode (ON=Disabled; OFF= Enabled Bit 1 Monitor Port (ON= Monitor Port setting is 19200 baud and is and not selectable; OFF=Reserved Bit 2 Debug 2 Mode (ON=Disabled; OFF= Enabled) Bit 3 Ethernet Link Mode (ON=Auto-Negotiate; OFF= Force 100 Mbps/ Full Duplex Bit 4 Layer 5 (ON=Disabled; OFF= Enabled) Bit 5 Reserved (ON); API Bit 6 Reserved (ON) Bit 7 No Static IP Address (ON=If RARP and BOOTP can not obtain an IP address, the static IP address is used; OFF=If RARP and BOOTP can not obtain an IP address, the static IP address is not used) Note: Each Bit maps to the physical DIP switch positions (Bit 0 to Position 1 - Bit 7 to Position 8 Note: Default setttings are ON position, except Bit 5 which is OFF
| SS 7 Series 3 Card Data[0] Main Board DIP Switch SW1Settings (Bit Field) Bit 0 Debug 1 Mode (ON=Disabled; OFF= Enabled Bit 1 Monitor Port (ON/OFF= Monitor Port setting is 19200 baud) Bit 2 Debug 2 Mode (ON=Disabled; OFF= Enabled) Bit 3 Reserved (ON) Bit 4 Reserved (ON) Bit 5 Reserved (ON) Bit 6 Reserved (ON) Bit 7 Reserved (ON) Note: Each Bit maps to the physical DIP switch positions (Bit 0 to Position 1 - Bit 7 to Position 8 Note: Default setttings are ON position
| IS DN Series 3 Card Data[0] Main Board DIP Switch SW1Settings (Bit Field) Bit 0 Debug 1 Mode (ON=Disabled; OFF= Enabled Bit 1 Monitor Port (ON/OFF= Monitor Port setting is 19200 baud) Bit 2 Debug 2 Mode (ON=Disabled; OFF= Enabled) Bit 3 Reserved (ON) Bit 4 Reserved (ON) Bit 5 Reserved (ON) Bit 6 Reserved (ON) Bit 7 Reserved (ON) Note: Each Bit maps to the physical DIP switch positions (Bit 0 to Position 1 - Bit 7 to Position 8 Note: Default setttings are ON position
| EXNET-ONE card Data[0–3] Informs host of primary and secondary loop timing clock sources configured from ring timing on the card. For EXNET-ONE cards configured as a Single Ring Redundancy Standby, the Loop Timing fields are always disabled. Data[0] Primary Loop Timing 0x00 Not Enabled 0x01 Enabled Data[1] Reserved Data[2] Secondary Loop Timing 0x00 Not Enabled 0x01 Enabled Data[3] Reserved SS7 cards The system does not report hardware configuration information for these cards. All bytes are 0x00.
| SS7 Multi-Protocol I/O card Data[0] Channel 0 Data Rate 0x00 64 Kbps 0x01 56 Kbps, for non-V.35 applications 0x80 V.35, 56 Kbps 0x81 48 Kbps, for non-V.35 applications 0xC0 V.35, 48 Kbps Data[1] Channel 0 Electrical Interface 0x00 V.35, DTE 0x01 V.35, DCE Data[2] Channel 1 Data Rate (same possibilities as Channel 0, above) Data[3] Channel 1 Electrical Interface (same possibilities as Channel 0, above) Data[4] Channel 2 Data Rate (same possibilities as Channel 0, above) Data[5] Channel 2 Electrical Interface (same possibilities as Channel 0, above) Data[6] Channel 3 Data Rate (same possibilities as Channel 0, above) Data[7] Channel 3 Electrical Interface (same possibilities as Channel 0, above) VDAC-ONE card Data[0] Number of VoIP Modules (1 - 4) Data[1] Number of channels supported (MSB) Data[2] Number of channels supported (LSB) Data[3] Installed VoIP Modules (Bit Field): Bit 0 VoIP Module 0 (0 = not installed, 1 = installed) Bit 1 VoIP Module 1 (0 = not installed, 1 = installed) Bit 2 VoIP Module 2 (0 = not installed, 1 = installed) Bit 3 VoIP Module 3 (0 = not installed, 1 = installed) Data[4] Module 0 state (0x05=ready, other values=not ready) Data[5] Module 1 state (0x05=ready, other values=not ready) Data[6] Module 2 state (0x05=ready, other values=not ready) Data[7] Module 2 state (0x05=ready, other values=not ready) Data[8] Port Consumption Mode 1 Reserved 2 Port-Consuming Data[9-15] Reserved (should be zero)
| VDAC VoIP Module Data[0] Total number of channels supported on the module Data[1] Number of channels supported for DSP 0 Data[2] Number of channels supported for DSP 1 Data[3] Number of channels supported for DSP 2 Data[4] Number of channels supported for DSP 3 Data[5] Number of channels supported for DSP 4 Data[6] Number of channels supported for DSP 5 Data[7] Number of channels supported for DSP 6 Data[8] Number of channels supported for DSP 7 Data[9-15] Reserved (should be zero) IP Network Interface Series 2 card Data[0] Number of VoIP Modules (0 - 2) Data[1] Number of channels supported (MSB) Data[2] Number of channels supported (LSB) Data[3] Installed VoIP Modules (Bit Field): Bit 0 VoIP Module 0 (0 = not installed, 1 = installed) Bit 1 VoIP Module 1 (0 = not installed, 1 = installed) Bit 2 VoIP Module 2 (0 = not installed, 1 = installed) Note that for Data 4 - 6 each module can be in one of the following states: 0x02 - Not Present, 0x05 - In Service, 0x06 - Out of Service, and 0x08 - Failed Data[4] Module 0 State Data[5] Module 1 State Data[6] Module 2 State Note that for Data 7 - 9, each module can be for one of the following IP resource profiles: 0x01 - G.711 Only (16 spans per module) 0x02 - G.711 + G.723.1 + G.729 + T.38 (8 spans per module) 0x0F - Not applicable (For example, module is not present) Data[7] Module 0 Profile Data[8] Module 1 Profile Data[9] Module 2 Profile Data[10] Port Consumption Mode 1 = Non Port-Consuming 2 = Port-Consuming Data [11-14] Refer to IPN-3 card Data[15] Reserved (Set to 0)
| IP Network Interface Series 2 card Module Data[0] Total number of channels supported for the module (MSB) Data[1] Total number of channels supported for the module (LSB) Data[2] Module State Data[3] Module Profile Data[4] Bitmap of installed DSPs on a VoIP module (1 - Installed) Data[5] Bitmap of available DSPs on a VoIP module (1 - available) Data[6] Number of channels per available DSP Data[7] MII Bridge FPGA Version Data[8 - 15] Reserved (Set to 0)
| IP Network Interface Series 3 Card Data[0] Number of VoIP Modules (0 - 1) Data[1] Number of channels supported (MSB) Data[2] Number of channels supported (LSB) Data[3] Installed VoIP Modules (Bit Field): Bit 0 VoIP Module 0 (0 = not installed, 1 = installed) Bit 1 VoIP Module 1 (0 = not installed, 1 = installed) Data[4] Module 0 State Data[5] Module 1 State Note that for Data 4 - 5 each module can be in one of the following states: 0x02 - Not Present, 0x05 - In Service, 0x06 - Out of Service, and 0x08 - Failed Data[6] Module 0 Profile Data[7] Module 1 Profile Note that for Data 6-7 each module can be to one of the following IP resource profiles: 0x04 - G.711 Only (16 spans per module) 0x05 - LBR + T.38 (8 spans per module) 0x0F - Not applicable (For example, module is not present) Data[8] Port Consumption Mode 1 = Non Port-Consuming 2 = Port-Consuming Data[9] Main board dip switch settings (bit mask) (first value is default). Refer to the HPD. Data[10] Port 0 Info (CTRL 0) Bit 0 Ethernet Link Status 0 = Ethernet link down 1 = Ethernet link up Bit 1 Duplex Type 0 = Half Duplex 1 = Full Duplex Bit 2-3 Speed 0 0 = 10Mbps 0 1 = 100Mbps 1 0 = 1000Mbps Bits [4-7] Reserved (should be zero) IPN-3 card Data[11] Port 1 Info (CTRL 1) Bit 0 Ethernet Link Status 0 = Ethernet link down 1 = Ethernet link up Bit 1 Duplex Type 0 = Half Duplex 1 = Full Duplex Bit 2-3 Speed 0 0 = 10Mbps 0 1 = 100Mbps 1 0 = 1000Mbps Bits [4-7] Reserved (should be zero)
| Data[12] Port 2 Info (DATA 0) Bit 0 Ethernet Link Status 0 = Ethernet link down 1 = Ethernet link up Bit 1 Duplex Type 0 = Half Duplex 1 = Full Duplex Bit 2-3 Speed 0 0 = 10Mbps 0 1 = 100Mbps 1 0 = 1000Mbps Bits [4-7] Reserved (should be zero) Data[13] Port 3 Info (DATA 1) Bit 0 Ethernet Link Status 0 = Ethernet link down 1 = Ethernet link up Bit 1 Duplex Type 0 = Half Duplex 1 = Full Duplex Bit 2-3 Speed 0 0 = 10Mbps 0 1 = 100Mbps 1 0 = 1000Mbps Bits [4-7] Reserved (should be zero) Data[14] Port 4 Info (DATA 2) Bit 0 Ethernet Link Status 0 = Ethernet link down 1 = Ethernet link up Bit 1 Duplex Type 0 = Half Duplex 1 = Full Duplex Bit 2-3 Speed 0 0 = 10Mbps 0 1 = 100Mbps 1 0 = 1000Mbps Bits [4-7] Reserved (should be zero) Data[15] Port 5 Info (DATA 3) Bit 0 Ethernet Link Status 0 = Ethernet link down 1 = Ethernet link up Bit 1 Duplex Type 0 = Half Duplex 1 = Full Duplex Bit 2-3 Speed 0 0 = 10Mbps 0 1 = 100Mbps 1 0 = 1000Mbps Bits [4-7] Reserved (should be zero)
| IP Network Interface Series 3 Card Module Data[0] Total number of channels supported for the module (MSB) Data[1] Total number of channels supported for the module (LSB) Data[2] Module State Data[3] Module Profile Data[4] Bitmap of installed DSPs on a VoIP module (1 - Installed) Data[5] Bitmap of available DSPs on a VoIP module (1 - available) Data[6] Number of channels per available DSP
: | MAC Addresses Data[0,1] Reserved Data[2-5] 1C 03 35 51 MAC Address for Ethernet Port A Data[6-9] 1C 03 35 51 MAC Address for Ethernet Port A Data[10-17] Reserved
: | Card ID This field contains additional information about identification for the card.
: | RAM Build Number This field indicates the application build number of the system software.
: | Configuration Tag MSB, LSB The configuration tag number assigned by the Tag Configuration message.
: | CPU Speed This field applies to cards other than CSP Matrix Series 3 Cards. If the system is reporting on a CSP Matrix Series 3 Card, this field is not included in the report. 0x00 16 Mhz 0x01 16 Mhz 0x02 20 Mhz 0x03 20 Mhz 0x04 25 Mhz 0x05 50 Mhz 0x08 66 Mhz 0x09 83 Mhz 0x0A 100 Mhz
: | Software Reset Reason This field is reserved for Dialogic use only (it applies to cards other than matrix cards. For example, if the system is reporting on a CSP Matrix Series 3 Card, this field is not included in the report).
: | Checksum

See Address Information Block.
A group of data bits in a specific format, with a flag at each end to indicate the beginning and the end of the frame.
Most Significant Bit
Least Significant Bit
Read Only Memory
Random Access Memory
Range of channels provided by T1 or E1 transmission service. A physical span is a group of channels taking up a single physical wire. A logical span is a group of channels taking up less than a single logical wire, or carried over more than one physical wire.
See Signaling System Number Seven.
See Integrated Services Digital Network.
Digital Signal Processor
Excel's open architecture, proprietary, 1.3 Gbps fiber optic network using a packet-based protocol.
Peripheral Component Interconnect
Voice over Internet Protocol. The delivery of voice information in digital form in discrete packets rather than in the traditional circuit-committed protocols of the public-switched telephone network (PSTN).
Internet Protocol. Part of the TCP/IP family of protocols used to route messages and tracks the addresses of nodes.
Digital communications link - voice, data, and video at a 1.544 Mbps rate (24 64 Kbps channels)
A digital communications link - voice, data, and video at a 2.048 Mbps rate; 30B/2D or 31B/1D (ISDN); non-North American version of T1.
See Common Channel Signaling.
The condition of a component at a given instant. The current "context" of a PPL object, such as Idle, Seizing, Answered. In PPL files, a State is represented by a circle.
The protocol used in most local area PC networks. Typically, most Ethernet networks support data transmission speeds up to 10 Mbps, but 100 Mbps is also possible.
American Standard Code for Information Interchange
The information in an AIB that follows the header, down to the data field. An AIB can have one or more Address Elements. AEs correspond to Span, Channel, and SS7 Link.
Setting up, monitoring, and tearing down calls.
The point in the Excel platform where a DS0 connects to a network. Also known as a "socket."
A 32-bit address, used in IP routing, which includes a Network address identifier assigned by a central authority and a Host ID (an end station identifier assigned by a LAN administrator).
See Reverse Address Resolution Protocol.
Boot protocol for TCP/IP
Application layer of the CSP.
Connection used for the transmission of high-speed data.
Data Terminal Equipment. According to the RS-232-C standard, DTE devices are typically personal computers or data terminals. See DCE.
Data Communications Equipment. According to the RS-232-C standard, DCE devices are typically modems or printers. See DTE.