ADTRAN ISDN 2B1Q manual BR1TE Specifications

Models: ISDN 2B1Q

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U-BR1TE SPECIFICATIONS

Loop Interface:

 

Line:

2-Wire (TIP and Ring)

Operating Mode:

Full-duplex

Data Rate:

160 kbps total; 144 kbps available to customer

Signal Format:

2B1Q

Output Amplitude:

2.5 Volt, Zero-to-Peak

Tx Source Impedance:

As per ANSI T1.601-1992

Rx Source Impedance:

As per ANSI T1.601-1992

Receiver Sensitivity:

As per ANSI T1.601-1992

DS1 Facility Interface:

Fully compatible with WECO D4 Channel Bank Equipment

Network Compatibility:

ISDN and other digital service, according to TR-NWT-000397

Faceplate Controls and Indicators:

 

Controls:

 

B1/B2

Bearer channel Select switch

 

 

 

 

LP/CR

Loop or carrier direction Select switch

 

 

 

 

Select

Scrolls through valid loopback addresses on four-character display

 

 

 

Test

Activates selected loopback

 

 

Indicators:

 

Four-character display is used to select loopback address and display loopback status.

 

Test:

 

Bantam test jacks for TPI 108/109 RT II or equivalent test sets

 

 

Display

 

Interpretation

 

ACTV

IN

PROG

Activation in progress, the 2-wire loop is attempting to activate.

 

LOOP

lS

DOWN

The 2-wire loop is not activated.

 

ADR#

LOOP

BACK

A distant unit with address # is in a loopback commanded from this card.

 

NT1

LOOP

BACK

The NT1 is in loopback as commanded from this card.

 

B1

LOOP

BACK

This card is currently looping back channel B1 as commanded from a far unit.

 

B2

LOOP

BACK

This card is currently looping back channel B2 as commanded from a far unit.

 

2B+D

LOOP

BACK

This card is currently looping back all channels as commanded from a far unit.

 

BANK

CR

FAIL

Bank carrier fail, the channel bank is not receiving data from the T carrier.

 

XMIT

CR

SIDE

Transmit carrier side, forcing the injection of 64 kbps data into a Bearer channel from the front panel Bantam jack into the carrier direction.

XMIT

LP

SIDE

Transmit loop side, forcing the injection of 64 kbps data into a Bearer channel from the front panel Bantam jack into the loop direction.

MADE

B1

LPBK

Made B1 loopback, manually forced the Bearer channel B1 loopback in both the network and customer directions.

MADE

B2

LPBK

Made B2 loopback, manually forced the Bearer channel B2 loopback in both the network and customer directions.

CHCK

TEST

SET

Check test set, ensure test set Tx probe is properly inserted into faceplate Bantam jack and configured as NEAR LOGIC.

FAR

END

OPEN

The unit on the far end of the carrier is not present or not configured properly.

 

Mechanical:

 

 

 

 

 

Size:

 

4.4" H x 10" D x 1.4" W

 

 

Weight:

 

10 oz.

 

 

 

Mounting:

 

Mounts in WECO D4 Channel Bank/SLC-96 terminals

 

Power:

 

Current Drain

 

On-Card Dissipation

 

 

 

-48 V: 40mA (in LUNT mode)

1.95 W maximum

 

 

 

5V: 5mA Display OFF (normal operating mode)

 

 

 

 

45mA Display ON

 

ORDERING INFORMATION: The part numbers for the U-BR1TE are provided below.

Equipment

Part Number

U-BR1TE

1100020L1

U-BR1TE MLT

1100020L2

BR1/8 BR1TE BANK

1150018L1

901 Explorer Boulevard • Huntsville, Alabama • 35806-2807 • (205) 971-8000 • FAX (205) 971-8699

61100.020L1-8C August 1993 Printed in U.S.A.

Specifications subject to change without notice.

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ADTRAN ISDN 2B1Q manual BR1TE Specifications

ISDN 2B1Q specifications

ADTRAN ISDN 2B1Q technology is a digital transmission method that enables high-quality voice and data communication over traditional copper telephony lines. It is particularly notable for its ability to utilize the existing infrastructure of Plain Old Telephone Service (POTS) while providing enhanced features found in integrated services digital networks (ISDN).

The acronym 2B1Q stands for two binary one quaternary, which highlights the modulation scheme employed in this technology. It effectively combines two bits of data into a single symbol that can convey more information than a traditional binary system. This modulation method allows for the transmission of two 64 Kbps B channels alongside one D channel, which has a signaling speed of 16 Kbps. Consequently, the ISDN 2B1Q configuration provides users with the capacity for simultaneous voice and data transfers, greatly enhancing productivity and connectivity.

One of the primary features of ADTRAN ISDN 2B1Q is its ability to deliver multiple calls simultaneously. This is achieved through the two B channels, which can each support voice or data calls independently. Moreover, the D channel is responsible for managing call setup, signaling, and control, freeing the B channels to maintain the active communication sessions without interruption.

Another significant characteristic of ADTRAN ISDN 2B1Q is its support for various applications, including video conferencing, file transfers, and remote access. This versatility makes it an ideal solution for small to medium-sized businesses that rely on efficient communication systems for collaboration and operational efficiency.

ADTRAN’s approach to ISDN technology also emphasizes reliability and quality. The digital nature of ISDN 2B1Q ensures that voice transmissions remain clear and free from the noise and distortion characteristic of analog systems. Furthermore, the technology provides enhanced error detection and correction mechanisms, contributing to a more robust and dependable communication experience.

In addition to voice and data services, ADTRAN ISDN 2B1Q supports features such as caller ID, call waiting, and call forwarding, further enriching the user experience. Its compatibility with various networking devices and systems allows businesses to integrate ISDN into their existing telecommunication infrastructures without significant changes or upgrades.

In conclusion, ADTRAN ISDN 2B1Q stands out as a reliable and versatile technology that brings digital communication capabilities to traditional telephone lines. With its support for simultaneous voice and data calls, rich feature set, and compatibility with existing systems, it serves as a valuable solution for businesses looking to enhance their communication effectiveness while leveraging their current infrastructure.