Model 3088 Series User Manual

2 • Configuration

 

 

If you attempt to modify any configuration parameters via the EOC (by changing (EOC variables), the RocketLink-G will not execute your changes.

Table 2 lists the Model 3088’s configurable parameters.

Table 2. RocketLink-G configurable parameters

Parameter

Description

Possible Values

 

 

 

Password

The password used to login to the console.

Character strings 1–9

 

 

characters long.

Circuit ID

The circuit ID used to identify the unit.

Character string 1–64

 

 

characters long.

 

 

 

Front Panel

If the device is populated with front panel switches, they can be

Enabled or Disabled

Switches

used to start and stop test modes. If they are disabled, however,

 

 

the front panel switch settings will be ignored.

 

DTE Loops

The V.35 interface can request LALs and RDLs using its RRDL and

Enabled or Disabled

(model C)

RLAL pins. If DTE loops are disabled, requests for loopbacks on

 

 

these pins will be ignored.

 

 

 

 

TX Clock

Defines where (V.35 or X.21) serial transmit data is sampled in

Normal or Inverted

(models C, A & D)

relation to the TX clock: on the falling edge (normal) or the rising

 

 

edge (inverted) of the TX clock.

 

DSL Data Rate/

Defines the number of DSL timeslots. The DSL data rate is calculated

1–72

Timeslots

by the equation: data rate = DSL timeslots x 64k. This value also

 

 

defines the maximum serial/T1/E1 data rate.

 

 

 

 

Serial/T1/E1

Defines the total number of serial/T1/E1 timeslots utilized. This value

1–72 (V.35)

Timeslots

must be less than or equal to DSL timeslots.

1–72 (X.21)

 

 

1–24 (T1)

 

 

1–32 (E1)

Timeslot

Defines T1/E1–to–DSL timeslot mapping. By default defined/utilized

 

Mapping

DSL timeslots are mapped to the first n data–bearing timeslots on the

 

(models K & T)

T1/E1 line. Line type determines which timeslots are data–bearing:

 

 

T1–Unframed: 1–24a

 

 

T1–SF: 1–24a

 

 

T1–ESF: 1–24a

 

 

E1–Unframed: 0–31

 

 

E1–Fractional: 1–31

 

 

E1–CRC: 1–31

 

 

E1–MF: 1–15,17–31

 

 

E1–CRCMF: 1–15,17–31

 

 

 

 

Line Type

Defines the framing format of the T1 or E1 line.

T1–Unframeda

(models K & T)

 

T1–SF (D4)a

 

 

T1–ESFa

 

 

E1–Unframed

 

 

(Clear Channel

 

 

G.703)

 

 

E1–Fractional

 

 

E1–CRC

 

 

E1–Multiframe

 

 

E1–CRC & Multiframe

 

 

 

Introduction

20

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Patton electronic 3088 Series user manual Parameter Description Possible Values, E1-CRC

3088 Series specifications

The Patton Electronics 3088 Series is a robust solution tailored for businesses seeking reliable and efficient data connectivity. This series encompasses a range of devices designed to meet the growing demands of modern networking, particularly in environments that require resilient and secure communications.

One of the standout features of the 3088 Series is its versatile connectivity options. The devices support multiple interfaces, including Ethernet and serial connections, allowing for easy integration into existing infrastructures. This flexibility enables organizations to transition smoothly from outdated systems to state-of-the-art technology without extensive reconfiguration.

The 3088 Series also employs advanced protocols to ensure data integrity and security. Mechanisms such as error correction and data encryption are built into the architecture, safeguarding sensitive information from potential breaches. This is particularly important for industries that handle private data, such as healthcare or finance, where compliance with regulations is critical.

In addition to its connectivity features, the 3088 Series prioritizes ease of use and management. Each device is designed with user-friendly interfaces that simplify configuration and monitoring tasks. Comprehensive management options allow network administrators to efficiently track performance, modify settings, and troubleshoot issues remotely, thereby reducing downtime and maintaining productivity.

Furthermore, the 3088 Series emphasizes durability and reliability, making it suitable for demanding applications. Built using high-quality materials, these devices are engineered to withstand environmental stresses, making them ideal for industrial and outdoor deployments. This resilience contributes to lower maintenance costs and longer lifecycle.

The series is also designed with scalability in mind. As businesses grow and their networking needs evolve, the 3088 Series can adapt accordingly. This feature ensures that organizations can expand their capabilities without completely overhauling their systems, providing a cost-effective long-term solution.

Overall, the Patton Electronics 3088 Series stands out as a powerful and flexible platform for data communications. Its combination of versatile connectivity, high-level security features, ease of management, durability, and scalability render it an ideal choice for organizations looking to future-proof their networking infrastructures. As businesses continue to evolve in a digitally driven landscape, the 3088 Series provides a reliable backbone to support their communication needs.