The AG 2000 E&M board has most of the features of the other AG 2000 models that are referenced in Section 1.2, AG 2000 Board Features. Refer to the preface in this manual for the generic information that applies to all AG 2000 boards. This chapter addresses only those areas where the AG 2000 E&M board differs from the AG 2000 loop start, subscriber loop, and DID boards.

7.2.1 DSPs

As shown in Figure 21, an AG 2000 E&M board has up to four high-performance digital signal processors (DSPs) which provide resources for 8 ports of call processing and programmable voice processing. Each DSP supports one or more tasks. These tasks include voice recording and playback, DTMF detection and generation, and call progress analysis.

7.2.2 Signaling Modules

The AG 2000 E&M board supports E&M signaling modules: Figure 21. AG 2000 E&M Board

7.2.3 Connector

Due to the increased number of conductors at the interface, the connector on the AG 2000 E&M board is different from other AG 2000 boards. The AG 2000 E&M board has a DB-62 connector on the end bracket as shown in Figure 22: Figure 22. AG 2000 E&M DB-62 Connector

7.2.4 Status Indicator LEDs

The AG 2000 E&M board has four indicators (LEDs) on the end bracket of the board (refer to Figure 23).
The board locate indicator identifies the board using the software. The status indicator remains on after the board is booted. For the AG 2000 E&M board, High Batt is set to ON which indicates that the LED must be lit for proper operation. It is not required for the Low Batt LED to be lit. Figure 23. LEDs on the End Bracket

7.2.5 External Power Connector

As shown in Figure 24, the external power connector is located on the end bracket of the AG 2000 E&M board: Figure 24. External Power Connector on the AG 2000 E&M Board

7.3 Configuring the Hardware

For information about installing the board, refer to Section 2.5.1, Installing the Board in Your System.

7.3.1 Configuring the DIP Switch

The AG 2000 E&M DIP switch is located on the component side of the board.
DIP switch S1 controls the H.100 bus termination. By default, all S1 switches are set to OFF (H.100 bus termination disabled). Setting switch S1 to ON enables H.100 bus termination. You should only set switch S1 to ON for the boards that are on the ends of the H.100 bus.
DIP switch S1 should be set to either all ON or all OFF.

7.3.2 Configuring the Transmission Path

This section explains how to configure the transmission path of the E&M signaling modules and the AG 2000 E&M board. 2 Wire or 4 Wire
The AG 2000 E&M board has two transmission modes: The transmit audio and receive audio may be combined on one pair of wires. This is called a 2 wire configuration. It operates similarly to the loop start, subscriber loop, and DID products, except that signaling is on separate conductors. The transmit audio may be transmitted on a separate pair from the receive transmission. This option provides isolation of the two signals, eliminating an echo path. It provides performance advantage at the expense of additional cable.
The AG 2000 E&M board is shipped as 4 wire. 2 wire may be enabled by: Changing, on the baseboard, all S2 to ON for trunks 1 - 4 and changing S3 to ON for trunks 5 - 8. Figure 25. Changing Switches S2 and S3 Changing SW5 on signaling module A for trunks 1 - 4 and changing SW5 on signaling module B for trunks 5 - 8. Refer to Figure 26 and to the following table: Figure 26. Changing SW5
This table presents the SW5 settings for either 2 wire or 4 wire: Switch 2 Wire 4 Wire 1 ON OFF 2 OFF ON 3 ON OFF 4 OFF ON 5 ON OFF 6 OFF ON 7 ON OFF 8 OFF ON 9 ON OFF
Also, the QSLAC file will automatically change to 2w from 4w when the system boots as a result of Steps 1 and 2.

Switch	2 Wire	4 Wire
1	ON	OFF
2	OFF	ON
3	ON	OFF
4	OFF	ON
5	ON	OFF
6	OFF	ON
7	ON	OFF
8	OFF	ON
9	ON	OFF

7.3.3 Configuring Audio Transmission Levels

In E&M trunk interfaces, it is common for the far end to specify the audio transmission levels as TLP (Transmission Level Points). This defines the relative test tone power level at that point. The TLP specification can be converted to gain by the following tables. Note: The sign changes from one table to the other. The default gain is 0 db. This should be used if no TLP is specified. Transmission Level Point to Gain Translation Transmit Receive TLP -db Gain -db TLP -db Gain -db 6 6 6 -6 5 5 5 -5 4 4 4 -4 3 3 3 -3 2 2 2 -2 1 1 1 -1 0 0 0 0 -1 -1 -1 1 -2 -2 -2 2 -3 -3 -3 3 -4 -4 -4 4 -5 -5 -5 5 -6 -6 -6 6
Refer to Section 6.3, Line Gain for more information on setting the gain value.

Transmit
TLP -db	Gain -db	TLP -db	Gain -db
6	6	6	-6
5	5	5	-5
4	4	4	-4
3	3	3	-3
2	2	2	-2
1	1	1	-1
0	0	0	0
-1	-1	-1	1
-2	-2	-2	2
-3	-3	-3	3
-4	-4	-4	4
-5	-5	-5	5
-6	-6	-6	6

7.3.4 Signaling

The AG 2000 E&M board has four types of signaling: Type IA Type IB Type VA Type VB
We recommend that you order the correct signaling type and allow NMS to configure and test the board. If switches are incorrectly set, the board may be damaged.
The signaling information is conveyed by an E lead in one direction and an M lead in the other direction (E&M).
Type I signaling is the most common type in North America. Type IA must interface to type IB. Both signaling types use an earth ground as a reference. A common convention (not a rule) is that the A side is the public network or PBX and the terminal is configured to be the B side.
The nine switches on SW1, SW2, SW3, and SW4 on the AG 2000 E&M signaling modules must be set as follows for the IA, IB, VA, and VB signaling types:

IA

IB

VA

VB

1

On

Off

On

Off

2

Off

On

Off

On

3

Off

On

Off

On

4

On

Off

On

Off

5

On

Off

Off

Off

6

On

Off

On

On

7

Off

On

Off

Off

8

On

Off

Off

Off

9

Off

On

On

On

WARNING:

Disconnect the power supply before changing the switch settings.
The AG 2000 E&M board can be optioned for either the A side or the B side: Figure 27. E&M Lead Signaling - Type I
The signaling wiring is connected from the A side E lead to the B side E lead as shown in Figure 28: Figure 28. E&M Lead Signaling - Type V
Type V is common in Europe. Type I and Type V use earth ground as the reference.

	IA	IB	VA	VB
1	On	Off	On	Off
2	Off	On	Off	On
3	Off	On	Off	On
4	On	Off	On	Off
5	On	Off	Off	Off
6	On	Off	On	On
7	Off	On	Off	Off
8	On	Off	Off	Off
9	Off	On	On	On

WARNING:	Disconnect the power supply before changing the switch settings.

7.4 Cabling and Power Supply

7.4.1 E&M Power Supply and Associated Cable

Set the power supply to -48 VDC.
Connect the E&M power cable to the power supply.

This wire...

Which is labeled...

Goes to...

Red

BATT

Minus terminal

Dark black

RETURN

Positive terminal

Light black

GND

Com
Plug the other end of the power cable to the power connector on the board.
If additional boards need power, use the internal 3-way power connector to connect up to three boards together.
Figure 29. Connecting the E&M Power Supply to the AG 2000 Board
Note: Test level 5777 provides the E&M power supply and the E&M power cable.

This wire...	Which is labeled...	Goes to...
Red	BATT	Minus terminal
Dark black	RETURN	Positive terminal
Light black	GND	Com

7.4.2 Telephone Interface Cable

A custom cable (NMS part number 31728) is required to connect from the DB-62 connector to a 66 block (RJ-21 type 25 pair telco connector). Figure 30. Cable for the DB-62 Connector and the RJ-21 Connector
The DB-62 connector has the following pinouts (X = no connection): Pin Connector Pin Connector 1 Tip 2A 32 Ring 8B 2 Ring 2A 33 X 3 Tip 2B 34 X 4 Ring 2B 35 E2 5 Tip 5A 36 M2 6 Ring 5A 37 E5 7 Tip 5B 38 M5 8 Ring 5B 39 E8 9 Tip 8A 40 M8 10 Ring 8A 41 X 11 Tip 8B 42 -48 V 12 X 43 Tip 1A 13 X 44 Ring 1A 14 E3 45 Tip 3A 15 M3 46 Ring 3A 16 E6 47 Tip 4A 17 M6 48 Ring 4A 18 X 49 Tip 6A 19 Batt Return 50 Ring 6A 20 Batt Return 51 Tip 7A 21 X 52 Ring 7A 22 Tip 1B 53 X 23 Ring 1B 54 X 24 Tip 3B 55 Frame Gnd 25 Ring 3B 56 E1 26 Tip 4B 57 M1 27 Ring 4B 58 E4 28 Tip 6B 59 M4 29 Ring 6B 60 E7 30 Tip 7B 61 M7 31 Ring 7B 62 X
The 25 pair telco connector has the following pinouts: Pin Description Pin Description 1 Ring 1A 26 Tip 1A 2 Ring 1B 27 Tip 1B 3 M1 28 E1 4 Ring 2A 29 Tip 2A 5 Ring 2B 30 Tip 2B 6 M2 31 E2 7 Ring 3A 32 Tip 3A 8 Ring 3B 33 Tip 3B 9 M3 34 E3 10 Ring 4A 35 Tip 4A 11 Ring 4B 36 Tip 4B 12 M4 37 E4 13 Ring 5A 38 Tip 5A 14 Ring 5B 39 Tip 5B 15 M5 40 E5 16 Ring 6A 41 Tip 6A 17 Ring 6B 42 Tip 6B 18 M6 43 E6 19 Ring 7A 44 Tip 7A 20 Ring 7B 45 Tip 7B 21 M7 46 E7 22 Ring 8A 47 Tip 8A 23 Ring 8B 48 Tip 8B 24 M8 49 E8 25 Batt Return 50 Frame Gnd
The signaling wiring is connected from the A side E lead to the B side E lead as shown in Figure 31, Figure 32, Figure 33, and in Figure 34.

Pin	Connector	Pin	Connector
1	Tip 2A	32	Ring 8B
2	Ring 2A	33	X
3	Tip 2B	34	X
4	Ring 2B	35	E2
5	Tip 5A	36	M2
6	Ring 5A	37	E5
7	Tip 5B	38	M5
8	Ring 5B	39	E8
9	Tip 8A	40	M8
10	Ring 8A	41	X
11	Tip 8B	42	-48 V
12	X	43	Tip 1A
13	X	44	Ring 1A
14	E3	45	Tip 3A
15	M3	46	Ring 3A
16	E6	47	Tip 4A
17	M6	48	Ring 4A
18	X	49	Tip 6A
19	Batt Return	50	Ring 6A
20	Batt Return	51	Tip 7A
21	X	52	Ring 7A
22	Tip 1B	53	X
23	Ring 1B	54	X
24	Tip 3B	55	Frame Gnd
25	Ring 3B	56	E1
26	Tip 4B	57	M1
27	Ring 4B	58	E4
28	Tip 6B	59	M4
29	Ring 6B	60	E7
30	Tip 7B	61	M7
31	Ring 7B	62	X

Pin	Description	Pin	Description
1	Ring 1A	26	Tip 1A
2	Ring 1B	27	Tip 1B
3	M1	28	E1
4	Ring 2A	29	Tip 2A
5	Ring 2B	30	Tip 2B
6	M2	31	E2
7	Ring 3A	32	Tip 3A
8	Ring 3B	33	Tip 3B
9	M3	34	E3
10	Ring 4A	35	Tip 4A
11	Ring 4B	36	Tip 4B
12	M4	37	E4
13	Ring 5A	38	Tip 5A
14	Ring 5B	39	Tip 5B
15	M5	40	E5
16	Ring 6A	41	Tip 6A
17	Ring 6B	42	Tip 6B
18	M6	43	E6
19	Ring 7A	44	Tip 7A
20	Ring 7B	45	Tip 7B
21	M7	46	E7
22	Ring 8A	47	Tip 8A
23	Ring 8B	48	Tip 8B
24	M8	49	E8
25	Batt Return	50	Frame Gnd

7.4.3 Two Wire, Type IA or Type IB Cross Connections

As shown in Figure 31 and in Figure 32, the 2 wire with E&M interface actually consists of four wires: tip, ring, E lead, and M lead. The tip and ring leads form the two-way audio path. The E&M leads are used for direct-current signaling.
A side equipment sends signals on the M lead and receives signals on the E lead. B side equipment sends signals on the E lead and receives signals on the M lead. Figure 31. 2 Wire, Type 1A or Type IB Cross Connections with AG 2000 E&M Board as B Side Equipment Figure 32. 2 Wire, Type 1A or Type IB Cross Connections with AG 2000 E&M Board as A Side Equipment

7.4.4 4 Wire, Type IB or Type VB Cross Connections

The 4 wire with E&M interface consists of six conductor leads (or three pairs), as shown in Figure 33. Audio transmission toward the demarc from the customer equipment is carried over the T lead and the R lead. Audio transmission from the demarc toward the customer is over the T1 lead and the R1 lead.
A side equipment sends signals on the M lead and receives signals on the E lead. B side equipment sends signals on the E lead and receives signals on the M lead. Figure 33. 4 Wire, Type IB or Type VB Cross Connections with AG 2000 E&M Board as B Side Equipment

7.4.5 4 Wire, Type IA or Type VA Cross Connections

The 4 wire with E&M interface consists of six conductor leads (or three pairs), as shown in Figure 33. Audio transmission toward the demarc from the customer equipment is carried over the T lead and the R lead. Audio transmission from the demarc toward the customer is over the T1 lead and the R1 lead.
A side equipment sends signals on the M lead and receives signals on the E lead. B side equipment sends signals on the E lead and receives signals on the M lead. Figure 34. 4 Wire, Type IA or Type VA Cross Connections with AG 2000 E&M Board as A Side Equipment

7.5 Editing the AG Configuration File

Refer to Chapter 3 for detailed information about editing the AG configuration file. The following sections provide information that is specific to the AG 2000 E&M board.

7.5.1 Naming Conventions for QSLAC Files

For detailed information about QSLAC files, refer to Section 3.3.10, QSLAC Files.
All QSLAC files have an extension of .slc. All QSLAC files adhere to the following naming convention:
[pp][cty][ss][i].slc Where... Represents the... pp Two-position NMS product field: a2 = AG 2000 board q3 = QX 2000/80-4L q4 = QX 2000/100-4L w8 = WTI-8 board cty Three-position ISO country code or region code. ss Two-position signaling type: 2w = 2 wire E&M 4w = 4 wire E&M i One position line impedance field: 6 = 600 ohm
For example, a2usa4w6.slc represents the AG 2000 board/USA/E&M, 4 wire trunk/600 ohm line QSLAC file.
The system automatically loads the correct E&M QSLAC file and cannot be changed.
For more information about QSLAC files, refer to the AG CAS for Natural Call Control Installation and Developer's Manual.
If the default file is not used, an entry will be made in the error log file at boot time. If echo cancellation is enabled, there is no benefit in changing from the default QSLAC file.

Where...	Represents the...
`pp`	Two-position NMS product field: `a2` = AG 2000 board `q3` = QX 2000/80-4L `q4` = QX 2000/100-4L `w8` = WTI-8 board
`cty`	Three-position ISO country code or region code.
`ss`	Two-position signaling type: `2w` = 2 wire E&M `4w` = 4 wire E&M
`i`	One position line impedance field: `6` = 600 ohm

7.5.2 QSLAC Files and TCPs for E&M

The following table lists the QSLAC files for E&M which may be selected for the United States: File Description a2usa2w6.slc This is the default file that is used for 600 ohm optimization for 2 wire E&M. a2usa4w6.slc This is the default file that is used for all 4 wire E&M.
The following table lists the TCPs that are applicable to the AG 2000 E&M boards: Trunk Control Program Description wnk1.tcp E&M bi-directional wink start protocol. wnk0.tcp E&M bi-directional wink start protocol. nocc.tcp No call control.

File	Description
`a2usa2w6.slc`	This is the default file that is used for 600 ohm optimization for 2 wire E&M.
`a2usa4w6.slc`	This is the default file that is used for all 4 wire E&M.

Trunk Control Program	Description
`wnk1.tcp`	E&M bi-directional wink start protocol.
`wnk0.tcp`	E&M bi-directional wink start protocol.
`nocc.tcp`	No call control.

7.6 Sample AG Configuration Files

7.6.1 AG 2000 E&M Without H.100 Connectivity

The following sample AG configuration file describes one AG 2000 E&M board using an E&M protocol, without H.100 connectivity: [AGBOARD] #---------- COMMON section -------- TCP = nocc.tcp # no call control protocol TCP = wnk1.tcp # E&M protocol AG2DspFile = tone.m54 # Beep, tone generation, dial AG2DspFile = callp.m54 # Call Progress detection AG2DspFile = signal.m54 # Out-of-band channel associated signaling AG2DspFile = dtmf.m54 # DTMF and silence/energy detectors AG2DspFile = voice.m54 # NMS ADPCM play and record AG2DspFile = ptf.m54 # Cleardown and precise tone detection RunFile = AG2000.cor RunModule = gtp.leo RunModule = svc.leo RunModule = voice.leo ClockRef = OSC EnableMvip = No IdleCode = mu-LAW #--------- BOARDS section ---------- Board 0 PCIBUS = 0 PCISLOT = 19 End Board

7.6.2 AG 2000 E&M With H.100 Connectivity

The following sample AG configuration file describes one AG 2000 E&M board using and E&M protocol with H.100 connectivity: [AGBOARD] #------------ COMMON section --------- AG2DspFile = voice.m54 AG2DspFile = signal.m54 AG2DspFile = dtmf.m54 AG2DspFile = callp.m54 AG2DspFile = tone.m54 AG2DspFile = ptf.m54 TCP = nocc.tcp TCP = wnk1.tcp RunFile = AG2000.cor RunModule = gtp.leo RunModule = svc.leo RunModule = voice.leo IdleCode = MU-LAW EnableMvip = YES #--------- BOARDS section --------- Board 0 PCIBUS = 0 PCISLOT = 19 ClockRef = H100 #take the clock from the bus or =OSC be the clock master End Board

7.7 Verifying the Installation

7.7.1 Using ctatest With an AG 2000 E&M Board

For testing purposes, configure port 1 for 2w Type IA and configure port 2 for 2w Type IB. Connect the E leads, the M leads, and the tip and ring lines of the two ports together. Ensure that the external power connector is connected to a -48 VDC power supply (refer to Figure 14 in Section 2.7.1, Using 2 Wire Interfaces).
To use ctatest: Make sure that the ag.cfg file includes the following statement for the board that you will be using: TCP = wnk0.tcp If necessary, edit the ag.cfg file and re-start agmon. Start ctatest as described in Section 4.5 for port 1 and for port 2. The initial ctatest menu appears. Note: Perform steps 3, 4, and 5 for port 1 and for port 2. Enter OP to create a CTA context and open the ADI service. CTAEVN_OPEN_SERVICES_DONE is displayed on your screen. Start a protocol by entering SP. The following message appears: Enter protocol name ['nocc']: Enter the E&M protocol: wnko. The following message appears: Event: ADIEVN_STARTPROTOCOL_DONE, Finished From port 1, type PC for "Place Call". The following message appears: Enter digits to dial `123' Press Enter. The following message appears for port 1: Event: ADIEVN_PLACING_CALL The following message appears for port 2: Event: ADIEVN_INCOMING_CALL Called number = `123'. Answer the call on port 2 by entering AC. The following message appears: Number of rings [1]: Press Enter to answer in one ring. The following message appears on port 1: Event: ADIEVN_CALL_CONNECTED, Answered The following message appears on port 2: Event: ADIEVN_ANSWERED_CALL Event: ADIEVN_CALL_CONNECTED You can then generate a DTMF tone from port 1 by entering GD. The following message appears: Enter DTMF string [`1234567890ABCD*#']: Type 1 and press Enter. The following message appears on port 2: Event: ADIEVN_DIGIT_BEGIN, `1' Event: ADIEVN_DIGIT_END Quit the test programs by entering Q for port 1 and port 2.

7.8 E&M Trunk Interface Signaling Bits

There are no dependencies between E&M transmit signaling and E&M receive signaling.

7.8.1 E&M Transmit Signaling

Figure 35 shows transmit signaling for E&M line interfaces: Figure 35. E&M Transmit Signaling
This table summarizes the transmit signaling for E&M line interfaces: Bit Hex Bitmask Description A bit 0x08 Signaling relay Value Description 0 On-hook 0x08 Off-hook B bit N/A Set to 0. C bit N/A Reserved. D bit N/A Reserved.

Bit	Hex Bitmask	Description
A bit	`0x08`	Signaling relay Value Description `0` On-hook `0x08` Off-hook
B bit	N/A	Set to 0.
C bit	N/A	Reserved.
D bit	N/A	Reserved.

7.8.2 E&M Receive Signaling

Figure 36 shows receive signaling for E&M line interfaces: Figure 36. E&M Receive Signaling
This table summarizes the receive signaling for E&M line interfaces: Bit Hex Bitmask Description A bit 0x08 Current detector Value Description 0 Detect on-hook 0x08 Detect off-hook B bit 0x04 Same as A bit. C bit N/A Reserved. D bit N/A Reserved.

Bit	Hex Bitmask	Description
A bit	`0x08`	Current detector Value Description `0` Detect on-hook `0x08` Detect off-hook
B bit	`0x04`	Same as A bit.
C bit	N/A	Reserved.
D bit	N/A	Reserved.

7.9 Hardware Specifications

7.9.1 Common Specifications

Specification

E&M Line Interface Type

Connectors

Board: 1 62 pin D type subminiature connector.
Cable: RJ 21 (standard 25 pin interface)

Return loss (ref. 600 Ohms +2.2 uF standard)

20 dB min. (ERL) for 2 wire

4 to 2 wire gain Tolerance

+/- 1 dB

4 to 2 wire gain range

+6 to -6 dB

2 to 4 wire gain Tolerance

+/- 1 dB

2 to 4 wire gain range

+6 to -6 dB

Frequency response
300 Hz - 3200 Hz. Reference to 1 kHz

+/- 1.2 dB

Trans-hybrid loss @ 1 kHz

17 dB min. for 2 wire
>40 db min. 4 wire

Signal overload level

+3 dBm at 0 dB gain

CMRR

> 80 dB

T-R input impedance
(300 - 3200 Hz)

Voice band 600 ohms +2.2 uF standard

Idle channel noise through connection

< 20 dB rnC

Crosstalk transmit to receive channels

< -62 dB @ 1 kHz

T-R isolation to SELV

>1000VRMS

Off-hook detect

Guaranteed Detect
Current > 10 mA
Guaranteed No Detect
Current < 2.2 mA

Operating loop current

18 mA to 70 mA

Maximum cable distance

4 wire: 3,000 feet (900 m)
2 wire: 1,000 feet (300 m)

Specification	E&M Line Interface Type
Connectors	Board: 1 62 pin D type subminiature connector. Cable: RJ 21 (standard 25 pin interface)
Return loss (ref. 600 Ohms +2.2 uF standard)	20 dB min. (ERL) for 2 wire
4 to 2 wire gain Tolerance	+/- 1 dB
4 to 2 wire gain range	+6 to -6 dB
2 to 4 wire gain Tolerance	+/- 1 dB
2 to 4 wire gain range	+6 to -6 dB
Frequency response 300 Hz - 3200 Hz. Reference to 1 kHz	+/- 1.2 dB
Trans-hybrid loss @ 1 kHz	17 dB min. for 2 wire >40 db min. 4 wire
Signal overload level	+3 dBm at 0 dB gain
CMRR	> 80 dB
T-R input impedance (300 - 3200 Hz)	Voice band 600 ohms +2.2 uF standard
Idle channel noise through connection	< 20 dB rnC
Crosstalk transmit to receive channels	< -62 dB @ 1 kHz
T-R isolation to SELV	>1000VRMS
Off-hook detect	Guaranteed Detect Current > 10 mA Guaranteed No Detect Current < 2.2 mA
Operating loop current	18 mA to 70 mA
Maximum cable distance	4 wire: 3,000 feet (900 m) 2 wire: 1,000 feet (300 m)

7.9.2 Compliance

Natural MicroSystems obtains board-level approvals certificates for supported countries. In some countries you will require, in addition to the approval obtained by NMS for the board and its associated software, a system level approval before connecting the system to the public network. To learn what approvals you require, contact the appropriate regulatory authority in the target country.
Refer to the NMS web site for a list of countries for which NMS has obtained approval for the AG 2000 board.

EMC

US and Canada

FCC Part 15, Subpart J
· AG2000-LS: Class B (with unshielded cables and a ferrite block)
· All other AG 2000 boards: Class A (with unshielded cables)

EU countries

EN55022 (1994 + Amendment 1)
· AG 2000-8LS and 4LS: Class B (with unshielded cable and ferrite block)
· All other AG 2000 boards: Class A (with unshielded cable)
EN50082-1 (1992)

Australia

AS/NZS 3548

Other countries

Refer to the NMS web site (`http://www.nmss.com`).

US and Canada	FCC Part 15, Subpart J · AG2000-LS: Class B (with unshielded cables and a ferrite block) · All other AG 2000 boards: Class A (with unshielded cables)
EU countries	EN55022 (1994 + Amendment 1) · AG 2000-8LS and 4LS: Class B (with unshielded cable and ferrite block) · All other AG 2000 boards: Class A (with unshielded cable) EN50082-1 (1992)
Australia	AS/NZS 3548
Other countries	Refer to the NMS web site (`http://www.nmss.com`).

Safety

US and Canada

NRTL recognized to cUL (UL 1950, 3rd edition)

EU countries

EN60950 (1992) + Amendments 1 to 4

Australia

ACA TS001 (1997)

Other countries

Refer to the NMS web site (`http://www.nmss.com`).

US and Canada	NRTL recognized to cUL (UL 1950, 3rd edition)
EU countries	EN60950 (1992) + Amendments 1 to 4
Australia	ACA TS001 (1997)
Other countries	Refer to the NMS web site (`http://www.nmss.com`).

Telecom

US

FCC Part 68

Canada

ISC CS-03

EU countries

4 and 8 loop start interfaces

CTR-21 approved

4 loop start interfaces/4 NMS Fusion ports

CTR-21 approved

4 loop start/4 subscriber loop interfaces

TBR-21 compliant

Australia

TS002 (1997), TS004 (1997)

Japan

JATE blue book

Other countries

Refer to the NMS web site (`http://www.nmss.com`).

US	FCC Part 68
Canada	ISC CS-03
EU countries	4 and 8 loop start interfaces	CTR-21 approved
	4 loop start interfaces/4 NMS Fusion ports	CTR-21 approved
	4 loop start/4 subscriber loop interfaces	TBR-21 compliant
Australia	TS002 (1997), TS004 (1997)
Japan	JATE blue book
Other countries	Refer to the NMS web site (`http://www.nmss.com`).

This is a Class A product. In a domestic environment, this product may cause radio interference. The user may be required to take adequate measures.

(Page 1 of 1 in this chapter) Version

tech_support@nmss.com

	IA	IB	VA	VB
1	On	Off	On	Off
2	Off	On	Off	On
3	Off	On	Off	On
4	On	Off	On	Off
5	On	Off	Off	Off
6	On	Off	On	On
7	Off	On	Off	Off
8	On	Off	Off	Off
9	Off	On	On	On

	IA	IB	VA	VB
1	On	Off	On	Off
2	Off	On	Off	On
3	Off	On	Off	On
4	On	Off	On	Off
5	On	Off	Off	Off
6	On	Off	On	On
7	Off	On	Off	Off
8	On	Off	Off	Off
9	Off	On	On	On

Chapter 7

AG 2000 E&M Board

7.1 Introduction

7.2 Different Board Features

7.2.1 DSPs

7.2.2 Signaling Modules

7.2.3 Connector

7.2.4 Status Indicator LEDs

7.2.5 External Power Connector

7.3 Configuring the Hardware

7.3.1 Configuring the DIP Switch

7.3.2 Configuring the Transmission Path

7.3.3 Configuring Audio Transmission Levels

7.3.4 Signaling

7.4 Cabling and Power Supply

7.4.1 E&M Power Supply and Associated Cable

7.4.2 Telephone Interface Cable

7.4.3 Two Wire, Type IA or Type IB Cross Connections

7.4.4 4 Wire, Type IB or Type VB Cross Connections

7.4.5 4 Wire, Type IA or Type VA Cross Connections

7.5 Editing the AG Configuration File

7.5.1 Naming Conventions for QSLAC Files

7.5.2 QSLAC Files and TCPs for E&M

7.6 Sample AG Configuration Files

7.6.1 AG 2000 E&M Without H.100 Connectivity

7.6.2 AG 2000 E&M With H.100 Connectivity

7.7 Verifying the Installation

7.7.1 Using ctatest With an AG 2000 E&M Board

7.8 E&M Trunk Interface Signaling Bits

7.8.1 E&M Transmit Signaling

7.8.2 E&M Receive Signaling

7.9 Hardware Specifications

7.9.2 Compliance

Safety US and Canada NRTL recognized to cUL (UL 1950, 3rd edition) EU countries EN60950 (1992) + Amendments 1 to 4 Australia ACA TS001 (1997) Other countries Refer to the NMS web site (http://www.nmss.com).

Safety

US and Canada

NRTL recognized to cUL (UL 1950, 3rd edition)

EU countries

EN60950 (1992) + Amendments 1 to 4

Australia

ACA TS001 (1997)

Other countries

Refer to the NMS web site (`http://www.nmss.com`).

	IA	IB	VA	VB
1	On	Off	On	Off
2	Off	On	Off	On
3	Off	On	Off	On
4	On	Off	On	Off
5	On	Off	Off	Off
6	On	Off	On	On
7	Off	On	Off	Off
8	On	Off	Off	Off
9	Off	On	On	On