application guide for model 6750 brtu with sycamore networks … · 2013. 9. 6. · application...

Application Guide for Model 6750 with Sycamore Networks SN16000

Spirent Communication Rev. A

Application Guide for Model 6750 BRTU

with Sycamore Networks SN16000

Revision Author Approval Date

A Victor Afable July 19, 2007



Table of Contents

1.0 BRTU-99 and ADM Introduction and Preparation---------------------------------------------------------3 1.1 Objective -----------------------------------------------------------------------------------------------------4

1.2 Description ----------------------------------------------------------------------------------------------------4

1.2 Equipment Drawings and Cable Running List----------------------------------------------------- 5-8 2.0 BRTU-99 and SN16000 Configuration-----------------------------------------------------------------------9 3.0 Circuit Access Test --------------------------------------------------------------------------------------------- 14 4.0 REACT TEST RESOURCE Example ---------------------------------------------------------------------- 16



Section 1.0

BRTU-99 and Sycamore Networks SN16000

Introduction and Preparation



1.0 Objective

This document is made to be use as an application guide for setting up the Model 6750 BRTU and REACT for accessing STS12, STS3, STS1 and DS3 circuit using BRTU OC12 Interface card from SN16000 This document does not cover the overall acceptance/verification and focused only in configurations of Spirent Model 6750 BRTU-99 and REACT to access SONET and DS3 circuits from Sycamore SN16000. Additional information may be obtained in the following documents for the purpose of troubleshooting, maintenance, operation requirements, etc. • ATP-6700-085 6750 Acceptance Test Procedure • HKMN-6750-101 6750 Application Drawings. • PN 6750-104 Spirent Digital Test Systems Command Manual

Note

This document was developed with the Sycamore Networks SN16000 embedded software versions of 5.5.1 build 48 (for system with SLVXOSS see figure 1.5) and 6.2.1 (with direct TSC to SN16000 see figure 1.4).

1.1 Description

This document consist of six sections � Section 1 Introduction and Preparation

� Section 2 Model 6750 BRTU

� Section 3 Circuit Access Test

� Section 4 React Test Resource Example



1.2 Equipment Drawings

Figure 1-1 Model 6750 BRTU-99 Front View

Figure 1-2 Model 6750 BRTU-99 Rear View

I I I

1 2 3 4 5 6 7 8 9 1 0 11 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 23 2 4 2 5

1 2 3 4 5 6 7 8 9 1 0 11 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 24 2 51 2

LC

LP

OR

T

P W R

F A I L

B U S Y

L C L

A C T

F A L

B U S Y

P W RP W R

F A IL

B U S Y

F E

P W R

FA L

B U S Y

F E

P W R

F A IL

B U S Y

F E

P W R

FA I L

B U S Y

F E

P W R

F A IL

B U S Y

F E

P W R

S I G

F A IL

B U S Y

P W R

S IG

FA I L

B US Y

P W R

B U S Y

F A L

F

1

E

2

3

P W R

B U S Y

F A L

1

2

3

4

P W R

B U S Y

F A L

P W R

F A L

B U S Y

P W R

F A L

B US Y

P W R

F A I L

B U S Y

P W R

F A L

B U S Y

P W R

F A IL

B U S Y

P W R

F AI L

B U S Y

P W R

F A I L

B U S Y

P W R

F A L

B U S Y

P W R

F A L

B U S Y

P W R

F A IL

B U S Y

P W R

F A L

B U S Y

F E

P W R

F

1

E

2

B U S Y

F A L

P W R

A C O

F A IL

A L M

+ 5 V

H D L C

L A M P

T E S T

C L K

EX P

F 1

7 . 5 A

G M T

L O C KL O C K L O C KL O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C KL O C K

6726-51 6726-51 6726-51 6726-51 6726-51 6726-51 6725-51 6725-51 6714-51 6714-54 6719-52 18-51 6718-51 6718-51 6717-53 6717-53 6716-51 6716-51 6716-51 6716-51 6716-51 6716-51 6713-51 6712-58 6711-51

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TAD INTFC

DS3 TAD INTFC

DS1 FAD INTFC

DS1 FAD+ INTFC

PVS INTFC

M T

PCM TEST

PCM TEST

DATA TEST

DATA TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

COMM CTRL

SYSTEM CTRL

POWER SUPPLY

I I I

67

PCTES

1 2 3 4 5 6 7 8 9 1 0 11 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 23 2 4 2 5

1 2 3 4 5 6 7 8 9 1 0 11 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 24 2 5

1 2

1 2

LC

LP

OR

T

P W R

F A I L

B U S Y

L C L

A C T

F A L

B U S Y

P W RP W R

F A IL

B U S Y

F E

P W R

FA L

B U S Y

F E

P W R

F A IL

B U S Y

F E

P W R

FA I L

B U S Y

F E

P W R

F A IL

B U S Y

F E

P W R

S I G

F A IL

B U S Y

P W R

S IG

FA I L

B US Y

P W R

B U S Y

F A L

F

1

E

2

3

P W R

B U S Y

F A L

1

2

3

4

P W R

B U S Y

F A L

P W R

F A L

B U S Y

P W R

F A L

B US Y

P W R

F A I L

B U S Y

P W R

F A L

B U S Y

P W R

F A IL

B U S Y

P W R

F AI L

B U S Y

P W R

F A I L

B U S Y

P W R

F A L

B U S Y

P W R

F A L

B U S Y

P W R

F A IL

B U S Y

P W R

F A L

B U S Y

F E

P W R

F

1

E

2

B U S Y

F A L

P W R

A C O

F A IL

A L M

+ 5 V

H D L C

L A M P

T E S T

C L K

EX P

F 1

7 . 5 A

G M T

L O C KL O C K L O C KL O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O

P W R

A C O

F A IL

A L M

+ 5 V

H D L C

L A M P

T E S T

C L K

EX P

F 1

7 . 5 A

G M T

L O C KL O C K L O C KL O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C K L O C KL O C K

6726-51 6726-51 6726-51 6726-51 6726-51 6726-51 6725-51 6725-51 6714-51 6714-54 6719-52 18-51 6718-51 6718-51 6717-53 6717-53 6716-51 6716-51 6716-51 6716-51 6716-51 6716-51 6713-51 6712-58 6711-51

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TAD INTFC

DS3 TAD INTFC

DS1 FAD INTFC

DS1 FAD+ INTFC

PVS INTFC

M T

PCM TEST

PCM TEST

DATA TEST

DATA TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

COMM CTRL

SYSTEM CTRL

POWER SUPPLY

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TAD INTFC

DS3 TAD INTFC

DS1 FAD INTFC

DS1 FAD+ INTFC

PVS INTFC

M T

PCM TEST

PCM TEST

DATA TEST

DATA TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TEST

DS3 TAD INTFC

DS3 TAD INTFC

DS1 FAD INTFC

DS1 FAD+ INTFC

PVS INTFC

M T

PCM TEST

PCM TEST

DATA TEST

DATA TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

DS1 TEST

COMM CTRL

SYSTEM CTRL

POWER SUPPLY

67

PCTESPCTESPCTES

-48 V D C

P ow erTB 1

TB 242-5 6V DC

(4 .8A )

B A T R T N

123456

ANCACOMANOVNCVCOMVNO

E1

6 RST

ALARM S

5

123456

IN R

IN T

IN R

IN T

O U TR

O U TT

E3

BITSCLK

E XPS H F

E2

H IGH SPEED TEST UNIT8

W15

J75F AC IN

J76

FA C O U T

W16

J77EQ P T IN

J78

E QP T O U T

7W13

J71FA C IN

J72

FAC O U T

W14

J73

J74

E Q PT IN

E Q PT O U T

6W11

J67F AC IN

J68W12

J69

J70

EQ P T IN

EQ P T O UT

FA C O U T

5W9

J63F A C IN

J64

F AC O UT

W10

J65

J66

E QP T IN

E QPT O U T

4W7

J59FA C IN

J60

FAC O U T

W8

J61

J62

E Q PT IN

E QP T O UT

3W5

J55FAC IN

J56

FAC O U T

W6

J57

J58

E Q P T IN

EQ P T O U T

2W3

J51FA C IN

J52

W4

J53

J54

EQ P T IN

EQ P T O UT

F A C O U T

1W1

J47FA C IN

J48

FA C O UT

W2

J49

J50

E Q P T IN

EQ P T O U T

W1-W16 NORMAL GND

123456

789101112

E5R T

C OM MTA LK /MO N

J21 J22

1/26

2/27

3/28

4/29

5/30

6/31

7/32

8/33

9/34

10/35

11/36

12/37

W /BL

W /O

W /G

W /BR

W /S

R/BL

R/O

R/G

R/BR

R/S

B K/BL

B K/O

TAD 1 OR FAD 1 FAC

FAD 1 EQPT

TAD 2 OR FAD 2 FAC

FAD 2 EQPT

TAD 3 OR FAD 3 FAC

FAD 3 EQPT

TAD 4 OR FAD 4 FAC

FAD 4 EQPT

TAD 5 OR FAD 5 FAC

FAD 5 EQPT

TAD 6 OR FAD 6 FAC

FAD 6 EQPT

PIN CO LOR CODE FUNCTION

DS1/E1 SIGNAL - J21 (IN) AN D J22 (OUT)

OUTIN

FOR DS3 TAD UNITUSE FAC IN ANDFAC OUT

J18

J19

J20

J37

J44

J45

FR G ND

FR G ND

FR G ND

FR G ND

FR G ND

FR G ND

E4P IN1 SH LDJ18

SYNCJ19

SYNC

JPV

45S 4

J4PV S 3

J37PVS 2

J20PVS 1

4

R T R T1 7 LS TEST UN DIAL LINE2 8 LS TEST UNIT 12 DIAL LINE3 9 LS TEST UNIT 13 DIAL LINE4 10 LS TEST UNIT 14 DIAL LINE5 11 LS TEST UNIT 15 DIAL LINE6 12 LS TEST UNIT 16 DIAL LINE

1 7 LS TEST UNIT 17 DIAL LINE2 8 LS TEST UNIT 18 DIAL LINE3 9 LS TEST UNIT 19 DIAL LINE4 10 LS TEST UNIT 20 DIAL LINE5 11 LS TEST UNIT 21 DIAL LINE6 12 LS TEST UNIT 22 DIAL LINE

PIN PINTALK/MONITOR

E6E5 FUNCTION

IT 11

(REAR PA NEL VIEW )

6705P IN

1

2

3

4

5

6

7

8

SIGNAL G ND

PORT RE ADY OUT

DATA OUT

PORT READY IN

DA TA IN

HANDSHAKE OUT

FRA ME GND

FUNC TION

J331200 BPS8 DAT BIT

NO PARITY1 S TOP BIT

1

23456

7

89101112

E6R T

CO M MT A LK /M O N

J331200 BPS8 DATANO PARITY1 STO P

SYNC X.25 CONTROL530/V.11 OR 232/V.24

(DB-25P) <64 KBPS

ASYNC CONTROL232/V.24 (RJ45)

(11 PORT S) <9.6 KBPS

PVS IN TERFACE530/V.11 (DB-25S)

ETHERNET 10BASE -T

P O WER -48V DC200W /4.8A

DS3 IN/O UT (BNC)J47 - J78

D S1/E1 IN (25/12 PAIR)

D S1/E1 O UT (25/12 PAIR)J22

J21

TALK/MON12 LINES LOOP START ONLY

E5E6

A LARM (AUD/VIS)

RESET

E XPANSION/BITS CLOCK

J18J19

J25 - J33J39, J40

J20, J37J44, J45

J46

TB1TB2

E3

E2

E1

HE KIM IANMODEL 6705-99BROADBAND REMOTE TEST UNIT SHELF

SERIAL NO .

J40 J 39 J 25

J46 J 27 J 26

J33 J 29 J 28

J32 J 31 J 30

M ADE IN THE U.S.A. HEKIMIAN LABS, INC15200 OMEGA DRIVEROCKVILLE, MD 20850-3240U.S.A.TEL. +1- 301-590-3500FAX. +1- 301-590-3680

8

1

-48 V D C

P ow erTB 1

TB 242-5 6V DC

(4 .8A )

B A T R T N

123456

ANCACOMANOVNCVCOMVNO

E1

6 RST

ALARM S

5

123456

IN R

IN T

IN R

IN T

O U TR

O U TT

E3

BITSCLK

E XPS H F

E2


W15

J75F AC IN

J76

FA C O U T

W16

J77EQ P T IN

J78

E QP T O U T

7W13

J71FA C IN

J72

FAC O U T

W14

J73

J74

E Q PT IN

E Q PT O U T

6W11

J67F AC IN

J68W12

J69

J70

EQ P T IN

EQ P T O UT

FA C O U T

5W9


W15

J75F AC IN

J76

FA C O U T

W16

J77EQ P T IN

J78

E QP T O U T

7W13

J71FA C IN

J72

FAC O U T

W14

J73

J74

E Q PT IN

E Q PT O U T

6W11

J67F AC IN

J68W12

J69

J70

EQ P T IN

EQ P T O UT

FA C O U T

5W9

J63F A C IN

J64

F AC O UT

W10

J65

J66

E QP T IN

E QPT O U T

4W7

J59FA C IN

J60

FAC O U T

W8

J61

J62

E Q PT IN

E QP T O UT

3W5

J55FAC IN

J56

FAC O U T

W6

J57

J58

E Q P T IN

EQ P T O U T

2W3

J51FA C IN

J52

W4

J53

J54

EQ P T IN

EQ P T O UT

J63F A C IN

J64

F AC O UT

W10

J65

J66

E QP T IN

E QPT O U T

4W7

J59FA C IN

J60

FAC O U T

W8

J61

J62

E Q PT IN

E QP T O UT

3W5

J55FAC IN

J56

FAC O U T

W6

J57

J58

E Q P T IN

EQ P T O U T

2W3

J51FA C IN

J52

W4

J53

J54

EQ P T IN

EQ P T O UT

F A C O U T

1W1

J47FA C IN

J48

FA C O UT

W2

J49

J50

E Q P T IN

EQ P T O U T

W1-W16 NORMAL GND

123456

789101112

E5R T

C OM MTA LK /MO N

F A C O U T

1W1

J47FA C IN

J48

FA C O UT

W2

J49

J50

E Q P T IN

EQ P T O U T

W1-W16 NORMAL GND

123456

789101112

E5R T

C OM MTA LK /MO N

J21 J22

1/26

2/27

3/28

4/29

5/30

6/31

7/32

8/33

9/34

10/35

11/36

12/37

W /BL

W /O

W /G

W /BR

W /S

R/BL

R/O

R/G

R/BR

R/S

B K/BL

B K/O

TAD 1 OR FAD

J21 J22

1/26

2/27

3/28

4/29

5/30

6/31

7/32

8/33

9/34

10/35

11/36

12/37

W /BL

W /O

W /G

W /BR

W /S

R/BL

R/O

R/G

R/BR

R/S

B K/BL

B K/O

TAD 1 OR FAD 1 FAC

FAD 1 EQPT

TAD 2 OR FAD 2 FAC

FAD 2 EQPT

TAD 3 OR FAD 3 FAC

FAD 3 EQPT

TAD 4 OR FAD 4 FAC

FAD 4 EQPT

TAD 5 OR FAD 5 FAC

FAD 5 EQPT

TAD 6 OR FAD 6 FAC

FAD 6 EQPT



OUTIN

FOR DS31 FAC

FAD 1 EQPT

TAD 2 OR FAD 2 FAC

FAD 2 EQPT

TAD 3 OR FAD 3 FAC

FAD 3 EQPT

TAD 4 OR FAD 4 FAC

FAD 4 EQPT

TAD 5 OR FAD 5 FAC

FAD 5 EQPT

TAD 6 OR FAD 6 FAC

FAD 6 EQPT



OUTIN

FOR DS3 TAD UNITUSE FAC IN ANDFAC OUT

J18

J19

J20

J37

J44

J45

FR G ND

FR G ND

FR G ND

FR G ND

FR G ND

FR G ND

E4P IN1 SH LDJ18

SYNCJ19

SYNC

TAD UNITUSE FAC IN ANDFAC OUT

J18

J19

J20

J37

J44

J45

FR G ND

FR G ND

FR G ND

FR G ND

FR G ND

FR G ND

E4P IN1 SH LDJ18

SYNCJ19

SYNC

JPV

45S 4

JPV

45S 4

J4PV S 3

J37PVS 2

J20PVS 1

4J4PV S 3

J37PVS 2

J20PVS 1

4


1 7 LS TEST UNIT 17 DIAL LINE2 8 LS TEST UNIT 18 DIAL LINE3 9 LS TEST UNIT 19 DIA


1 7 LS TEST UNIT 17 DIAL LINE2 8 LS TEST UNIT 18 DIAL LINE3 9 LS TEST UNIT 19 DIAL LINE4 10 LS TEST UNIT 20 DIAL LINE5 11 LS TEST UNIT 21 DIAL LINE6 12 LS TEST UNIT 22 DIAL LINE

PIN PINTALK/MONITOR

E6E5 FUNCTION

IT 11IT 11

(REAR PA NEL VIEW )

6705P IN

1

2

3

4

5

6

7

8

SIGNAL G ND

PORT RE ADY OUT

DATA OUT

PORT READY IN

DA TA IN

HAN

L LINE4 10 LS TEST UNIT 20 DIAL LINE5 11 LS TEST UNIT 21 DIAL LINE6 12 LS TEST UNIT 22 DIAL LINE

PIN PINTALK/MONITOR

E6E5 FUNCTION

(REAR PA NEL VIEW )

6705P IN

1

2

3

4

5

6

7

8

SIGNAL G ND

PORT RE ADY OUT

DATA OUT

PORT READY IN

DA TA IN

HANDSHAKE OUT

FRA ME GND

FUNC TION



1

23456

7

89101112

E6R T

CO M MT A LK /M O N



(DB-25P) <

DSHAKE OUT

FRA ME GND

FUNC TION



1

23456

7

89101112

E6R T

CO M MT A LK /M O N



(DB-25P) <64 KBPS




ETHERNET 10BASE -T



D S1/E1 IN (25/12 PAIR)

D S1/E1 O U

64 KBPS




ETHERNET 10BASE -T



D S1/E1 IN (25/12 PAIR)

D S1/E1 O UT (25/12 PAIR)J22

J21


E5E6

A LARM (AUD/VIS)

RESET


J18J19

J25 - J33J39, J40

J20, J37J44, J45

J46

TB1TB2

E3

E2

E1

HE KIM IANMODEL 6705-99BROADBAND REMOT

T (25/12 PAIR)J22

J21


E5E6

A LARM (AUD/VIS)

RESET


J18J19

J25 - J33J39, J40

J20, J37J44, J45

J46

TB1TB2

E3

E2

E1

HE KIM IANMODEL 6705-99BROADBAND REMOTE TEST UNIT SHELF

SERIAL NO .

J40 J 39 J 25

J46 J 27 J 26

J33 J 29 J 28

J32 J 31 J 30

M ADE IN THE U.S.A. HEKIMIAN LABS, INC15200 OM

E TEST UNIT SHELF

SERIAL NO .

J40 J 39 J 25

J46 J 27 J 26

J33 J 29 J 28

J32 J 31 J 30

M ADE IN THE U.S.A. HEKIMIAN LABS, INC15200 OMEGA DRIVEROCKVILLE, MD 20850-3240U.S.A.TEL. +1- 301-590-3500FAX. +1- 301-590-3680

8

1



0

5

1 0

1 5

2 0

2 5

3 0

4 0

5 0

5 5

6 0

6 5

7 0

3 5

4 5

l

0

5

1 0

1 5

2 0

2 5

3 0

4 0

5 0

5 5

6 0

6 5

7 0

3 5

4 5

7 3

Filtered Fuse Panel

BRTU-99

Controller Shelf

Heat Baffle is a part of the unit


6” Box

2” SPACING

11’6”

7’

0

5

1 0

1 5

2 0

2 5

3 0

4 0

5 0

5 5

6 0

6 5

7 0

3 5

4 5

l

0

5

1 0

1 5

2 0

2 5

3 0

4 0

5 0

5 5

6 0

6 5

7 0

3 5

4 5

7 3

Filtered Fuse Panel

BRTU-99

Controller Shelf



6” Box

2” SPACING

11’6”

7’

Note: BRTU-99 Relay Rack Configuration.

Figure 1-3 Typical Rack Elevation (7’ X 1” X 23”) of 6750 BRTU-99



6705-99BRTU

OC12 Card(IN) (OUT) TB1

TB2-48Vdc

LGX Patch Panel

Ethernet 7121-66P

J46

IP NETWORK

Ethernet

Sycamore SN16000

Sycamore SN16000

LGX Patch Panel

Ethernet

Ethernet Hub

X-Connect to BRTU-99

OC12 TAP Signal

REACT

REACT and TSCControl

OC12

6705-99BRTU


TB2-48Vdc

LGX Patch Panel

Ethernet 7121-66P

J46

IP NETWORK

Ethernet

Sycamore SN16000

Sycamore SN16000

LGX Patch Panel

Ethernet

Ethernet Hub

X-Connect to BRTU-99

OC12 TAP Signal

REACT


OC12

Figure 1-4 Model 6750 BRTU-99 with Direct TSC to SN16000



6705-99BRTU


TB2-48Vdc

LGX Patch Panel

Ethernet 7121-66P

J46

IP NETWORK

Ethernet

Sycamore SN16000

Sycamore SN16000

LGX Patch Panel

Ethernet HubX-Connect to BRTU-99

OC12 TAP Signal

REACT


OC12SilvxOSSGNE+SNE

Mode

6705-99BRTU


TB2-48Vdc

LGX Patch Panel

Ethernet 7121-66P

J46

IP NETWORK

Ethernet

Sycamore SN16000

Sycamore SN16000

LGX Patch Panel

Ethernet HubX-Connect to BRTU-99

OC12 TAP Signal

REACT


OC12SilvxOSSGNE+SNE

Mode

Figure 1-5 Model 6750 BRTU-99 with TSC to SNOSS type for SilvxOSS in GNE+SNE mode



Cable Running List

Run No.

Cable Type

Code From Equipment

To Equipment

Remarks

EQPT PWR

1 16AWG

Red/Black

BRTU-99 Connectors TB1 (Black) TB2 (Red)

-48V Fuse Panel -48VDC Power Supply

COMM/ TEST BUS

2 7121-66P BRTU-99 J46

Ethernet Hub IP Communication to REACT

3 7123-76 SN16000 OC12 TAP Port

BRTU OC12 Module OC12 Tap Connection

Refer to Figure 1.4 for more information



2.0 Model 6750 BRTU-99 Shelf Configuration: Pull the 6750 SCU card and ENABLE the battery backup by placing the BLUE JUMPER to pin 1 and pin 2 of J1 connector. If the BRTU is equipped with eSCU the battery backup is jumper is J3 enable the battery by placing the BLUE jumper in pin 1 and pin 2.

VBATT EN 1-2VBATT DIS 2-3 B

atte

ry1 2 3

J3

Set up a VDT (VT100) or a laptop PC for direct connection to the fixed port at 9600 bps, 8 data bits, no parity, and 1 stop bit (9600, 8, N, 1).

Using the 9-pin male/ female Straight Cable, connect the PC to the craft port at the front of the BRTU-99 unit. 2.1 Login to the BRTU-99

Enter Command: ACT-USER::SUPER:CTAG::SUPER;

2.2 Edit Date and Time

Enter Command: ED-DAT:::CTAG::050906,101500;

YRMMDD,HHMMSS 2.3 Edit Site Identifier (SID)

Enter command: ED-SID:HEKIMIAN-6700::CTAG::HKMN-6750;

OLD/CURRENT SID NEW SID



2.4. Edit BRTU-99 Equipment Table

Enter Command: ED-ATTR-EQPT:::CTAG::TSC=ON;

Enter Command: ED-ATTR-EQPT:::CTAG::TMO=5000; 2.5. Retrieve the Equipment table and response should be as shown below:

Enter command: RTRV-ATTR-EQPT:::CTAG;

Response: ILABBRTU01 05-04-12 09:42:39 M CTAG COMPLD "SHELF=99 TSC=ON REPORT=FULL EQLR=0 TMO=5000SECS LEV=REL" "IDLE=TC CYCLETEST=OFF DS1DS3=ON"

2.6 Retrieve the BRTU-99 firmware version

Enter Command: RTRV-VRSN-EQPT:::CTAG; ILABBRTU01 05-04-12 09:42:45 M D COMPLD /*CARD APPL/PGM1 BOOT/PGM2 DSP HW ASSY */

" O12-01-01: RA03.61 RA03.61 6700-2212-01 REV A OPT " " COM-01-23: RA08.60 RB03.10 3500-1275-02 REV D OPT " " SCU-01-24: RH13.80 DH13.62 6700-1652-01 REV B7 OPT " " PSU-01-25: 3500-1385-07 REV D1 OPT "

Results shown above are the latest firmware version of the BRTU-99. The eSCU firmware should be at least version 13.80 or higher.

2.7 Edit the BRTU-99 IP address as required.

Enter Command: ED-ATTR-IP::J46:CTAG::ADDR= 172.30.26.14; --- IP Address

Enter Command: ED-ATTR-IP::J46:CTAG::MASK=255.255.255.0; --- Subnet Mask

Enter Command: ED-ATTR-IP::J46:CTAG::GATEWAY= 172.30.26.254; --- Gateway

NOTE: Changes to the TCP/IP parameters will take effect only after the BRTU-99 has been rebooted. You need to issue the INIT-SYS:::CTAG::4; command for the TCP/IP changes to take effect.



2.10 Edit the BRTU-99 TAU 2.10.2 TAU table set up for the Sycamore SN 16000:

Note: The TID that is used in this example are based on the example drawings shown in figure 1-4 and 1.5 Refer to REACT administrator for the assigned TID of each ADM.

Enter Command: ED-DB-TAU::LAB-SN16000:CTAG::TYPE=SN16000,JID=J46,ADDRESS=172.30.26.34-

3483,CTYPE=SOCKET,PERSIST=YES; Enter Command: ED-DB-TAU::LAB-SN16000:CTAG::UID=spirent,PID=stargate1;

LAB-SN16000 = is the given Test Identifier for the SN16000 must be entered in uppercase. This should match with the TID in REACT test resource set for that ADM and BRTU-99.

TYPE = Enter SN16000 when direct connect to SN16000 and also when GNE-only mode SilvxOSS (figure 1.4)

Enter SNOSS when SilvxOSS in GNE+SNE mode is used (figure 1.5)

JID = J46 as the TSC port ADDRESS= Address of the SN16000 or the SilvxOSS with port 3483 CTYPE= Connection Type (SOCKET) UID = SPIRENT (just an example can be case sensitive upper case only) PID = STARGATE1 (just an example can be case sensitive upper case only)

2.11 Retrieve the TAU Table: Enter Command: RTRV-DB-TAU::ALL:CTAG;

LAB-HEKIMIAN 05-11-08 06:28:38 M D COMPLD /* TID TYPE REVISION AIDFMT ROUTE */ /* JID ADDRESS CTYPE PERSIST MAXCONN */ /* UID PID LOGIN */ " LAB-SN16000 SN16000 00.00 000 0 J46 172.30.26.34-3483 TELNET YES 1 SPIRENT STARGATE1 Y "

Note: For TSC direct connect to SN16000 and when GNE-only the type should be SN16000 If SilvxOSS is used the type should be set as SNOSS.



2.11 TAP Table Set Up (Dynamic TAP). Note: Example below are set for Dynamic TAP if STATIC TAP is used please skip to step 2.12.1.

Edit the BRTU TAP table for SN16000 by entering the following commands:

In our example the BRTU OC12 card is inserted in slot 1 of the BRTU-99 shelf. Therefore when setting the TAP for the aforementioned OC12 card TPID #1 should be use. See figure 2.1 for more detail and see the note in the next page for more information on using the Dynamic TAP on the BRTU.

Enter Command: ED-DB-TAP::1:CTAG::TID=LAB-SN16000,TAPID=1-1-1-1,TAPID2=1-1-1-1, TIMING=LOOP,TPA=FFFFFFFFFFFF,TCA=ZZZZZZZZZZZZ;

TAPID=1-1-1-1 –This is the TACC number which is the actual STS1 AID format shelf-slot-port-timeslots. This entry has to match with TAPID2 entry.

<shelf>-<slot>-<port>-<timeslot>

The fields are the same as AID fields.

OC3/OC12 ports need to be provisioned as TACC=YES by the DACS administrator before use.

TAPID2=1-1-1-1 –Same as TAPID.

TCA = Enter ZZZZZZZZZZZZ for dynamic set up of the entire STS1 channel of the OC12 circuit. Setting the TCA as ZZZZZZZZZZZZ will allow you to reuse the TAP for STS12C, STS3C, STS1, and DS3 testing as needed.

2.12 Retrieve the TAP table: Enter Command: RTRV-DB-TAP::ALL:CTAG;

LAB-HEKIMIAN 05-11-08 06:28:43 M D COMPLD /* TPID TID STATUS TAPID TAPID2 */ /* TYPE FR LC EQ TPA TCA */ /* CONCAID ACCESSRATE TAPTYPE TIMING S-TRACE */ /* OPTIONS " 1 LAB-SN16000 F 1-1-1-1 1-1-1-1 SN16000 0 0 1 FFFFFFFFFFFF ZZZZZZZZZZZZ 1 0 0 INT 01

Note: For TSC direct connect to SN16000 and when GNE-only the type should be SN16000

If SilvxOSS is used the type should be set as SNOSS



Information on Dynamic TAP Dynamic Tap is supported in BRTU version 13.30 or higher. Testing information included in this document was performed with BRTU version 13.80 and with Sycamore SN16000 imbedded software version FP2.3.


The entire OC12 TAP signal can be set up to up to four different TAP types. It could be provisioned for DS3, STS1, STS3C, and STS12C. The commands that BRTU sends to the SN16000 to provision the TAP is ENT-STSx. These commands are sent by the BRTU to the SN16000 to set the TAP of the SN16000 for the type of testing being requested. When DISC-TACC is sent to the BRTU, the BRTU in turn will send the DLT-TAP command to the SN16000 to remove or delete the TAP it created for this session. Example of the ENT-STS and DLT-TAP commands are shown in the circuit test access in section 3 of this document. Figure 2.1 BRTU-99 TPID Assignment:

LS T

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BRTU-99 Main Shelf (ED-ATTR-EQPT:::CTAG::SHELF=99;)

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1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

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12

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202122

(8) Test Bus Max.

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BRTU-99 Main Shelf (ED-ATTR-EQPT:::CTAG::SHELF=99;)

HS

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1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

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1112

1314

1516

171819

202122

(8) Test Bus Max.

NOTE:

The SN16000 OC3/OC12 TAP ports need to be provisioned as TACC=YES by the DACS administrator before use.



2.12.1 TAP Table Set Up (STATIC TAP). Example shown below are used for STATIC TAP configuration only. Execute the command below if you use STATIC TAP configuration, otherwise skip to section 3 to perform the access test.

Edit the BRTU TAP table for SN16000 by entering the following commands:

In our example the BRTU OC12 card is inserted in slot 1 of the BRTU-99 shelf. Therefore when setting the TAP for the aforementioned OC12 card TPID #1 should be use. See figure 2.1 for more detail and see the note in the next page for more information on using the Dynamic TAP on the BRTU.

Enter Command: ED-DB-TAP::1:CTAG::TID=LAB-SN16000,TAPID=1-1-1-1,TAPID2=1-1-1-1, TIMING=LOOP,TPA=FFFFFFFFFFFF,TCA=CCCCCCCCCCCC;

TAPID=1-1-1-1 –This is the TACC number which is the actual STS1 AID format shelf-slot-port-timeslots. This entry has to match with TAPID2 entry.

<shelf>-<slot>-<port>-<timeslot>

The fields are the same as AID fields.


TAPID2=1-1-1-1 –Same as TAPID.

TCA = 12 C/3/1 characters: use ‘CCCCCCCCCCCC’ for STS-12C testing. use ‘333333333333’ for STS-3C testing. It must be a block of 6 ‘3’s. use ‘111111111111’ for STS1 or DS3 testing. It must be a block of 3 ‘1’s use ‘111111333333’ for combination of DS3, STS1, and STS3C access

2.12 Retrieve the TAP table: Enter Command: RTRV-DB-TAP::ALL:CTAG;

LAB-HEKIMIAN 05-11-08 06:28:43 M D COMPLD /* TPID TID STATUS TAPID TAPID2 */ /* TYPE FR LC EQ TPA TCA */ /* CONCAID ACCESSRATE TAPTYPE TIMING S-TRACE */ /* OPTIONS " 1 LAB-SN16000 F 1-1-1-1 1-1-1-1 SN16000 0 0 1 FFFFFFFFFFFF CCCCCCCCCCCC 1 0 0 LOOP 01



Information on STATIC TAP Static Tap is also supported in BRTU version 13.00 or higher. Testing information included in this document was performed with BRTU version 13.80 and with Sycamore SN16000 imbedded software version versions of 5.5.1 build 48 and 6.2.1.

Unlike Dynamic TAP when STATIC TAP is used the ADM TAP should also be set for testing type needed. For STS12C testing the entire STS channels of the OC12 should be set as STS12C TAP. Below are the examples of commands for the TAP configuration of ADM for type of STS access. ENT-STS12C::STS12C-1-5-1-1:432044; STS12C TAP

Configuration

STS3C TAP Configuration

ENT-TAP::TAPSTS12C-1-5-1-1:432044::STS12C-1-5-1-1,STS12C-1-6-1-1; ENT-STS3C::STS3C-1-5-1-1:432044; ENT-STS3C::STS3C-1-5-1-4:432044; ENT-TAP::TAPSTS3C-1-5-1-1:432044::STS3C-1-5-1-1,STS3C-1-5-1-4; ED-STS1::STS1-1-5-1-1:432044:::STSMAP=INTACT;

STS1 TAP Configuration

ED-STS1::STS1-1-5-1-2:432044:::STSMAP=INTACT; ENT-TAP::TAPSTS1-1-5-1-1:432044::STS1-1-5-1-1,STS1-1-5-1-2; DS3 TAP

Configuration ENT-TAP::TAPDS3-1-5-1-1:CTAG::DS3-1-5-1-1,DS3-1-5-1-2; To be change when the correct command is gathered



3.00 Circuit Access Test STS12C Circuit Access Test Establish the access to the ADM to verify the configuration of the ADM and the BRTU. 3.0.1.1 Enter the following command to access STS12C circuit at the remote SN16000 ADM

Enter command: CONN-TACC-STS12C:LAB-SN16000:TRM-1-9-8-1:TAG57:999:MONE::,TSC;

AIDs TRM-<shelf>-<slot>-<port>-<timeslot>

timeslot = 1,2,3… for STS1

= 1,4,… for STS3c

= 1 for STS12c

When multiple ports, timeslots start over at 1 (e.g. the 1st STS1 on the 2nd OC3 port is –2-1, not –1-4).

Response: LAB-SN16000 05-04-12 07:39:55 M CTAG COMPLD

Note: Verify the response from the access command is similar to the response as shown above. This is an indication of a successful access. Note: Below are the commands the BRTU sent to the SN16000 to build the TAP before accessing the circuit

RTRV-CRS-STS12C::STS12C-1-9-1-2:CTAG;

ENT-STS12C::STS12C-1-5-1-1:CTAG; ENT-TAP::TAPSTS12C-1-5-1-1:CTAG::STS12C-1-5-1-1,STS12C-1-6-1-1;

Commands sent only if the BRTU is set as Dynamic TAP

CONN-TACC::TAPSTS12C-1-5-1-1:CTAG::STS12C-1-9-1-2,MONE;

3.0.1.2 Release the access by entering the following command: Enter Command: DISC-TACC::999:CTAG; Note: Below are the commands sent to the SN16000 to remove the TAP when access is dropped

DISC-TACC::TAPSTS12C-1-5-1-1:CTAG; DLT-TAP::TAPSTS12C-1-5-1-1:CTAG;

TO BE CHANGE ONCE ONE THE CORRECT COMMAND GATHERED



STSC3 Circuit Access Test Establish the access to the ADM to verify the configuration of the ADM and the BRTU. 3.0.1.3 Enter the following command to access STS3C circuit at the remote SN16000 ADM

Enter command: CONN-TACC-STS3C:LAB-SN16000:TRM-1-9-8-1:CTAG:999:MONE::,TSC; Response:

LAB-SN16000 05-04-12 07:39:55 M CTAG COMPLD

Note: Verify the response from the access command is similar to the response as shown above. This is an indication of a successful access. Note: Below is the commands sent to the SN16000 to build the STS3 TAP and access the circuit–

RTRV-CRS-STS3C::STS3C-1-9-1-2:CTAG; ENT-STS3C::STS3C-1-5-1-1:CTAG;

ENT-STS3C::STS3C-1-5-1-4CTAG; ENT-TAP::TAPSTS3C-1-5-1-1:CTAG::STS3C-1-5-1-1,TS3C-1-5-1-4;


CONN-TACC::TAPSTS3C-1-5-1-1:CTAG::STS3C-1-9-1-2,MONEF;

3.0.1.4 Release the access by entering the following command: Enter Command: DISC-TACC::999:CTAG;

DISC-TACC::TAPSTS3C-1-5-1-1:CTAG;


DLT-TAP::TAPSTS3C-1-5-1-1:CTAG; ENT-STS1::STS1-1-5-1-1:CTAG:::ASYNC,ASYNC,ASYNC; ENT-DS3::DS3-1-5-1-1:CTAG; ENT-DS3::DS3-1-5-1-2:CTAG; ENT-DS3::DS3-1-5-1-3:CTAG; ENT-STS1::STS1-1-5-1-4:CTAG:::ASYNC,ASYNC,ASYNC; ENT-DS3::DS3-1-5-1-4:CTAG; ENT-DS3::DS3-1-5-1-5:CTAG; ENT-DS3::DS3-1-5-1-6:CTAG;




STS1C Circuit Access Test Establish the access to the remote ADM to verify the configuration of the ADM and the BRTU. 3.0.1.5 Enter the following command to access STS1C circuit at the remote SN16000 ADM Enter command: CONN-TACC-STS1:LAB-SN16000:TRM-1-9-8-1:CTAG:999:MONEF::,TSC;

Response:

LAB-SN16000 05-04-12 07:39:55 M CTAG COMPLD

Note: Verify the response from the access command is similar to the response as shown above. This is an indication of a successful access.

Note: Below is the commands sent to the SN16000 to build the TAP and access the circuit.

RTRV-CRS-STS1::STS1-1-9-1-1:CTAG;

ED-STS1::STS1-1-5-1-1:CTAG:::STSMAP=INTACT; ED-STS1::STS1-1-5-1-2:CTAG:::STSMAP=INTACT; ENT-TAP::TAPSTS1-1-5-1-1:CTAG::STS1-1-5-1-1,STS1-1-5-1-2;


CONN-TACC::TAPSTS1-1-7-1-3:CTAG::STS1-1-9-1-1,MONEF;

3.0.1.6 Release the access by entering the following command: Enter Command: DISC-TACC::999:CTAG; Note: Below is the commands sent to the SN16000 to delete TAP if the BRTU is set as DYNAMIC TAP.

DISC-TACC::TAPSTS1-1-5-1-1:432104; DLT-TAP::TAPSTS1-1-5-1-1:432104; Commands sent only

if the BRTU is set as Dynamic TAP

ED-STS1::STS1-1-5-1-1:432104:::STSMAP=ASYNC; ENT-DS3::DS3-1-5-1-1:432104; ED-STS1::STS1-1-5-1-2:432104:::STSMAP=ASYNC; ENT-DS3::DS3-1-5-1-2:432104;

TO BE CHANGE ONCE THE CORRECT COMMAND GATHERED



DS3 Circuit Access Test Establish the access to the ADM to verify the configuration of the ADM and the BRTU. 3.0.1.7 Enter the following command to access DS3 circuit at the SN16000 ADM

Enter Command: CONN-TACC-T3:LAB-SN16000:TRM-1-9-8-1:CTAG:999:MONEF::FULL,TSC; Response:

LAB-SN16000 05-04-12 12:19:33 M 999 COMPLD E=M-B F=M-B AID=1-2-1

Note: Verify the response from the access command is similar to the response as shown above. This is an indication of a successful access.

Below are the commands the BRTU sent to the SN16000 to build the TAP and accessing the circuit if the BRTU is set as DYNAMIC TAP.

RTRV-CRS-DS3::DS3-1-2-1:CTAG; ENT-TAP::TAPDS3-1-5-1-1:CTAG::DS3-1-5-1-1,DS3-1-5-1-2;

Commands sent only if the BRTU is set as Dynamic TAP RTRV-TAP::TAPDS3-1-5-1-1:CTAG;

CONN-TACC::TAPDS3-1-5-1-1:CTAG::DS3-1-2-1,MONEF;

3.0.1.8 Release the access by entering the following command: Enter Command: DISC-TACC::999:CTAG;

Below are the commands the BRTU sent to the SN16000 to drop the access and delete the TAP if the BRTU is set as DYNAMIC TAP

Commands sent only if the BRTU is set as Dynamic

DISC-TACC::TAPDS3-1-5-1-1:432104;

DLT-TAP::TAPDS3-1-5-1-1:432104;




4.0 REACT TEST RESOURCE CONFIGURATION FOR BRTU OC12 ACCESS WITH THE SN16000 ADM. 4.1 Set the Telnet Database to include the address of the BRTU

%*LABB 878 TCPIP_172.30.26.14_7010 IP address for BRTU

Note: Address and ports used are examples only; refer to REACT Admin for the REACT Test resource for STS12C Test:

Enter COM-LINK Direct/Modem/Remote/PAD X28 (D/M/R/P): R 6439 module, DATS, SUPER DCS, HLI CONC, DC/B, ADM, none (6439/DATS/SD/C/D/A/N): N Enter ABILITY: ANALOG,CHANNELIZE,PERFORMANCE,ANALOG/CHANNELIZE,DDS, TA200PM,PBX,DS3/E3,ISDN,ADM LOOP,DSLAM,ICON ATM SW,ADSL RTR,IP TPUT,FR SW,STM,PON,STS1,STS3C,STS12C,VC3,STM1,STM4,IP_N (A/C/P/(A/C)/DDS/T/X/3/I/ADML/D/ICON/SW/R/IP/F/M/PON/S1/S3/S12 /VC3/STM1/STM4/IP_TLS/IP_VPN): S12 Equipped with PVS (Y/N)?: N Enter name (15 chars. max): LAB-SN16000 Enter Modem number: %*LABB Is this a TR834 , natively supported , or foreign site (T/N/F): T Is this resource a 6750 RTU or 6750 TSC? (R/T): T Enter FAD/TAD hardware number, 0 disables FAD locking (00-99)?: 0 Enter Eqpt test port in the OC12 TAD (1-12)?: 1 Enter Optical Carrier Access type: FSXpert, Crystal Hopper, Sycamore 5500 Single FAD, Sycamore 5500 Dual FAD, Alcatel iMTN, Sycamore 6500, Alcatel 1680, Other (F/C/S/D/I/T/L/O): O Enter Access port: Enter Password (8 chars. max): 12345678 Enter digroup/fad for test set: 1 Enter REACT 2001 primary test server host: HOST Enter REACT 2001 secondary test server host: HOST Enter REACT 2001 RTU Label: BRTU



REACT Test resource for STS3C Test:

Enter COM-LINK Direct/Modem/Remote/PAD X28 (D/M/R/P): R 6439 module, DATS, SUPER DCS, HLI CONC, DC/B, ADM, none (6439/DATS/SD/C/D/A/N): N Enter ABILITY: ANALOG,CHANNELIZE,PERFORMANCE,ANALOG/CHANNELIZE,DDS, TA200PM,PBX,DS3/E3,ISDN,ADM LOOP,DSLAM,ICON ATM SW,ADSL RTR,IP TPUT,FR SW,STM,PON,STS1,STS3C,STS12C,VC3,STM1,STM4,IP_N (A/C/P/(A/C)/DDS/T/X/3/I/ADML/D/ICON/SW/R/IP/F/M/PON/S1/S3/S12 /VC3/STM1/STM4/IP_TLS/IP_VPN): S3 Equipped with PVS (Y/N)?: N Enter name (15 chars. max): LAB-SN16000 Enter Modem number: %*LABB Is this a TR834 , natively supported , or foreign site (T/N/F): T Is this resource a 6750 RTU or 6750 TSC? (R/T): T Enter FAD/TAD hardware number, 0 disables FAD locking (00-99)?: 0 Enter Eqpt test port in the OC12 TAD (1-12)?: 1 Enter Optical Carrier Access type: FSXpert, Crystal Hopper, Sycamore 5500 Single FAD, Sycamore 5500 Dual FAD, Alcatel iMTN, Sycamore 6500, Alcatel 1680, Other (F/C/S/D/I/T/L/O): O Enter Access port: Enter Password (8 chars. max): 12345678 Enter digroup/fad for test set: 1 Enter REACT 2001 primary test server host: HOST Enter REACT 2001 secondary test server host: HOST

Enter REACT 2001 RTU Label: BRTU



REACT Test resource for STS1C Test:

Enter COM-LINK Direct/Modem/Remote/PAD X28 (D/M/R/P): R 6439 module, DATS, SUPER DCS, HLI CONC, DC/B, ADM, none (6439/DATS/SD/C/D/A/N): N Enter ABILITY: ANALOG,CHANNELIZE,PERFORMANCE,ANALOG/CHANNELIZE,DDS, TA200PM,PBX,DS3/E3,ISDN,ADM LOOP,DSLAM,ICON ATM SW,ADSL RTR,IP TPUT,FR SW,STM,PON,STS1,STS3C,STS12C,VC3,STM1,STM4,IP_N (A/C/P/(A/C)/DDS/T/X/3/I/ADML/D/ICON/SW/R/IP/F/M/PON/S1/S3/S12 /VC3/STM1/STM4/IP_TLS/IP_VPN): S1 Equipped with PVS (Y/N)?: N Enter name (15 chars. max): LAB-SN16000 Enter Modem number: %*LABB Is this a TR834 , natively supported , or foreign site (T/N/F): T Is this resource a 6750 RTU or 6750 TSC? (R/T): T Enter FAD/TAD hardware number, 0 disables FAD locking (00-99)?: 0 Enter Eqpt test port in the OC12 TAD (1-12)?: 1 Enter Optical Carrier Access type: FSXpert, Crystal Hopper, Sycamore 5500 Single FAD, Sycamore 5500 Dual FAD, Alcatel iMTN, Sycamore 6500, Alcatel 1680, Other (F/C/S/D/I/T/L/O): O Enter Access port: Enter Password (8 chars. max): 12345678 Enter digroup/fad for test set: 1 Enter REACT 2001 primary test server host: HOST Enter REACT 2001 secondary test server host: HOST

Enter REACT 2001 RTU Label: BRTU



REACT Test resource for DS3 Test:

Enter COM-LINK Direct/Modem/Remote/PAD X28 (D/M/R/P): R 6439 module, DATS, SUPER DCS, HLI CONC, DC/B, ADM, none (6439/DATS/SD/C/D/A/N): N Enter ABILITY: ANALOG,CHANNELIZE,PERFORMANCE,ANALOG/CHANNELIZE,DDS, TA200PM,PBX,DS3/E3,ISDN,ADM LOOP,DSLAM,ICON ATM SW,ADSL RTR,IP TPUT,FR SW,STM,PON,STS1,STS3C,STS12C,VC3,STM1,STM4,IP_N (A/C/P/(A/C)/DDS/T/X/3/I/ADML/D/ICON/SW/R/IP/F/M/PON/S1/S3/S12 /VC3/STM1/STM4/IP_TLS/IP_VPN): 3 Equipped with PVS (Y/N)?: N Enter name (15 chars. max): LAB-SN16000 Is this a CEPT device(Y/N)?: N Is this a Hekimian BRTU (Y/N)?: Y Is this resource a 6750 RTU or 6750 TSC? (R/T): T Enter FAD/TAD hardware number, 0 disables FAD locking (00-99)?: 0 Is this a STSx TAD or other access(T/O)?: T Enter Eqpt test port in the OC12 TAD (1-12)?: 1 Individual DCS port, 6439 port (I/C): IEnter type of DCS/EDSX: WECO,WESCOM,DXCS,SYCAMORE,ATT3,TA203,D3-1,RDX, TAIU,TITAN-S,TITAN-D,NTEL,DCSF,RTU,TDAX,NORTEL,iMTN, DSXpert,Sycamore 6500,ALCATEL 1680,OTHER (W,S,D,T,A,2,3,R,+,I,5,N,F,U,X,E,M,P,6,L,O): O Enter DCS port: Enter DCS link number, 0 to ignore: 0 Enter digroup/fad for test set: 1 Do you have a Remote controlled Reset Box for this resource (Y/N): N Enter REACT 2001 primary test server host: HOST Enter REACT 2001 secondary test server host: HOST Enter REACT 2001 RTU Label: BRTU



4.2 Example of REACT Test Resource

TYPE LONG TERM POS. TP/SIDE ABILITY LINK DEV. 3965 3705 MODEM/PORT1 PORT2 PASSWORD DCS/LNK D-PORT STATUS TEST NAME --------------------------------------------------------------------------------------------------------------------------------- 369 001 DS3 REMOTE ADM TSC %*LABB TA/DPU ----/00 FREE FREE LAB-SN16000 381 001 STS12C REMOTE ---- TSC %*LABB 12345678 ----/00 FREE FREE LAB-SN16000 382 001 STS3C REMOTE ---- TSC %*LABB 12345678 ----/00 FREE FREE LAB-SN16000 383 001 STS1 REMOTE ---- TSC %*LABB 12345678 ----/00 FREE FREE LAB-SN16000

4.3 Contact REACT administrator and establish the access using the REACT and verify a successful access from the REACT.

END

application guide for model 6750 brtu with sycamore networks … · 2013. 9. 6. · application...

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