NSG-900 Modules

NSG900, NSG800, NX300, NSG500, NPS7

IMxxx, UIMxxx

28.04.2014

2014


rev.28.04.2014

2

1. ...................................................................................................................................................... 3 2. DTE/DCE ............................................................................................... 4

2.1. DTE/DCE .................................................................................................... 4 2.2. RS232 RJ45 (Cisco-compatible) ..................................... 5 2.3. RS232 RJ45 (NSG) .......................................................................... 6 2.4. RS232 DBH62f ............................................................. 8 2.5. V.35/V.24 DBH26f ................................... 10 2.6. V.24 sync DBH26f ................................................................... 14 2.7. IMX21, IMX212 .................................................................................................. 16 2.8. IM530 ...................................................................................................................... 18 2.9. V.24/V.35/X.21 DCE DBH26f ..................................................... 20 2.10. IM485, IM4852 .................................................................................................. 21

3. (xDSL) ........................ 24 3.1. xDSL .......................................................................................... 24 3.2. IMMDSL/xxx ........................................................................................................... 25 3.3. IMSRM, IMSRM2 ............................................................................................... 26 3.4. IDSL ............................................................................. 27 3.5. IMSDSL ................................................................................................................... 28 3.6. IMSHDSL ................................................................................................................ 29 3.7. IMxSHDSL/bis ........................................................................................................ 30 3.8. ........................................................................................ 32

4. ................................................................................................. 33 4.1. E1/G.703 ................................................................................................... 33 4.2. E1 . 19992001 . ................................................... 34 4.3. E1 . 2004 . ............................................................. 38 4.4. IM703/64xxx ............................................................................................................ 42 4.5. IM703 IM7032 .................................................................................................. 44 4.6. RMBypass2E1 .......................................................................................................................... 45

5. Ethernet ......................................................................................................... 46 5.1. Ethernet 10/100BaseT .......................................................................................... 46 5.2. Ethernet 10BaseT ....................................................... 47

6. .............................................................................................................................. 49 6.1. IMGPRS h/w ver.1, 2 ............................................................................................... 49 6.2. IMGPRS h/w ver.3 ................................................................................................... 51 6.3. IMEDGE h/w ver.1, 2 .............................................................................................. 53 6.4. UIMEDGE h/w ver.3, 3a ......................................................................................... 55 6.5. UIM3G h/w ver.1 ..................................................................................................... 57 6.6. UIMCDMA UIMEVDO h/w ver.2 ..................................................................... 59 6.7. IMCDMA 1x h/w ver.1, ver.3 .................................................................................. 61 6.8. UMEVDO h/w ver.4 UIMEVDO h/w ver.6........................................................ 62

7. IMC1 ....................................................................................................................................................... 64 8. .................................................................................... 65

8.1. - IMDIO, IMDIO2.................................................................... 65 8.2. 1/2 ............................................................. 67 8.3. 1Wire IM1W .................................................................................................................. 68

9. DoC FLEX ............................................................................................................. 69 . ........................................................................ 70 . NSG ...................................................................................... 75 . - RS232 ............................... 77

"-c-" 20032014 NSG "-c-"

c 105187 . , .35 ./: (+7495) 7271959 ()

rev.28.04.2014

3

1.

NSG900, NSG800, NX300, NSG500, NPS7 , . : NSG 1 2. 1 ( ) ( ), DBH26f . 2 ( ) DBH26f , , .

NSG700.

, NSG, . . , , , . NSG.

, , / .

NSG :

,

, ,

NSG900/maxU, NSG1000, .

UMxxx, NSG700, NSG1800, NSG:

M NSG700, NSG1800. .

IM1W NSG, 1Wire, NSG:

M NSG. .

NSG:

NPS7e, NSG500, NX300, NSG800. . . 3.

NSG. NSG Linux. . 2.

NSG. NSG Linux 2.0. . 2.

CD-ROM, , Web- NSG :

http://www.nsg.ru/doc/

ftp://ftp.nsg.net.ru/pub/doc/


rev.28.04.2014

4

2. DTE/DCE

2.1. DTE/DCE

DTE/DCE NSG , (, ..), , , , NSG. :

V.24/RS232 V.35 , .. DCE DTE ( TTC) RS485 (- , "-" "") RS530 , .. TTC DTE X.21 RS232

, DTE/DCE ( .. ), NSG. (DTE/DCE), , . CABV24/D25/FC/A CABV24/D9/FC/A ( , ).

rev.28.04.2014

5

2.2. RS232 RJ45 (Cisco-compatible)

: IMV24A ( )

: ITUT V.24, TIA/EIA RS232

: NRZ

:

: DTE, DCE

: NSG 2, NSG700/4AU h/w ver.5 , s2

: 365913

: 15

: DTE/DCE NSG

: V24 ( NSG Linux 1.0 card sN im-v24) 50, 75, 100, 110, 134, 150, 200, 300, 600, 1200, 1800, 2400, 4800, 9600,

19200, 38400, 57600, 115200, 230400 / ( ). 50200 230400 / NSG500

5, 6, 7, 8 - 1, 2; 1 ( NSG, NSG500) none, even, odd; NSG: mark, space none, software ( NSG700 s1); hardware

RJ45

DCE DTE

1 CTS RTS Flow Control Out

2 DCD DTR Device Ready Out

3 RxD TxD Data Out

4 GND GND GND

5 GND GND GND

6 TxD RxD Data In

7 DTR DCD Device Ready In

8 RTS CTS Flow Control In

DCE RS232 async (Cisco-compatible)

CASV24/D9/FC/A, CASV24/D25/FC/A

DTE RS232 async (Cisco-compatible)

CASV24/D25/MT/A, CASV24/D9/MT/A NSG700

RJ45

NSG700 RJ45

DB9f DB25f DB9m DB25m

Control In 8 7 4 RTS Control Out 1 7 4 RTS

Ready In 7 4 20 DTR Ready Out 2 4 20 DTR

Data In 6 3 2 TxD Data Out 3 3 2 TxD

GND 5 5 7 GND GND 4 5 7 GND

GND 4 6 6 DSR GND 5 6

Data Out 3 2 3 RxD Data In 6 2 3 RxD

Ready Out 2 1 8 DCD Ready In 7 1 8 DCD

Control Out 1 8 5 CTS Control In 8 8 5 CTS

: IMV24A - - Cisco Systems - NPS

7e, NSG500, NX300, NSG800, NSG900.

IMV24A ( )

RJ45


rev.28.04.2014

6

2.3. RS232 RJ45 (NSG)

: NPS7e NSG5xx NX300, NSG800, NSG900 ( )


: NRZ

:

: DTE, DCE

: DTE/DCE NSG

: V24 50, 75, 100, 110, 134, 150, 200, 300, 600, 1200, 1800, 2400, 4800, 9600, 19200, 38400, 57600, 115200,

230400 / ( ). 50200 230400 / NX300, NSG800, NSG900.

5, 6, 7, 8 - 1, 1 ( NSG), 2 none, even, odd, mark, space none, software, hardware NSG800, NSG900 NSG Linux

9600 / ( U-Boot), 8n1.

RJ45

NPS7e, NSG5xx

NX300, NSG800

DCE DTE DCE DTE

2 DCD DTR DCD ( ON) DTR ( ON) Device Ready Out

3 TxD RxD TxD RxD Data In

4 DTR DCD Device Ready In

5 RxD TxD RxD TxD Data Out

6 CTS RTS CTS ( ON) RTS ( ON) Flow Control Out

7 SG SG SG SG Signal Ground

8 RTS CTS Flow Control In

.

RS232

DCE CABV24/D25/FC/A

CABV24/D9/FC/A

DTE

CABV24/D25/MT/A

NSG NSG RJ45 DB9f DB25f RJ45 DB25m

Data Out 5 2 3 RxD Data Out 5 2 TxD

Data In 3 3 2 TxD Data In 3 3 RxD

Control Out 6 8 5 CTS Control Out 6 4 RTS

Control In 8 7 4 RTS Control In 8 5 CTS

6 6 DSR

Ready Out 2 1 8 DCD Ready Out 2 20 DTR

Ready In 4 4 20 DTR Ready In 4 8 DCD

SG 7 5 7 SG SG 7 7 SG

:

NPS7e, NSG5xx, NSG700 .

NX300, NSG800, NSG900 . DCD, CTS ; DTR, RTS UP. 9600 /, .

rev.28.04.2014

7

NSG, :

WAN 0 NX300/4Wx, NX300/8Wx WAN 4 NSG800/4WL, NSG900/4WL

WAN DTE/DCE (.. IMV24, IMV35x, IM530, IM485x, IMX21x), :

WAN ; , .

WAN ; (2400, 4800, 9600 19200 /).

WAN , .

, . , 4 , .

WAN IMDIO2, 19200 /. 19200 /.

IMGPRS, UIMCDMA, UIMEVDO, UIMEDGE . WAN , .

IMBT ( Bluetooth) 115200 /. 4 NSG800/4WL, NSG900/4WL, 115200 /.

( , ..), WAN , .

4 NSG800/4WL, NSG900/4WL, 2 NSG800/WL h/w ver.2, NSG900/2WL IMET10F, IMWIFI, xDSL Ethernet-over-WAN, .

WAN , , .

, WAN , , NSG900/4WL card s4 empty PO:n TY:NOCONF ( ), " ". Telnet, PAD, ..


rev.28.04.2014

8

DBH26f

RJ45

1 8

2.4. RS232 DBH62f

: NX300/8A, NX300/16A, NSG800/16A ( ), NSG900/16A (8- 16- ) MUAV24 NSG800/maxU


: NRZ

: -

: DTE, DCE

: DTE/DCE NSG

: V24 50, 75, 100, 110, 134, 150, 200, 300, 600, 1200, 1800, 2400, 4800, 9600, 19200, 38400, 57600, 115200

/ ( ). 5, 6, 7, 8 - 1, 1 ( NSG), 2 none, even, odd, mark, space

, DBH62 -

DBH62 CABOCT/ R45/A CABOCT/D25/MT

-

-

-

-

-

1 Data Out

1

6 TxD

1

2 TxD

22 Data In 3 RxD 3 RxD

44 Flow Control Out 8 RTS 4 RTS

43 Flow Control In 1 CTS 5 CTS

23 Protective Ground 4 PG 6

45 Signal Ground 5 SG 7 SG

24 Device Ready In 2 DCD 8 DCD

2 Device Ready Out 7 DTR 20 DTR

25 Data Out

2

6 TxD

2

2 TxD





5 SG 7 SG



6 Data Out

3

6 TxD

3

2 TxD








30 Data Out

4

6 TxD

4

2 TxD








.

DBH26f

DB25m

rev.28.04.2014

9

33 Data Out

5

6 TxD

5

2 TxD








14 Data Out

6

6 TxD

6

2 TxD








38 Data Out

7

6 TxD

7

2 TxD





5 SG 7 SG



41 Data Out

8

6 TxD

8

2 TxD








. DB25m CABOCT/D25/MT 6 . DBH62m, DB25m.

CABD25/FDTE, CABD25/MMOD

CABD25/FDTE CABD25/MMOD NSG NSG RJ45f DB25f RJ45f DB25m

CTS 1 4 RTS

CTS 1 5 CTS

DCD 2 20 DTR DCD 2 8 DCD

RxD 3 2 TxD RxD 3 3 RxD

PG 4 7 GND PG 4 7 GND

SG 5 SG 5

TxD 6 3 RxD TxD 6 2 TxD

DTR 7 6 DSR DTR 7 20 DTR

8 DCD RTS 8 4 RTS

RTS 8 5 CTS

:

CABOCT/D25/MT DB25. DCE DB9 DTE -, , - (. ).

CABOCT/R45/A RJ45 , Cisco Systems. CABOCT/R45/A DTE DCE, , DB25.

.

RJ45 CABOCT/R45/A RJ45 NSG700, IMV24 NPS7, NSG500, NX300, NSG800, NSG900.


rev.28.04.2014

10

2.5. V.35/V.24 DBH26f

: IMV35, IMV352 MUD64N NSG900/maxU ( ) WAN NSG509 ISA, PCI ( )

: ITUT V.35 (MUD64N DCE) ITUT V.24, TIA/EIA RS232 ( MUD64N)

: NRZ

:

: DTE DCE DCE TTC , DTE

: /,

IMV35 ( ) IMV352

NSG 1, DBH26f DB25f*

NSG 2 DBH26f

NSG 1

NSG700 h/w ver.5 s1 ; h/w ver.6 s1 512 /, s2 ; NSG 2

394215 396521

10 25

* NSG500 . .

( )

DBH26f DBH26f

IMV35 IMV35N

DBH26f DBH26f DBH26f

IMV352 IMV35N2 IMV352 . 2003 .

rev.28.04.2014

11

: V.35/V.24, DTE/DCE TTC NSG

: V24 V35 ( NSG Linux 1.0 card sN im-v24 im-v35) EXT DTE

INT DCE TTC* DCE TTC , , (DTE DCE, DTE TTC).

, /:

V.24 async: 50*, 75*, 100*, 110*, 134*, 150*, 200, 300, 600, 1200, 1800, 2400, 4800, 9600, 19200, 38400, 57600, 115200, 230400*

V.24 sync: 600*, 1200*, 2400, 4800, 9600, 16000, 19200, 48000, 64000, 80000, 128000 DCE -, DTE

V.35 sync: 600*, 1200*, 2400, 4800, 9600, 16000, 19200, 48000, 80000, 144000, 160000, 400000**, 784000**, 1168000** 640002048000** 64000; 3000000, 4000000, 5000000, 6000000, 7000000, 8000000 TTC*

* NSG500 ** 512 / NSG700

: 5, 6, 7, 8 - 1, 1 ( NSG), 2 none, even, odd, mark, space

DBH26f, DB25f

DBH26f DB25f V.35 sync V.24 sync V.24 async

DCE DTE DCE DTE DCE DTE

1 19 SEL Select V.35/V.24

2 3 RxD TxD RxD TxD Data Out

3 2 TxD RxD TxD RxD Data In

4 5 CTS RTS CTS RTS CTS RTS Flow Control Out

5 4 RTS CTS RTS CTS RTS CTS Flow Control In

6 8 DCD DTR DCD DTR DCD DTR Device Ready Out

7 7 SG SG SG SG SG SG Signal Ground

8 20 DTR DCD DTR DCD DTR DCD Device Ready In

9 1 PG PG PG PG PG PG Protective Ground

10, 11 13, 25 TC/TTC (A, B) RC (A, B) Receiver Clock In

12, 13 12, 24 RC (A, B) TC (A, B) Transmitter Clock In

15, 14 11, 23 TxD (A, B) RxD (A, B) Data In

16 7 SG SG SG SG SG SG Signal Ground

17 6 DSR DSR DSR DSR DSR DSR Data Set Ready

18 TTC Transmit Clock from DTE

19, 20 10, 22 RxD (A, B) TxD (A, B) Data Out

21, 22 9, 21 RC, TC (A, B) TTC (A, B) Clock Out

23 14 RC in TC in Transmitter Clock In

24 16 TC in RC in Receiver Clock In

25 15 Sync out Transmit Clock Out

26 17 Sync out Receive Clock Out

:

. IMV35N, IMV35N2 IMV352 . 2003 . ( ) V.24 TTC ; .

V.35 DCE 21, 22 DBH26f ( 9, 21 DB25f) ; DTE Transmit Clock from DTE (TTC).

DSR .


rev.28.04.2014

12

DSR, , . V.35 . .

V.35 DBH26f ( TTC)

DCE V.35 CABV35/M34/FC

DTE V.35

CABV35/M34/MT NSG NSG

DBH26m M34f DBH26m M34m

PG 9

A PG PG 9 A PG

SEL 1 SEL 1

SG 7 B SG SG 7 B SG

SG 16 SG 16

Control out 4 D CTS Control out 4 C RTS

Control in 5 C RTS Control in 5 D CTS

Ready in 8 H DTR Ready in 8 F DCD

DSR**

17 E DSR DSR 17 E DSR

Ready out 6 F DCD Ready out 6 H DTR

Sync in*

A

B

10

11

Sync in

A

B

10

11

V A RC

X B

Sync in*

A

B

12

13

Y A

B TC

Sync in

A

B

12

13

Y A TC

AA AA B

Sync out A

B

21

22

V A

B RC

X

Data in A

B

15

14

P A

B TxD

Data in

A

B

15

14

R A

B RxD

S T

Data out A

B

19

20

R A

B RxD

Data out

A

B

19

20

P A

B TxD

T S

* RC, TC , DCE,

(1990- ). **

! CABV35/M34/FC, 2006 . , DBH26m 8 17. . , NSG50 (IDSL) 17 DBH26m; DTE. NSG.

V.35 DBH26f (c TTC)

DCE V.35 CABV35/M34/FC/T

DTE V.35

CABV35/M34/MT/T NSG NSG

DBH26m M34f DBH26m M34m

PG 9

A PG PG 9 A PG

SEL 1 SEL 1

SG 7 B SG SG 7 B SG

SG 16 SG 16




E DSR


Sync in A

B

10

11

U A TTC

Sync in

A

B

10

11

V A RC

W B X B

Y A

TC

Sync in A

B

12

13

Y A TC

AA B AA B

Sync out A

B

21

22

V A RC

Sync out

A

B

21

22

U

W

A

B TTC

X B

Data in A

B

15

14

P A TxD

Data in

A

B

15

14

R

T

A

B RxD

S B

Data out A

B

19

20

R A RxD

Data out

A

B

19

20

P

S

A

B TxD

T B

rev.28.04.2014

13

V.35 DB25f ( )

DCE V.35 CA5V35/M34/FC

DTE V.35 CA5V35/M34/MT

NSG NSG DB25m M34f DB25m M34m

PG 1 A PG PG 1 A PG

SG 7 B SG SG 7 B SG

SEL 19 SEL 19





DSR 6 E DSR

Clock out A

B

9

21

V

X

A

B RC

RC in

A

B

13

25

V

X

A

B RC

Y

AA

A

B TC

TC in

A

B

12

24

Y

AA

A

B TC

Data in A

B

11

23

P

S

A

B TxD

Data in

A

B

11

23

R

T

A

B RxD

Data Out A

B

10

22

R

T

A

B RxD

Data Out

A

B

10

22

P

S

A

B TxD

:

NX300/4Wx, NX300/8Wx 0 : 0 DTE (MODE:EXT). 0 DCE (MODE:INT); (600, 1200, 2400, 4800,

9600 19200 /). 0 , , " ".

NSG800/4WL, NSG900/4WL 4.

Transmit Clock from DTE , CABV35/M34/xx/T. CABV35/M34/FC (DCE) MODE:TTC MODE:INT; CABV35/M34/MT (DTE) TTC DCE .

2048 / / 15 TTC. IMV35x.

V.24 . IMV24.

- NSG V.35 ( DBH26)

TTC C TTC NSGDCE NSGDTE NSGDCE NSGDTE

PG 9 9 PG PG 9 9 PG

SEL 1 1 SEL SEL 1 1 SEL

SG 7 7 SG SG 7 7 SG

SG 16 16 SG SG 16 16 SG

CTS 4 5 CTS CTS 4 5 CTS

RTS 5 4 RTS RTS 5 4 RTS

DTR 8 6 DTR DTR 8 6 DTR

DCD 6 8 DCD DCD 6 8 DCD

RC*

A

B

10

11

TTC

A

B

10

11

21

22

A

B TTC

TC*

A

B

12

13

12

13

A

B TC

12

13

A

B TC

Sync

out

A

B

21

22

10

11

A

B RC

Sync out

A

B

21

22

10

11

A

B RC

TxD A

B

15

14

19

20

A

B TxD

TxD

A

B

15

14

19

20

A

B TxD

RxD A

B

19

20

15

14

A

B

RxD RxD

A

B

19

20

15

14

A

B RxD

* RC, TC , DCE,


rev.28.04.2014

14

2.6. V.24 sync DBH26f

: IMV24 ( ) DTE/DCE MUD128 NSG900/maxU ( ) DCE

: ITUT V.24, TIA/EIA RS232 : NRZ : : DTE

DCE : /, , : NSG 1, DBH26f

NSG 1, DB25f ( NSG500 , )

: NSG 1 (IMV24): 394215 (IMV24): 5 : DTE/DCE NSG

: V24 ( NSG Linux 1.0 card sN im-v24) :

50*, 75*, 100*, 110*, 134*, 150*, 200, 300, 600, 1200, 1800, 2400, 4800, 9600, 19200, 38400, 57600, 115200, 230400* / ( )

5, 6, 7, 8 - 1, 2, 1 ( NSG) none, even, odd; mark, space ( NSG) 50200 230400 / NSG500

: 600*, 1200*, 2400, 4800, 9600, 16000, 19200, 48000, 64000, 80000, 128000 / (

DCE , DTE ) EXT DTE

INT DCE , , (DTE DCE).

DBH26f, DB25f

DBH26f DB25f V.24 sync V.24 async

DCE DTE DCE DTE

2 3 RxD TxD RxD TxD Data Out

3 2 TxD RxD TxD RxD Data In

4 5 CTS RTS CTS RTS Flow Control Out

5 4 RTS CTS RTS CTS Flow Control In

6 8 DCD DTR DCD DTR Device Ready Out

7 7 SG SG SG SG Signal Ground

8 20 DTR DCD DTR DCD Device Ready In

9 1 PG PG PG PG Protective Ground

17 6 DSR DSR DSR DSR Data Set Ready

18 TTC Transmit Clock from DTE

23 14 RC in TC in Transmitter Clock In

24 16 TC in RC in Receiver Clock In

25 15 Sync out Transmit Clock Out

26 17 Sync out Receive Clock Out

: IMV24N TTC . DSR . DSR, , .

.

DBH26f

IMV24N

( )

DBH26f

IMV24

rev.28.04.2014

15

V.24 (, ) DBH26f

DCE V.24 CABV24/D25/FC

DTE V.24 CABV24/D25/MT

NSG NSG DBH26m DB25f DBH26m DB25m

PG 9 1 PG PG 9 1 PG

Data out 2 3 RxD Data out 2 2 TxD

Data in 3 2 TxD Data in 3 3 RxD

Control out 4 5 CTS Control out 4 4 RTS

Control in 5 4 RTS Control in 5 5 CTS

Ready out 6 8 DCD Ready out 6 20 DTR

DSR 17 6 DSR DSR 17 6 DSR

Ready in 8 20 DTR Ready in 8 8 DCD

SG 7 7 SG SG 7 7 SG

Sync in 23 15 TC Sync in 23 15 TC

Sync out 25 TTC 18 24 TTC

Sync in 24 17 RC Sync in 24 17 RC

Sync out 26

V.24 (, ) DB25f ( )

DCE V.24 CA5V24/D25/FC

DTE V.24 CA5V24/D25/MT

NSG NSG DB25m DB25f DB25m DB25m

PG 1 1 PG PG 1 1 PG

Data in 2 2 TxD Data in 2 3 RxD

Data out 3 3 RxD Data out 3 2 TxD

Control in 4 4 RTS Control in 4 5 CTS

Control out 5 5 CTS Control out 5 4 RTS

DSR 6 6 DSR

SG 7 7 SG SG 7 7 SG

Ready out 8 8 DCD Ready out 8 20 DTR

Ready in 20 20 DTR Ready in 20 8 DCD

Sync out 15 15 TC Sync in 14 15 TC

Sync out 17 17 RC Sync in 16 17 RC

:

NX300/4Wx, NX300/8Wx WAN 0 : 0 DTE (MODE:EXT). 0 DCE (MODE:INT);

(600, 1200, 2400, 4800, 9600 19200 /).

0 .


0 , , " ".

, Eicon ( DTE, DB25f) , CAxV24/D25/FC ( ), DB25m (""). CAxV24/D25/FC (--) DB25 "-".

! CABV24/D25/FC, 2006 . , - DBH26m 8 17. . , NSG50 (IDSL) 17 DBH26m; DTE. NSG.

- NSG V.24

( DBH26)

NSGDCE NSGDTE

PG 9 9 PG

RxD 2 3 RxD

TxD 3 2 TxD

CTS 4 5 CTS

RTS 5 4 RTS

DCD 6 8 DCD

DTR 8 6 DTR

SG 7 7 SG

RC 23 23 RC

Sync out 25

TC 24 24 TC

Sync out 26


rev.28.04.2014

16

IMX21

2.7. IMX21, IMX212

: ITUT X.21

: NRZ

:

: DTE DCE

:

IMX21 ( ) IMX212

NSG 1, DBH26f

NSG 2, DBH26f

NSG 1

NSG700 h/w ver.6 s1, 512 / NSG 2

394215 406516

10 25

: DTE/DCE NSG

: X21 ( NSG Linux 1.0 card sN im-x21) EXT DTE


600*, 1200*, 2400, 4800, 9600, 16000, 19200, 48000, 80000, 144000, 160000, 400000, 784000, 1168000 640002048000 64000 / ( DCE , DTE ) 600 1200 / NSG500; 512 / NSG700

DBH26f

DCE DTE

17, 18 RxD (A,B) TxD (A,B) Data Out

14, 15 TxD (A,B) RxD (A,B) Data In

12, 13 SIn (A,B) Transmit Clock In

23, 24 SOut (A,B) Transmit Clock Out

25, 26 C (A,B) C (A,B) Control Out

10, 11 I (A,B) I (A,B) Indication In

7 SG SG Signal Ground

9 PG PG Protective Ground

: .

. .

( )

IMX212 DBH26f

DBH26f

rev.28.04.2014

17

X.21

DCE X.21 CABX21/D15/FC

DTE X.21 CABX21/D15/MT

NSG NSG

DBH26m DB15f DBH26m DB15m

Data out A

B

17

18

4

11

A

B RxD

Data out

A

B

17

18

2

9

A

B TxD

Data in A

B

14

15

2

9

A

B TxD

Data in

A

B

14

15

4

11

A

B RxD

S-out A

B

23

24

6

13

A

B S

Sin

A

B

12

13

6

13

A

B S

C A

B

25

26

5

12

A

B I

C

A

B

25

26

3

10

A

B C

I A

B

10

11

3

10

A

B C

I

A

B

10

11

5

12

A

B I

SG 7 8 SG SG 7 8 SG

PG 9 1 PG PG 9 1 PG

:

NX300/4Wx, NX300/8Wx WAN 0 : 0 DTE (MODE:EXT). 0 DCE (MODE:INT); (600, 1200, 2400, 4800,

9600 19200 /). 0 , , " ".


IMX21 NSG500, 1 DB25f, .

- NSG X.21 ( DBH26)

NSGDCE NSGDTE

RxD A

B

17

18

14

15

A

B RxD

TxD A

B

14

15

17

18

A

B TxD

S A

B

23

24

12

13

A

B S

I A

B

25

26

10

11

A

B I

C A

B

10

11

25

26

A

B C

SG 7 7 SG

PG 9 9 PG


rev.28.04.2014

18

2.8. IM530

: TIA/EIA RS530

: NRZ

:

: DTE DCE

, : NSG 1, DBH26f

:

: NSG 1 DBH26f

: 394319

: 10

: DTE/DCE NSG

: RS530 ( NSG Linux 1.0 card sN im-530) EXT DTE


600*, 1200*, 2400, 4800, 9600, 16000, 19200, 48000, 80000, 144000, 160000, 400000, 784000, 1168000 640002048000 64000 / ( DCE , DTE ) * 600 1200 / NX300, NSG800

DBH26f

RS530 DCE DTE

3, 12 RxD (A,B) TxD (A,B) Data Out

20, 19 TxD (A,B) RxD (A,B) Data In

5,14 CTS (A,B) RTS (A,B) Flow Control Out

10, 1 RTS (A,B) CTS (A,B) Flow Control In

4,13 DCD (A,B) DTR (A,B) Device Ready Out

24, 23 DTR (A,B) DCD (A,B) Device Ready In

26, 25 RC-in (A,B) Receive Clock In

22, 21 TC-in (A,B) Transmit Clock In

17, 8 RC-out (A,B) Receive Clock Out

11, 2 TC-out (A,B) TTC (A,B) Transmit Clock Out/

Transmit Clock from DTE


9 PG PG Protective Ground

: DSR . DSR, ,

. .

.

DCE 11, 2 Transmit Clock. V.35 Transmit Clock from DTE.

.

( )

DBH26f

:

J10 J11 J12 J13

J2 12

J3

J4

rev.28.04.2014

19

RS530

DCE RS530 CAB530/D25/FC

DTE RS530 CAB530/D25/MT

NSG NSG

DBH26m DB25f DBH26m DB25m

Data out A

B

3

12

3

16

A

B RxD

Data out

A

B

3

12

2

14

A

B TxD

Data in A

B

20

19

2

14

A

B TxD

Data in

A

B

20

19

3

16

A

B RxD

Control out A

B

5

14

5

13

A

B CTS

Control out

A

B

5

14

4

19

A

B RTS

Control in A

B

10

1

4

19

A

B RTS

Control in

A

B

10

1

5

13

A

B CTS

Ready in A

B

24

23

20

23

A

B DTR

Ready in

A

B

24

23

8

10

A

B DCD

Ready out A

B

4

13

8

10

A

B DCD

Ready out

A

B

4

13

20

23

A

B DTR

6

22

A

B DSR

RC in

A

B

26

25

17

9

A

B RC

RC out A

B

17

8

17

9

A

B RC

TC in

A

B

22

21

15

12

A

B TC

TC out A

B

11

2

15

12

A

B TC

TTC

A

B

11

2

24

11

A

B TTC

SG 7 7 SG SG 7 7 SG

PG 9 1 PG PG 9 1 PG

- NSG

RS530 ( DBH26)

NSGDCE NSGDTE

RxD A

B

3

12

20

19

A

B RxD

TxD A

B

20

19

3

12

A

B TxD

CTS A

B

5

14

10

1

A

B CTS

RTS A

B

10

1

5

14

A

B RTS

DTR A

B

24

23

4

13

A

B DTR

DCD A

B

4

13

24

23

A

B DCD

RC A

B

17

8

26

25

A

B RC

TC A

B

11

2

22

21

A

B TC

SG 7 7 SG

PG 9 9 PG

:

NX300/4Wx, NX300/8Wx WAN 0 : 0 DTE (MODE:EXT). 0 DCE (MODE:INT);

(600, 1200, 2400, 4800, 9600 19200 /).

0 , , " ".


IM530 NSG500, 1 DB25f, .

IM530 TTC DTE, .


rev.28.04.2014

20

2.9. V.24/V.35/X.21 DCE DBH26f

: NSG50 IDSL, NSG50 SHDSL.BIS modem ( )

: ITUT X.21, V.35, V.24, TIA/EIA RS232

: NRZ

:

: DCE

: X.21 V.24/V.35 V.24 V.35 NSG

:

:

DBH26f

DBH26f

V.35 DCE V.24 DCE X.21 DCE

1 Select V.35/V.24

2 RxD Data Out

3 TxD Data In

4 CTS CTS Flow Control Out

5 RTS RTS Flow Control In

6 DCD DCD Device Ready Out

7 SG SG SG Signal Ground

8 DTR DTR Device Ready In

9 PG PG PG Protective Ground

11, 10 C (A,B) Control In

15, 14 TxD (A, B) TxD (A,B) Data In


17, 18 I (A,B) Indication Out

19, 20 RxD (A, B) RxD (A,B) Data Out

21, 22 RC, TC (A, B) SOut (A,B) Clock Out

25 Sync out Transmit Clock Out

26 Sync out Receive Clock Out

X.21 DCE CASX21/D15/FC

NSG50

DBH26m DB15f

Data out A

B

19

20

4

11

A

B RxD

Data in A

B

15

14

2

9

A

B TxD

S-out A

B

21

22

6

13

A

B S

C A

B

18

17

5

12

A

B I

I A

B

11

10

3

10

A

B C

SEL 1

SG 7 8 SG

PG 9 1 PG

: .

. .

rev.28.04.2014

21

2.10. IM485, IM4852

: TIA/EIA RS485 : NRZ : : 1200 ( 0,5 ) : 3

: 120 : 32 : Full Duplex Master, Full Duplex Slave, Half Duplex :

IM485 ( ) IM4852

NSG 1, DBH26f

NSG 2, DBH26f

NSG 1 DBH26f

NSG700 1; NSG 2

364215 396217

10 25

: Master/Slave, Half Duplex/Full Duplex, / DBH26f

: RS485 ( NSG Linux 1.0 card sN im-485) IF:RS485 RS485,

"-", NSG. 300, 600, 1200, 1800, 2400, 4800, 9600, 19200, 38400, 57600, 115200, 230400 / (

). 230400 / NSG500. 5, 6, 7, 8 - 1, 1 ( NSG), 2 none, even, odd; mark, space ( NSG)

: IM485 : MASTER SLAVE (Full Duplex Half

Duplex, FD, RxD TxD) (Half Duplex, HD, RxD/TxD) , , Signal Ground.

FD.


rev.28.04.2014

22

( ), IM485. . .

MASTER SLAVE. SLAVE MASTER, SLAVE MASTER; MASTER, SLAVE.

. SLAVE -

, SLAVE "" MASTER.

HD.

"" , , .

"-" - . .

RS485 DBH26f

( )

( )

15, 14 RxD (A, B) Receive Data In

19, 20 TxD (A, B) Transmit Data Out

24 SG Signal Ground

1, 7 () (Half Duplex or Slave mode)

5, 6 () (RxD )

21, 22 () (TxD )

:

.

. .

.

IM485

DBH26f

DBH26f

IM4852

rev.28.04.2014

23

RS485

FD

Master

FD Master

NSG Slave NSG Slave

D

BH

2

6m

RxD A

B

15

14

A

B TxD

DB

H

26

m

RxD A

B

15

14

A

B TxD

TxD A

B

19

20

A

B RxD

TxD

A

B

19

20

A

B RxD

SG 24 SG SG 24 SG

HD mode 1

7 HD mode

1

7

RxD-term. 5

6 RxD-term.

5

6

TxD-term. 21

22 TxD-term.

21

22

FD

Slave

FD Slave

NSG Master NSG Master

DB

H

26

m

RxD A

B

15

14

A

B TxD

DB

H

26

m

RxD A

B

15

14

A

B TxD

TxD A

B

19

20

A

B RxD

TxD

A

B

19

20

A

B RxD

SG 24 SG SG 24 SG

HD mode 1

7 HD mode

1

7

RxD-term. 5

6 RxD-term.

5

6

TxD-term. 21

22 TxD-term.

21

22

HD

HD

NSG HD NSG HD

DB

H

26

m

RxD A

B

15

14

DB

H

26

m

RxD A

B

15

14

TxD A

B

19

20

A

B RxD/TxD

TxD

A

B

19

20

A

B RxD/TxD

SG 24 SG SG 24 SG

HD mode 1

7 HD mode

1

7

RxD-term. 5

6 RxD-term.

5

6

TxD-term. 21

22 TxD-term.

21

22

, Half Duplex, RxD-terminator, TxD-terminator,

- - IM485. , (-) DBH26M, DBH26F NSG. , () .

IM485

HD mode RxD-term. TxD-term.

Full Duplex, MASTER

Full Duplex, SLAVE

Full Duplex, MASTER

Full Duplex, SLAVE

Half Duplex

Half Duplex


rev.28.04.2014

24

3. (xDSL)

3.1. xDSL

NSG (, ..) (xDSL). :

SRM Mitel IDSL ITUT G.961 MDSL Level One SDSL Conexant SHDSL ITUT G.991.2 (Annex A, B) SHDSL.bis ITUT G.991.2 (Annex A, B, F, G), G.994

V.34/V.92 ().

xDSL NSG 2 DBH26f. RJ45 RJ12. ( IMSRM, NSG 1, DBH26f , DBH26/RJ45). xDSL .

rev.28.04.2014

25

3.2. IMMDSL/xxx

: IMMDSL/400, IMMDSL/784, IMMDSL/1168

: Level One

: 2B1Q

: 1

: ,

, /

0,5 (24 AWG) 0,4 (26 AWG)

IMDSL/400 400 5,4 3,8

IMDSL/784 784 4,4 3,1

IMDSL/1168 1168 3,7 2,6

:

:

: NSG 2, RJ45 . RJ11 RJ12.

: NSG5xx, NX300/xx2, NSG800/xx, NSG900/xx NSG 2 NX300/xx4 37 ( 3 NX300 1 )

: 389327

: 30

/ : 1500

: 230 , 125

:

: MDSL ( DSL) MASTER SLAVE; , ,

400000, 784000, 1168000 / ( )

( )

RJ45

4, 5 Tip, Ring

: RJ11 2, 3. RJ12 3, 4.

J4 , .

RJ45


rev.28.04.2014

26

3.3. IMSRM, IMSRM2

: Mitel : Bi-Phase; NSM160 ( ) : 1 : 0,5 (24 AWG) 6,5

0,4 (26 AWG) 4,7 : 80 160 /. . : :

IM SRM IM SRM 2

NSG 1, DBH26f ; CABSRM

NSG 2, RJ45 . RJ11.

NSG 1

NSG 2, NSG700

395324 396027

20 30

/ : 1500 : 230 , 125 : LEC

: SRM MASTER SLAVE; , ,

80000 160000 / ( )

( )

DBH26f

IMSRM

IMSRM

J1, J2 : 80 / J1, J2 160 / J1, J2

J3 LEC: LEC off 12, 34, 67, 910 LEC on 12, 45, 78, 1011

SRM : RJ11 : RJ114: 2, 3 RJ116: 3, 4

DBH26f RJ45 DBH26m RJ45

2 4

2, 3 Tip, Ring 4, 5 Tip, Ring 3 5

IMSRM IMSRM2 LEC (Loop Extender Circuit). LEC SRM 1 , . LEC (off) (on) . 0,4 0,5 .

! LEC , , , 500 900

80 / 160 /

0,4 0,5 0,4 0,5

LEC 03,8 05,3 03,2 04,6

LEC 0,654,7 0,96,5 0,54,2 0,655,2

RJ45

J1

J2

J3 1

J1

J2

J3 1

rev.28.04.2014

27

3.4. IDSL

: IMIDSL NSG504/Voice ( ) IM4xIDSL NSG800/maxI ( )

: ITUT G.961. IDSL . : 2B1Q : 1 : 0,5 (24 AWG) 8,0

0,4 (26 AWG) 6,0 : 192 / : IMIDSL B1, B2, D

NSG504/Voice IM4xIDSL B1, B2 ( ) : IMIDSL 16, 64, 80, 128, 144 /; NSG504/Voice IM4xIDSL 128

64 / ( ). , .

IMIDSL:

. :

NSG 2, RJ45 . RJ11 RJ12.

NSG5xx, NX300/xx2, NSG800/xx, NSG900/xx NSG 2 NX300/xx4 37 ( 3 NX300 1 ) NSG700 h/w ver.6 , s1

388527

30

/ : 1500 : 230 , 125 : IMIDSL

NSG504/Voice IM4xIDSL 64/128 / NSG504/Voice IMIDSL IDSL- "Data Only" ( OFF), / 128 /

: IDSL MASTER SLAVE; IM4xIDSL MASTER. ,

, . IMIDSL 16000, 64000, 80000, 128000, 144000 / ( )

NSG504/Voice IM4xIDSL 128 000 /

JM1 B1, B2, D:

J8 ,

, /

JM1 .

64 80 /

- B1

B2.

16 D D B1, B2

64 B1 B1 B2, D

B2 B2 B1, D

80 B1+D B1, D B2

B2+D B2, D B1

128 B1+B2 B1, B2 D

144 B1+B2+D B1, B2, D

RJ45

: RJ11 2, 3, RJ12 3,4 4, 5 Tip, Ring

IMIDSL

( )

RJ45

JM1RJ12

J8


rev.28.04.2014

28

RJ12

3, 4 Tip, Ring

. RJ11 2, 3.

( )

RJ12

ALTERA EPM7032S h/w ver.1

ALTERA EPM7064S h/w ver.2

3.5. IMSDSL

: Conexant : h/w ver.1 ( -), ver2. h/w ver.2

h/w ver.1 , , Ethernet-over-SDSL. .

: NSG200/V35C ( -) 192 / ; Conexant, ATM-over-SDSL, E1-over-SDSL ..; NSG50 SDSL Ethernet h/w ver.2 : NSG700/4AU, NSG700/8A, NSG700/12A 1, NSG800, NSG900 ( ), NX300/4W4 0, NX300/2WL 1

: 2B1Q : 1 : 1442320 / ( 8 /) : :

,

, /

144 272 400 528 784 1040 1168 1552 1808 2064 2320

0,5 (24 AWG) 7,2 6,9 6,2 5,7 5,4 5,0 4,8 4,4 4,0 3,8 3,2

0,4 (26 AWG) 6,0 5,2 4,7 4,5 4,2 4,0 3,9 3,7 3,5 3,0 2,7

: : NSG 2, RJ12 ( RJ11) : NSG5xx, NX300/xx2, NSG800/xx, NSG900/xx NSG 2

NX300/xx4 37 ( 3 1 ) NSG700/4AU, NSG700/8A, NSG700/12A s1 (h/w ver.5 Ethernet; h/w ver.6 HDLC, .512 /; h/w ver.6m, 6u )

: 388626 : 25 / : 1500 : 230 , 125 :

2B1Q (/) BER-

:

: SDSL MASTER SLAVE :

2B1Q (, ) 2B1Q_S (, )

144000 2320000 /, 8000 / ( )

, , , .

: SERVICE SDSL MASTER SLAVE :

2B1Q ( , ) 2B1Q_S ( , )

144000 2320000 /, 8000 / ( )

: FLB (Far LoopBack) BERT (Bit Error Rate Test)

, , , , .

rev.28.04.2014

29

3.6. IMSHDSL

: ITUT G.991.2, Annex A, Annex B

: , ATM-over-SHDSL, E1-over-SHDSL ..

: TCPAM 16

: 1

: 2002312, 2082320 / ( 64 /)

:

:

,

, /

264 456 584 712 904 968 1224 1672 1864 2056 2312

0,4 (26 AWG) 6,7 6,6 6,4 6,2 6,1 5,5 5,4 5,3 5,2 4,9 4,6

. . , , , , , .

:

: NSG 2, RJ12 ( RJ11)

: NSG5xx, NX300/xx2, NSG800/xx, NSG900/xx NSG 2 NX300/xx4 37 ( 3 NX300 1 )

: 389929

: 30

/ : 1500

: 230 , 125

:

:

: SHDSL COE CPE 2002312 2082320 / ( 64 /)

( ) (Annex A/B) _A _B , , , .

: SERVICE SHDSL COE CPE 2002312 2082320 / ( 64 /)

( ) (Annex A/B) _A _B : FLB (Far LoopBack) , , , . BER .

RJ12

: , . NX300, ( IV . 2004 .) .

. RJ11 2, 3. 3, 4 Tip, Ring

( )

RJ12


rev.28.04.2014

30

3.7. IMxSHDSL/bis

: IMSHDSL/bis, IM2SHDSL/bis

: ITUT G.991.2 (Annex A, B, F, G), G.994 c

: TDM TDM Ethernet-over-HDLC

: TCPAM 32, TCPAM 16 ( )

: 1 2

: 1925696 / ( 64 /)

:

,

/

,

TCPAM 16 @0,4 2

TCPAM 32 @0,4 2

TCPAM 16 @0,5 2

TCPAM 32 @0,5 2

5696 2,4 3,0

5120 2,8 3,5

4608 3,3 4,1

4096 3,7 4,6

3848 3,9 4,7

3584 4,0 5,0

3072 4,3 5,4

2560 4,6 5,8

2304 5,1 6,4

2048 5,3 5,1 6,6 6,4

1792 5,4 6,8

1536 5,6 7,0

1280 5,8 7,3

1024 6,1 5,8 7,6 7,3

768 6,9 6,0 8,6 7,5

512 7,3 9,1

384 7,6 9,5

256 >8 >10

192 >8 >10

: ,

: NSG 2, () RJ12 ( RJ11)

: NSG900/8WL 3, 4, A31, A41 NSG900/4WL, NSG800/4WL 3, 4 NSG900/16A, NSG800/16A 1, 2 NSG900/2WL, NSG800/WL h/w ver.2.2 12, 2 NSG800/WL h/w ver.2.1 12 23

1 . 2 unframed Ethernet-over-HDLC. 3 TDM.

: 389929

: 30

/ : 1500

: 230 , 125

:

:

RJ12

. RJ11 2, 3. 3, 4 Tip, Ring

IM2SHDSL/bis

( )

J1 , .

IMSHDSL/bis ( ) .

RJ12

RJ12

J1

IM_SH

DSL3

rev.28.04.2014

31

:

: DSL-.


rev.28.04.2014

32

3.8.

: IMV92 ( ), IMV34 : : ITUT V.92*, V.34, V.32bis, V.32, V.23, V.22bis, V.22, V.21;

Lucent Technologies & Rockwell Semiconductor Systems K56Flex*; Bell 212, 103

: ITUT V.44, V.42bis : ITUT V.42; Microcom MNP 5, MNP 10 : : : NSG 2, RJ12 ( RJ11) : NSG5xx, NX300/xx2, NSG800/xx, NSG900/xx NSG 2;

NSG7xx s1; NX300/xx4 37 ( 3 NX300 1 )

:

, /

Bell 103 300

Bell 212 1200/75 75/1200

V.21 300

V.22 1200

V.22 bis 2400, 1200

V.23 1200

V.32 9600, 4800

V.32 bis 14400, 12000, 9600, 7200, or 4800

V.34 33600, 31200, 28800, 26400, 24000, 21600, 19200, 16800, 14400, 12000, 9600, 7200, 4800, 2400

56K* 56000, 54000, 52000, 50000, 48000, 46000, 44000, 42000, 40000, 38000, 36000, 34000, 32000

V.90* "-"

56000, 54667, 53333, 52000, 50667, 49333, 48000, 46667, 45333, 44000, 42667, 41333, 40000,

38667, 37333, 36000, 34667, 33333, 32000, 30667, 29333, 28000

V.92* "-"

56000, 54667, 53333, 52000, 50667, 49333, 48000, 46667, 45333, 44000, 42667, 41333, 40000,

38667, 37333, 36000, 34667, 33333, 32000, 30667, 29333, 28000

V.92* "--"

48000, 46667, 45333, 44000, 42667, 41333, 40000, 38667, 37333, 36000, 34667, 33333, 32000,

30667, 29333, 28000, 26667, 25333, 24000

* IMV92.

: : / : 1500 : 230 , 125 : 369021 : 25 :

J1

DTR ( ) NSG

( )

DTR ( / )

: V24 ( NSG), im-v24 (NSG Linux 1.0),

rs-232 (NSG Linux 2.0)

300, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200, 230400 / ( )

: 1 , - ( DCD ).

: 23 . -. . - , .

RJ12

3, 4 Tip, Ring

. RJ11 2, 3.

( )

RJ12

IM_V.3

4

J1

. 2- 3- : B/O XL34 IMV34 B/O XL92 IMV92

rev.28.04.2014

33

4.

4.1. E1/G.703

(PDH) NSG . NPS7e, NSG500, NX300, NSG700, NSG800, NSG900 PDH:

E0* (64 /, G.703.1, DS0) E12* (2048 / unframed, G.703.6) E1, (Fractional E1) E1,

(Channelized E1)

Fractional E1 drop-and-insert .

PDH NSG 2, RJ45 DBH26f. E1 2, NSG. ( IM703, NSG 1, DBH26f , DBH26/RJ45). .

* ITUT G.703 2001 .; G.703.1 G.703.6, .


rev.28.04.2014

34

4.2. E1 . 19992001 .

: IME1, IME1SS, IM2E1, IMCE1 NSG520 hardware version 13

: E1 E1. IME1 (.. ). IME1SS IME1 NSG800/WL, NSG800/maxI16 ( ). , , IME1. IM2E1 IME1 drop-and-insert. RMBypass2E1 E1 . IMCE1 , 31 (.. 31 ) . NSG520 h/w ver.13 E1. (. ), IM2E1. () (-) . E12* unframed.

: E1 (ITUT G.703, G.704, G.706, G.732, G.823), E12* (ITUT G.703)

E1: FAS/NFAS (G.704) CAS (G.704) CRC4 (G.704, G.706)

: 2

: HDB3 AMI ( )

: 2048 /

: E1 (framed) 641984 / (c 64 /) E12* (unframed) 2048 /

: 0,6 (22 AWG) 1,5

: ( E1) ( E1) E1 ( drop-and-insert)

: 012 030 ( )

:

: 120 balanced, RJ45

/ : 1500

: +

:

: E1 NSG . , , : E12 (line interface unit, LIU) / E1 (framer) - (

/ WAN).

NSG: . . 3. WAN :

E1 EXT 64000 2048000 / ( ). ( framed E1) 2048 / ( unframed E12).

* ITUT G.703 2001 .; G.703.6. G.703.

rev.28.04.2014

35

WAN

,

,

IME1

NX300/3WL2 NX300/4W2 NX300/7WL4 NX300/8W4 NX300/3WLMH2

2 IF:0 PO:2

4118727

40

NSG800/4WL2 h/w v.1 NSG900/4WL2 h/w v.1

3L, 4 IF:0 PO:4

NSG800/16A h/w v.1.2 NSG900/16A h/w v.2

1L, 2 IF:0 PO:2

IME1SS NSG800/WL h/w v.1 1 IF:0 PO:1

4014827 35 NSG800/maxI16 2 IF:0 PO:2

IM2E1

NX300/3WL2 NX300/4W2 NX300/3WLMH2

1+2 IF:0 PO:1 IF:1 PO:2

7818727 75 NSG800/4WL2 h/w v.1 NSG900/4WL2 h/w v.1

3+4 IF:0 PO:3 IF:1 PO:4

NSG800/16A h/w v.1.2 NSG900/16A h/w v.2

1+2 IF:0 PO:1 IF:1 PO:2

IMCE1

NX300/3WLMH2 2 () IF:0 PO:316

4118727 40 NSG800/4WL2 h/w v.1 NSG900/4WL2 h/w v.1

3 IF:0 PO:434

NSG800/16A h/w v.1.2 NSG900/16A h/w v.2

1 IF:0 PO:232

NSG520

IF:1 PO:1 IF:2 PO:2

NSG E1. NSG Linux (L) IME1 IME1 IMCE1 .

IM2E1 . ,

. NX300 ; NSG800 3. .

NX300 NSG800/4WL

NX300/3WLMH2 , IMCE1 , 2 ( ). 14 . ( - ). NX300/3WL.

IM2E1 NSG800/4WL2, III . 2003 . , IME1SS NSG800/WL h/w ver.1 ( ) . . NSG mailto:[email protected] , .

MC68

EN360

0 1 2 3

CPU board

1 2 3 4


rev.28.04.2014

36

IMxE1 ( )

IME1, IMCE1 IM2E1 IME1SS

:

J1, J2 ( IM2E1) RMBypass2E1. RMBypass2E1 .

J3, J4 ( IM2E1) RMBypass2E1. RMBypass2E1 .

J5 , .

RJ45 ( ISO/IEC 8877)

3, 6 RCV (tip, ring) Receive Data in

4, 5 XMT (tip, ring) Transmit Data out

RJ45 RJ45

IF:0 IF:1

RJ45

J5

IF:0

RJ45

IF:0

. - . - .

rev.28.04.2014

37

, E1 , . NSG .

E1

IME1 (IME1SS) IM2E1 IMCE1

NX300/3WL2 NX300_3wl.bin NX300_3wl_1e.bin NX300_3wl_2e.bin

NX300/4W2 NX300_4w.bin NX300_4w_1e.bin NX300_4w_2e.bin

NX300/7WL4 NX300_7wl.bin NX300_7wl_1e.bin

NX300/8W4 NX300_8w.bin NX300_8w_1e.bin

NX300/3WLMH2 NX300_3wl.bin NX300_3wl_1e.bin NX300_3wl_2e.bin NX300_3wl_ce1.bin

NSG800/4WL2 h/w v1 NSG900/4WL2 h/w v1

NSG800_4wl.bin NSG800_4wl_1e.bin NSG800_4wl_2e.bin NSG800_4wl_1ce.bin

NSG800/WL h/w v1 NSG800_wl.bin NSG800_wl_1e.bin

NSG800/maxI16 NSG800_MaxI16.bin NSG800_MaxI16_1e.bin

NSG800/16A h/w v.1.2 NSG900/16A h/w v.1 (16- .)

NSG800_16am.bin NSG800_16am_1e.bin NSG800_16am_2e.bin NSG800_16am_1ce.bin

NSG800/16A h/w v1.2 NSG900/16A h/w v.1 (8- .)


. TFTP, , , E1, .

IMxE1 , . RJ45 . IM2E1 NSG520 .

NSG520 E1 unframed. , DOWN. :

(LOS, loss of signal)

FAS/NFAS (LOF, loss of frame)

CAS MFAS (CAS LOMF, loss of CAS multiframe)

CRC4 (CRC4 LOMF, loss of CRC4 multiframe).

IMxE1x . DCD, E1 , , . :

DOWN (. ) TESTING,

(remote loopback)

, drop-and-insert E1 ( IDLE) .

NSG Reset W S PO:A E1 , E1. W S IF:, . NSG Linux .

E12 NSG520 hardware v1, hardware v2, firmware v1.

RMBypass2E1 NSG520 hardware v1 v2, IM2E1 firmware v11.

hardware firmware Display Version (D V). RMBypass2E1 4.6. IMCE1S NSG. NSG800/WL h/w ver.2.0 NSG800/16A h/w ver.1.1 IMxE1.

IF:2 IF:1 L2 L1

NSG520

IF:1 IF:0

L0 L1

IM2E1


rev.28.04.2014

38

4.3. E1 . 2004 .

: IME1S, IM2E1S, IMCE1S NSG520 hardware version 4 ( )

: E1 E1. . 1999 ., RJ45. IME1S (.. ). IM2E1S IME1 drop-and-insert. RMBypass2E1 E1 . IMCE1S , 31 (.. 31 ) . NSG520 h/w ver.4 E1. IM2E1S, RMBypass2E1. () (-) . E12* unframed.

, 2004 , 1:

IME1S, IM2E1S, IMCE1S .2004 .

IME1, IME1SS, IM2E1, IMCE1 .19992001 .

NSG520, NSG800/WL

NSG800 NSG900 19" 1U 6

NSG520, NSG800/WL

NX300, NSG800/maxI NSG800 NSG900 19" 1U 2

: E1 (ITUT G.703, G.704, G.706, G.732, G.823), E12* (ITUT G.703)

E1: FAS/NFAS (G.704) CAS (G.704) CRC4 (G.704, G.706)

: 2

: HDB3 AMI ( )

: 2048 /

: E1 (framed) 641984 / (c 64 /) E12* (unframed) 2048 /

: 0,6 (22 AWG) 1,5

: ( E1) ( E1) E1 ( drop-and-insert)

: 012 030 ( )

:

: 120 balanced, RJ45

/ : 1500

: +

:

: E1 NSG . , , : E12 (line interface unit, LIU) / E1 (framer) - (

/ WAN).

NSG: . . 3.

* ITUT G.703 2001 .; G.703.6. G.703.

rev.28.04.2014

39

(): WAN : E1 EXT 64000 2048000 / ( ). ( framed E1) 2048 / ( unframed E12).

WAN ( )

,

,

IME1S

NSG800/WL h/w v.2.1, 2.3 1 IF:0 PO:1

3914227 35

NSG800/WL h/w v.2.2 NSG900/2WL

1, 2L IF:0 PO:1

NSG800/4WL h/w v.2 NSG900/4WL h/w v.2

3L, 4 IF:0 PO:4

NSG800/16A h/w v.2 NSG900/16A h/w v.2

1L, 2 IF:0 PO:2

NSG900/8WLL2 3, 4

IM2E1S


1+2 IF:0 PO:1 IF:1 PO:2

8014227 65


3+4 IF:0 PO:3 IF:1 PO:4

NSG800/16A h/w v.2 NSG900/16A h/w v.2

1+2 IF:0 PO:1 IF:1 PO:2

NSG900/8WLL2 3+4

IMCE1S

NSG800/WL h/w v.2.1, 2.3 2 IF:0 PO:131

3914227 35


2 IF:0 PO:232


3, 4L IF:0 PO:434

NSG800/16A h/w v.2 NSG900/16A h/w v.2

1, 2L IF:0 PO:232

NSG900/8WLL2 3, 4

NSG520

IF:1 PO:1 IF:2 PO:2

NSG E1. NSG Linux (L) E1 , .. IMCE1S .

NSG900/8WL (L2). . NSG900/4WL.

IMCE1S NSG. IM2E1S .

NSG .

E1

IME1S IM2E1S IMCE1S

NSG800/WL h/w v.2.1 NSG800_wl.bin NSG800_wl_1e.bin NSG800_wl_1e.bin





NSG800/16A h/w v.2 NSG900/16A h/w v.2 (16- .)


NSG800/16A h/w v.2 NSG900/16A h/w v.2 (8- .)



rev.28.04.2014

40

NSG 8.2.1 . , E1 , .

. TFTP, , , E1, .

NSG Linux , E1 .

IMxE1S ( )

:

J1, J2 ( IM2E1S) RMBypass2E1. RMBypass2E1 .

J3, J4 ( IM2E1S) RMBypass2E1. RMBypass2E1 .

J5 , .

RJ

45

RJ

45

RJ

45

RJ

45

J1

J2

J3

J4

J5

J5

J5

rev.28.04.2014

41

RJ45 ( ISO/IEC 10173)

1 XMT tip Transmit Data out

2 XMT ring

3 XMT shield

4 RCV tip Receive Data in

5 RCV ring

6 RCV shield

IMxE1S , . RJ45 . DCD, E1 , , . : DOWN :

(LOS, loss of signal) FAS/NFAS (LOF, loss of frame) CAS MFAS (CAS

LOMF, loss of CAS multiframe)

CRC4 (CRC4 LOMF, loss of CRC4 multiframe). TESTING, (remote loopback)

, drop-and-insert E1 ( Idle) .

NSG Reset W S PO:A E1 , E1. W S IF:, . NSG Linux .

RMBypass2E1 4.6.

. . .


rev.28.04.2014

42

4.4. IM703/64xxx

: E0* (ITUT G.703)

: , ( IM703/64CND)

: 2 4

: 64 /

: 64 /

: 0,5 (24 AWG) 0,5

: ; ;

:

: NSG 2, RJ45

: NSG5xx, NX300/xx2, NSG800/xx, NSG900/xx NSG 2 NX300/xx4 37 ( 3 NX300 1 ) NSG700 h/w ver.6 , s1

: 398025

: IM703/64CND 45 IM703/64CD 35

/ : 1500

: IM703/64CND / IM703/64CD

: 703_1

LOCAL LOOP , , . , , LOOP. MODE .

64000 / ( )

J4 (IM703/64CND):

J3 ,

RJ45



1, 2 RCVT (tip, ring) Receive Timing in

7, 8 XMTT (tip, ring) Transmit Timing in

. Receive Timing Transmit Timing IM703/64CND .

( ) IM703/64CND IM703/64CD

RJ45 RJ45

* ITUT G.703 2001 .; G.703.1. DS0.

rev.28.04.2014

43

E0

E0 .

(codirectional) , . E0 .

. , . PDH , , . NSG MODE:LOOP.

(contradirectional) , , , (controlling equipment) (controlled subordinate equipment) . E0 .

IM703/64CND . , PDH .

:

. .

Data

Timing

Timing

Data

E0 Controlled Equipment

E0 Controlling Equipment

Data

Timing

Timing

Data

IF:G703_1 MODE:LOOP

IF:G703_1 MODE:LOCAL


rev.28.04.2014

44

4.5. IM703 IM7032

: E1 (unframed).

: E12* (ITUT G.703)

: 2

: HDB3

: 2048 /

: 2048 /

: 0,6 (22 AWG) 2,6

:

: 043

: 120 balanced

IM703 ( ) IM7032

NSG 1, DBH26f ; CAB703

NSG 2, RJ45

NSG 1, NSG5xx DB25f NSG 2

384224 386027

15 25

:

/ : 1500

: . , , . , , LOOP.

: 703 LOCAL LOOP ( ) 2048000 / ( )

J1 :

LOCAL 1 2 ( )

LOOP 2 3

: ( ) , .

RJ45



DBH26f



. .

( )

IM703 IM7032

G.703

DBH26f RJ45

10 3

11 6

12 4

13 5

RJ45

* ITUT G.703 2001 .; G.703.6. G.703.

rev.28.04.2014

45

4.6. RMBypass2E1

: E1 NSG

:

: NSG520, IM2E1

: 8 0,05 3 100 . 1 A 30 V DC 200 .

: 373323

: 5

:

:

:

RMBypass2E1 drop-and-insert. E1 NSG.

RMBypass2E1 E1 , NSG .

RMBypass2E1

1. .

2. .

3. (. ).

4. RMBypass2E1: J11 J14 J21 J24, RJ45 E1. 8 2 J3, J4, NSG520 IM2E1. , . , . .

5. . J11 J14 J21 J24.

6. .

7. .

, RMBypass2E1 , / .

J11

J14

J21

J24

J3 J4

2 E1 1 E1 LED

J1, J2

( )

J3 J4


rev.28.04.2014

46

5. Ethernet

5.1. Ethernet 10/100BaseT

: IEEE 802.3

:

: 10 /, 10 /, 100 /,

/ : 1500

:

: - Fast Ethernet .

, 00.09.56.xx.xx.xx

NSG: TP 10000000 100000000 / ( ) HALF, FULL, AUTO

:

PWR .

LNK Ethernet. / .

100 100 /.

Fdx Full Duplex. Ethernet.

RJ45

1 TX+ Transmit Data +

2 TX Transmit Data

3 RX+ Receive Data +

6 RX Receive Data

:

RJ45 , ( NSG).

, , , ( xDSL, , ) ( NSG).

"Ethernet RJ45 crossover" ()

"Ethernet RJ45 straight"

()

NSG ,

.. NSG

,

TxD+

TxD

1

2

3

6

RxD+

RxD

TxD+

TxD

1

2

1

2

RxD+

RxD

RxD+

RxD 3

6

1

2

TxD+

TxD

RxD+

RxD 3

6

3

6

TxD+

TxD

1 8

1 8

100 Pwr Fdx Lnk

rev.28.04.2014

47

5.2. Ethernet 10BaseT

: IMET10 ( ), IMET10F NPS7e/xxL, NSG5xx ( NSG5xx/C, NSG509/2W), NX300 ( NX300/4W, NX300/8W)

: IEEE 802.3

:

: 10 /, ; IMET10F

: Ethernet

IMET10, IMET10F:

NSG 2, RJ45

NSG800/xx, NSG900/xx NSG 2 NX300/4W2, NX300/8W4 0

386115

15

/ : 1500

:

: TP 10000000 / ( ) HALF FULL (. ) - 00.09.56.xx.xx.xx

:

Rx, Tx , , .

FDX/Cln , Full Duplex , Half Duplex Ethernet.

TP ( NX300 IMET10, IMET10F.) , Ethernet.

RJ45

1 TX+ Transmit Data +

2 TX Transmit Data

3 RX+ Receive Data +

6 RX Receive Data

:

RJ45 , ( NSG).

, , , ( xDSL, , ) ( NSG).

"Ethernet RJ45 crossover" () "Ethernet RJ45 straight" ()

NSG ,

.. NSG

,

TxD+

TxD

1

2

3

6

RxD+

RxD

TxD+

TxD

1

2

1

2

RxD+

RxD

RxD+

RxD 3

6

1

2

TxD+

TxD

RxD+

RxD 3

6

3

6

TxD+

TxD

IMET10, IMET10F

1 8

1 8 TP Rx

FDX/Cln Tx


rev.28.04.2014

48

Full Duplex IMET10F NSG900, NSG800 NSG v8.2.2 , NSG Linux v0.2.0 . (autonegotiation) , Full Duplex .

NSG900 IMET10F Full Duplex. NSG800, , Full Duplex IMET10F . ( ) .

IMET10 IMET10F , . Full Duplex IMET10. , Half Duplex.

NSG900, NSG800 MODE:HALF.

NX300/4W2, NX300/8W4 IMET10, IMET10F 1 ., 0; . NX300/3WL, NX300/7WL, . IMET10F v8.2.2; .

IMET10, IMET10F 4 NSG800/4WL2, NSG900/4WL2 2 NSG800/WL (h/w ver.2.2), NSG900/2WL .

rev.28.04.2014

49

6.

6.1. IMGPRS h/w ver.1, 2

: IMGPRS GSM/GPRS CSD (Circuit Switched Data) GPRS (General Packet Radio Service). : CSD "-" () GSM CSD "-" GSM CSD "-" , CSD "-" NSG GPRS "-" NSG : hardware version 1 Wavecom Q2406B Q24Plus hardware version 2 FLYFOT M260

: ETSI GSM Phase 2+, 900/1800 GPRS 10 ( 4 , 2, 5)

: GSM 4 (2 @ 900 ) 1 (1 @ 1800 )

: V.21, V.22, V.22bis, V.23, V.26ter, V.32, V.34, V.110

: MNP2, V.42bis, V.42

CSD: 300 / 9600 / ( GSM ) . 14400 / ( ISDN GSM, )

:

: NSG 2, SMAf , SIM-

: 377623

: 20

: , , 2,5

: NSG800 NSG900 19" 1U 2 NSG900/8WL 2, NSG700/4AU h/w ver.5 1 NSG7xx NSG5xx, NX300/xx2, NSG800/WL, NSG900/2WL 1 . NSG 2 NX300/7WL4, NX300/8W4 1 . 37 (.: NX300/xxx 3 1 )

: SIM-

J1

DTR ( ) NSG

12 ( )

DTR ( / )

23 DTR Low Functionality ( AT+CFUN=0, AT+CPOF)

: , GSM.

: NSG - RS232 . , IMGPRS, :

(NSG Linux 2.0/1.0) rs-232 / im-v24 ( V24)

8N1

300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200 /. Wavecom Q24Plus AT+IPR=xxx;&W

( )

WAVECOM

J1 1 2 3


rev.28.04.2014

50

(NSG Linux) ( )

NSG Linux 2.0 NSG Linux 1.0

GPRS/EDGE/HSDPA ppp ppp ASYNC_PPP

CSD ppp ppp, slip, pad, telnet, reverse-telnet ASYNC_PPP, SLIP, PAD, ASYNC

SMS- sms-handler sms-handler

raw-access reverse-telnet ASYNC, PAD

-, ETSI GSM 07.05, ETSI GSM 07.07 ITUT V.25ter. IMGPRS h/w ver.1 CSD GPRS NSG:

GSM/GPRS, EDGE 3G NSG.

:

GPRS/EDGE/HSDPA ( .. , IP-over-PPP, , ..) .

GSM CSD , , . (.. "".)

J1 , ( ). / DTR .

DTR . 6.40 ( 6.41 ). ATI3. NSG .

( ).

( -) . . , (1025 .) .

DTR ( Wavecom Q24Plus) . J1 , .

V.110 .

IMGPRS h/w ver.1 Wavecom 6.41 ( I 2006 . ) SIM-, , . 2030 . SIM- , NSG ( 6.55 ). .

6.55

rev.28.04.2014

51

6.2. IMGPRS h/w ver.3

: IMGPRS GSM/GPRS CSD (Circuit Switched Data) GPRS (General Packet Radio Service). : CSD "-" () GSM CSD "-" GSM CSD "-" , CSD "-" NSG GPRS "-" NSG 2 SIM- ( NSG Linux 1.0 build 3 )

: ETSI GSM Phase 2+, 900/1800 GPRS 10 ( 4 , 2, 5)

: GSM 4 (2 @ 900 ) 1 (1 @ 1800 )

: V.21, V.22, V.22bis, V.23, V.26ter, V.32, V.34

: MNP2, V.42bis, V.42

CSD: 300 / 9600 / ( GSM ) . 14400 / ( ISDN GSM, )

:

: NSG 2, SMAf , 2 SIM-

: 4011623

: 25

: , , 2,5

: NSG800 NSG900 19" 1U 2 NSG900/8WL 3 4 ( 3 4 ) NSG800/WL, NSG900/2WL 1 . NSG 2 NSG700/4AU h/w ver.5 1 NSG7xx NSG500, NSG500/C 1 NX300/3WL2, NX300/4WL2 1 . 0, 1, 2 NX300/7WLx, NX300/7WLx 1 . 4, 5

: SIM-()

J1 DTR ( ) NSG

DTR ( / )

J2 SIM-

SIM- MAIN

SIM- , chat-script virtual-template

: NSG - - RS232 . , IMGPRS, :

(NSG Linux 2.0/1.0) gsm-2sim / im-v24 ( V24)

300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200 /. AT+IPR=xxxx;&W. 115200 /.

8N1

( )

FLYFOT

M260

J2

J1


rev.28.04.2014

52

(NSG Linux) ( )






-, ETSI GSM 07.05, ETSI GSM 07.07 ITUT V.25ter. IMGPRS h/w ver.3 CSD GPRS NSG:


: .

:


GSM CSD , , . (.. "".)

( -) . . , (1025 .) .

DTR . J1 , .

V.110 .

PPP SMS- .

DCD ppp options local PO:n CD:NO ( ).

rev.28.04.2014

53

6.3. IMEDGE h/w ver.1, 2

: IMEDGE GSM CSD (Circuit Switched Data), GPRS (General Packet Radio Service) EDGE (Enhanced Data rates for Global Eolution). : CSD "-" GSM CSD "-" GSM CSD "-" , CSD "-" NSG GPRS "-" NSG EDGE "-" NSG : h/w ver.1 1 SIM- ( ); h/w ver.2 2 SIM- ( NSG Linux 1.0 build 3 )

: ETSI GSM Phase 2+, 900/1800/1900 GPRS/EGPRS Multi-slot Class 8, 10, 12 ( 4, 5), 236,8 /

: GSM 4 (2 @ 900 ) 1 (1 @ 1800 ) EGSM E2 (0,5 @ 900 , 0,4 @ 1800/1900 )

: V.21, V.22, V.22bis, V.23, V.26ter, V.32, V.34, V.110

: MNP2, V.42bis, V.42

CSD: 300 / 9600 / ( GSM ) . 14400 / ( ISDN GSM, )

:

: NSG 2, SMAf , SIM- (1 2 )

: NSG800 NSG900 19" 1U 2 NSG900/8WL 3 4 ( 3 4 ) NSG800/WL, NSG900/2WL 1 . NSG 2 NSG700/4AU h/w ver.5 1 NSG7xx NSG500, NSG500/C 1 NX300/3WL2, NX300/4WL2 1 . 0, 1, 2 NX300/7WLx, NX300/7WLx 1 . 4, 5

: 4012023

: 25

: , , 2,5

: SIM-()

J1 DTR ( ) NSG

DTR ( / )

J2 SIM- ( IMGPRS h/w ver.3, UIM3G)

SIM- MAIN


: NSG - RS232 . , IMEDGE, :

IMEDGE v1 (NSG Linux 2.0/1.0) rs-232 / im-v24 ( V24)

IMEDGE v2 (NSG Linux 2.0/1.0) gsm-2sim / im-v24 ( V24)

8N1


rev.28.04.2014

54

1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200, 230400 /. (230400 NSG5xx.) AT+IPR=xxxx&W. 115200 /.

AT&F 230400 /, , .

(NSG Linux) ( )






-, ETSI GSM 07.05, ETSI GSM 07.07 ITUT V.25ter. IMEDGE NSG:


: .

:


GSM CSD , , . (.. "".)

( -) . . , (2035 .) .

IMGPRS, GPRS- , .

CSD DCD. ppp options local PO:n CD:NO ( ).

IMEDGE h/w ver.2 ( )

IMEDGE h/w ver.1 ( )

SIM600

J1

SIM600

J2

J1

rev.28.04.2014

55

6.4. UIMEDGE h/w ver.3, 3a

: UIMEDGE h/w ver.3, 3a GSM CSD (Circuit Switched Data), GPRS (General Packet Radio Service) EDGE (Enhanced Data rates for Global Eolution). : CSD "-" GSM CSD "-" GSM CSD "-" , CSD "-" NSG GPRS "-" NSG EDGE "-" NSG 2 SIM- ( NSG Linux 1.0 build 3 )

: ETSI GSM Phase 2+, 850/900/1800/1900 GPRS/EGPRS Multi-slot Class 12 ( 4, 5), 236,8 /

: GSM 4 (2 @ 900 ) 1 (1 @ 1800 ) EGSM E2 (0,5 @ 850/900 , 0,4 @ 1800/1900 )

: V.21, V.22, V.22bis, V.23, V.26ter, V.32, V.34, V.110

: MNP2, V.42bis, V.42

CSD: 300 / 9600 /

: USB ()

: NSG 2, SMAf , 2 SIM- (1 , 1 )

: NSG1800 NSG800 NSG900 19" 1U 2 NSG900/8WL 3 4 ( 3 4 ) NSG800/WL, NSG900/2WL 1 . NSG 2 NSG700/4AU h/w ver.5 1 NSG7xx NSG500, NSG500/C 1 NX300/3WL2, NX300/4WL2 1 . 0, 1, 2 NX300/7WLx, NX300/7WLx 1 . 4, 5

: 4011223

: 25

: , , 2,5

: SIM-

J1

DTR ( ) NSG

DTR ( / )

J2 SIM-

SIM- MAIN


h/w ver.3 3a . NSG Linux 1.0 card sN uim-edge uim-edge-3a, ; NSG Linux 2.0 . SIM700D ( ): ver.3 MP061044xxxxxxx , MP061139xxxxxx ver.3a MP061047xxxxxxx, MP061105xxxxxxx

UIMEDGE h/w ver.3 ( )

SIM

700

J2

J1


rev.28.04.2014

56

:

) USB ( NSG700, NSG1800, NSG1000) NSG Linux 2.0 edge. USB ( NSG700, NSG1000) NSG Linux 2.0 uim-edge uim-edge-3a, .

) , NSG, - . , UIMEDGE h/w ver.3, .

(NSG Linux 1.0) im-v24 ( V24)

8N1

300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200, 230400 /. (230400 NSG5xx.) AT+IPR=xxxx;&W. 115200 /.

AT&F 460800 /, , .

(NSG Linux) ( )






-, ETSI GSM 07.05, ETSI GSM 07.07 ITUT V.25ter. UIM3G NSG:


: .

:


GSM CSD , , . (.. "".)

( -) . . , (2035 .) .

USB (, SIM-) DTR, RTS , . s2 NSG700/4AU h/w ver.5 . serial-over-USB, , .

rev.28.04.2014

57

6.5. UIM3G h/w ver.1

: UIM3G h/w ver.1 GSM UMTS CSD (Circuit Switched Data), GPRS (General Packet Radio Service), EDGE (Enhanced Data rates for Global Eolution) HSDPA (High-Speed Downlink Packet Access). : CSD "-" GSM CSD "-" GSM CSD "-" , CSD "-" NSG GPRS/EDGE "-" NSG WCDMA/HSDPA "-" NSG

: 3GPP Release 99, 2100 , 7200/384 / ETSI GSM Phase 2+, 850/900/1800/1900 GPRS/EGPRS Multi-slot Class 12 ( 4, 5), 236,8 /

: GSM 4 (2 @ 900 ) 1 (1 @ 1800 ) EGSM E2 (0,5 @ 850/900 , 0,4 @ 1800/1900 ) 0,25 @ 2100

: V.21, V.22, V.22bis, V.23, V.26ter, V.32, V.34, V.110

: MNP2, V.42bis, V.42

CSD: 300 / 9600 / ( GSM ) . 14400 / ( ISDN GSM, )

: USB ()

: NSG 2, SMAf , 2 SIM-

: NSG800 NSG900 19" 1U 2 NSG900/8WL 3 4 ( 3 4 ) NSG1800, NSG7xx NSG1000 1, 2, 3 NSG500, NSG500/C 1 NX300/xx2, NSG800/WL, NSG900/2WL 1 . NSG 2 NX300/xx4 1 . 37 (.: NX300/xx-x 3 1 )

: 4010023

: 25

: , , 2,5

: SIM-

J1 DTR ( ) NSG

DTR ( / )

J2 SIM-

SIM- MAIN


( )

J1 J2


rev.28.04.2014

58

:

) USB ( NSG700, NSG1800 NSG1000) NSG Linux 2.0 3g; NSG Linux 1.0 uim-3g.

) , NSG, - - . - , UIM3G, .


8N1

300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200, 230400 /. (230400 NSG5xx.) AT+IPR=xxxx;&W. 115200 /.

(NSG Linux) ( )






-, ETSI GSM 07.05, ETSI GSM 07.07 ITUT V.25ter. UIM3G NSG:


: .

:


GSM CSD , , . (.. "".)

( -) . . , (2035 .) .

DTR . J1 , .

USB (, SIM-) DTR, RTS , . s2 NSG700/4AU h/w ver.5 . serial-over-USB, , .

rev.28.04.2014

59

6.6. UIMCDMA UIMEVDO h/w ver.2

: CDMA 1x EV-DO CDMA 1x EV-DO Rev.0. CDMA-: UIMCDMA h/w ver.2 CMOTech CNE510 CNE602 UIMEVDO h/w ver.2 CMOTech CNE550, 1x EV-DO

: CDMA 1x MC RTT (IS2000) CDMA 1xEV-DO (IS856) UIMEVDO 450 ( 462,5467,475 , 452,5457,475 ) . 0,20,3

CDMA: TIA/EIA IS98D, IS707A Data, IS127

/ : CDMA EV-DO (-) 2,4 / CDMA EV-DO (-), CDMA 1x 153 /

: USB ()

: NSG 2, SMAf , RUIM

: NSG800 NSG900 19" , NSG1800, NSG700 2 NSG500, NSG500/C, NSG520, NX300, NSG800/WL, NSG900/2WL 1 . NSG 2 NSG510, NSG510/C IMCDMA h/w ver.1, 0 , : NSG5xx 115,2 / 230,4 / USB .

: 388020

: 20

: , , 2,5

: RUIM

J1 DTR ( ) NSG

( )

DTR ( / )

! USB J1 .

:

) USB ( NSG700, NSG1000) NSG Linux UIMCDMA, UIMEVDO card sN uim-cdma.

) , NSG, - RS232 . , UIMCDMA UIMEVDO, .


300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200 230400 /. (230400 NSG5xx.) IMCDMA AT+IPR=xxxx;&W. 115200 /. , NSG.

8N1

ppp ( reverse-telnet NSG Linux 1.0); ASYNC_PPP ASYNC, .

J1

( )

:

CNE510 CNE602 UIMCDMA

CNE550 UIMEVDO


rev.28.04.2014

60

- IS707, Qualcomm CMOTech. , IMCDMA, NSG:

CDMA EV-DO NSG.

:

DCD, .. CDMA- ; .

USB (NSG700, NSG1000) .

:

. -. . - (3035 .) .

USB . .

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61

6.7. IMCDMA 1x h/w ver.1, ver.3

: CDMA 1x CDMA. CDMA-: IMCDMA h/w ver. 1 AnyDATA.NET DTG450 IMCDMA h/w ver. 3 AnyDATA.NET DTU450X

: CDMA 1x MC RTT (IS2000) 450 ( 462,5 467,475 , 452,5457,475 ) 0,20,3

CDMA: TIA/EIA IS98D, IS707A Data, IS127 / : 153 / : : NSG 2, SMAf

, RUIM

: IMCDMA h/w ver.1 IMCDMA h/w ver.3

NSG900/8WL 2 3 4*

NSG500, NSG500/C, NSG520, NX300

1 . 2

1 . 2

NSG510, NSG510/C 0 * 3 4

NSG800 NSG900 19" 1U 2 NSG800/WL, NSG900/2WL 1 . 2 NSG700/4AU h/w ver.5 1 NSG7xx NSG5xx 115,2 /c

: h/w ver.1 406720 h/w ver.3 3811720

: h/w ver.1 20 ; h/w ver.3 25 : , , 2,5 : RUIM

J1 DTR ( ) NSG

( )

DTR ( / )

: NSG - RS232 . , IMCDMA, : (NSG Linux 2.0/1.0) rs-232 / im-v24 ( V24) 8N1 300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200, 230400 /. (230400 NSG5xx.) AT+IPR=xxxx;&W. 115200 /. ppp ( reverse-telnet NSG Linux 1.0); ASYNC_PPP ASYNC, .

- IS707, Qualcomm AnyDATA.NET. , IMCDMA, NSG:

CDMA EV-DO NSG. ( IMCDMA h/w ver.1)

:

. -. . - (3035 .) .

AnyDATA

Model name: DTG450

J1

J1

AnyD

AT

A

M

od

el n

am

e: D

TU

450

X

hardware version 1

hardware version 3

( )


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62

6.8. UMEVDO h/w ver.4 UIMEVDO h/w ver.6

: EV-DO CDMA EV-DO Rev.0, CDMA 1x. CDMA- DTM300A. . NSG.

: CDMA 1x MC RTT (IS2000) CDMA 1xEV-DO (IS856) 450 ( 462,5467,475 , 452,5457,475 ) . 0,20,3

CDMA: TIA/EIA IS98D, IS707A Data, IS127

/ : CDMA EV-DO (-) 2,4 / CDMA EV-DO (-), CDMA 1x 153 /

: UMEVDO h/w ver.4 ( ) USB UIMEVDO h/w ver.6 USB ()

: NSG 2, SMAf , RUIM

: NSG800 NSG900 19" , NSG700/40AR UIMEVDO h/w ver.6, 2 NSG1800, NSG700 NSG800/WL, NSG900/2WL UIMEVDO h/w ver.6, 1 . NSG 2 NSG500, NSG500/C, NX300 UIMEVDO h/w ver.6, 1 . NSG 2 , : NSG5xx 115,2 / 230,4 / USB .

: 3911720

: 25

: , , 2,5

: RUIM

J1 DTR ( ) NSG

( )

DTR ( / )

:

) USB ( NSG700, NSG1000) NSG Linux 1.0 card sN uim-3g ().

) , NSG, UIMEVDO h/w ver.6 - RS232 . .

im-v24 ( V24)

300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200 230400 /. (230400 NSG5xx.) IMCDMA AT+IPR=xxxx;&W. 115200 /. , NSG.

8N1

ppp ( reverse-telnet NSG Linux 1.0); ASYNC_PPP ASYNC, .

- IS707, Qualcomm

( )

J1

AnyD

AT

A

Mo

de

l nam

e: D

TM

30

0A

rev.28.04.2014

63

AnyDATA.NET. , IMCDMA, NSG:

CDMA EV-DO NSG.

:

. -. . - (3035 .) .

USB DTR , . s2 NSG700/4AU h/w ver.5 . serial-over-USB, , .


rev.28.04.2014

64

7. IMC1

: NSG 1.

: IM1/9K6, IM1/256, IM1/2048

: 2723287

:

: 2

: IM1/9K6 6009600 / IM1/256 48256 / IM1/2048 2562048 /

:

:

: NSG 1, DBH26f

: NX300/xx, NSG800/xx, NSG900/xx NSG 1

: 404229

: 50

/ : 1500

:

: C1_9K6, C1_256 C1_2048, ( C, K ) FM0 IF:C1_9K6: 600, 1200, 1800, 2400, 4800, 9600 /

IF:C1_256: 48000, 64000, 80000, 128000, 192000, 256000 / IF:C1_2048: 256000 2048000 / 64000 / ( )

, , .

( )

DBH26f

DBH26f



7, 16 GND Signal Ground

:

.

RCV XMT . .

rev.28.04.2014

65

8.

8.1. - IMDIO, IMDIO2

: / () / ()

: IMDIO/8i4o, IMDIO2/8i4o 8 , 4

: : 8 : 7 B : 5 : 15 : 10

: 4 : 60 : 250

: 5 ( ) : 10

IMDIO ( ) IMDIO2

NSG 1, DBH26f

NSG 2, DBH26f

NSG 1 DBH26f NSG700 1; NSG 2

397115 399421

20 35

: 19200 / / : 1500 : :

Documents

NSG-900 Modules