ADTRAN HDSL2 Dokumentacja

Section 61181113L2-5AIssue 1, November 2003CLEI Code: T1L7HGLA _ _61181113L2-5A 1Trademarks: Any brand names and product names included in this do

10 Issue 1, November 2003 61181113L2-5AThe Access Module Menus screen (Figure 10) will display the access modules occupying the Total Access 3000

61181113L2-5A Issue 1, November 2003 11The Unit Information Screen (Figure 12) provides detailed product information on each component in the HDSL

12 Issue 1, November 2003 61181113L2-5AThe Provisioning Screen (Figure 13) displays current provisioning settings for the HDSL2 circuit. Options t

61181113L2-5A Issue 1, November 2003 13The Span Status Screen (Figure 15) provides quick access to status information for each HDSL2 receiver in t

14 Issue 1, November 2003 61181113L2-5AThe Detailed Status selection from the Span Status Screen menu (Figure 17) displays the T1 and HDSL2 status

61181113L2-5A Issue 1, November 2003 15The Auto In Service Status Screen (Figure 18) provides the status of the Auto In Service feature. Options f

16 Issue 1, November 2003 61181113L2-5AThe Loopback and Test screen (Figure 19) provides the user with the ability to evoke or terminate all avail

61181113L2-5A Issue 1, November 2003 17The BERT Test screen (Figure 20) is accessed by selecting the associated number on the Loopback and Test me

18 Issue 1, November 2003 61181113L2-5ASelecting number “4” from the BERT menu will display the first of the BERT Test Functions, the Time-out Scr

61181113L2-5A Issue 1, November 2003 19The Performance Monitoring screens (Figure 24 and Figure 25) allow the user to select and display the histo

2 Issue 1, November 2003 61181113L2-5AFeaturesThe basic features of the HDSL2 Total Access 3000 H2TU-C, (P/N 1181113L2) include the following:• Au

20 Issue 1, November 2003 61181113L2-5AAbbreviations used in the Performance Data screens are defined in the Data Definitions screens (Figure 26 a

61181113L2-5A Issue 1, November 2003 21On The Scratch Pad and Circuit ID Screen (Figure 28), the circuit ID can be any alphanumeric string up to 2

22 Issue 1, November 2003 61181113L2-5AFacility Alarm History screen (Figure 30) displays:•DC Open• Over-current (short)• Ground fault• Power cycl

61181113L2-5A Issue 1, November 2003 23The Event History screen (Figure 32) provides a log history of HDSL2 circuit events. The following is a lis

24 Issue 1, November 2003 61181113L2-5AThe System PM/Screen Report option from the Main Menu (Figure 33) offers these four types of reports on per

61181113L2-5A Issue 1, November 2003 25The Troubleshooting screen (Figure 35) compiles infor-mation received from all facilities and equipment in

26 Issue 1, November 2003 61181113L2-5AThe General Information screen (Figure 37) shows the Loop Deployment Guidelines for this type of circuit. S

61181113L2-5A Issue 1, November 2003 27The Y-Modem Flash Upgrade screen (Figure 39) allows the user to initiate a Y-Modem file transfer from the c

28 Issue 1, November 2003 61181113L2-5AThe TFTP Flash screen (Figure 41) is utilized to perform a TFTP file transfer from a remotely located compu

61181113L2-5A Issue 1, November 2003 29The Boot Block Status and Overwrite Password screen (Figure 42) is typically not used. This screen provides

61181113L2-5A Issue 1, November 2003 3This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: 1.

30 Issue 1, November 2003 61181113L2-5A8. HDSL2 DEPLOYMENT GUIDELINESThe ADTRAN HDSL2 system is designed to provide DS1 based services over loops

61181113L2-5A Issue 1, November 2003 319. TROUBLESHOOTING PROCEDURESTabl e 7 is a troubleshooting guide for the Total Access H2TU-C.10. MAINTENAN

32 Issue 1, November 2003 61181113L2-5ATable 8. HDSL2 Total Access 3000 H2TU-C SpecificationsSpecification DescriptionLoop InterfaceModulation Ty

61181113L2-5A A-1Trademarks: Any brand names and product names included in this document are trademarks, registered trademarks, or trade names of thei

A-2 Issue 1, November 2003 61181113L2-5A1. The Source column indicates which side of the interface the control codes are sent from. For example, an (N

61181113L2-5A Issue 1, November 2003 A-3Note: All codes listed above must be sent for a minimum of 5 seconds to be detected and acted uponTable A-2.

A-4 Issue 1, November 2003 61181113L2-5AThis page is intentionally blank.

61181113L2-5A B-1Trademarks: Any brand names and product names included in this document are trademarks, registered trademarks, or trade names of thei

B-2 Issue 1, November 2003 61181113L2-5AMUX MODE TEST ACCESSMUX MON, TX to CustomerThe RX of the BERT receives data from the TX MON EQ jack (Figure B-

61181113L2-5A Issue 1, November 2003 B-3MUX EQ, TX to Customer, RX from CustomerThe TX of the BERT is connected to the EQ TX jack, and the RX of the B

4 Issue 1, November 2003 61181113L2-5APowering ModesThe H2TU-C is capable of span powering the H2TU-R by applying current to the local loop. From

B-4 Issue 1, November 2003 61181113L2-5A

61181113L2-5A Issue 1, November 2003 5Instructions for Installing the ModuleTo install the Total Access 3000 H2TU-C, perform the following steps:1

6 Issue 1, November 2003 61181113L2-5A5. HDSL2 SYSTEM TESTINGThe ADTRAN HDSL2 system provides the ability to monitor the status and performance of

61181113L2-5A Issue 1, November 2003 7In addition to network side loopbacks, the H2TU-C provides customer side loopbacks initiated by using either

8 Issue 1, November 2003 61181113L2-5A7. PROVISIONINGThrough management access via the Total Access 3000 System Controller Unit (SCU), as detailed

61181113L2-5A Issue 1, November 2003 9The screens illustrated in Figure 8 through Figure 42 are for an HDSL2 circuit deployed with the ADTRAN HDSL