03 Mn1780eu09mn 0001 Btsplus Architecture

7/18/2019 03 Mn1780eu09mn 0001 Btsplus Architecture

http://slidepdf.com/reader/full/03-mn1780eu09mn-0001-btsplus-architecture-56d75ca41baeb 1/31

Fig. 1 BS240 Base Rack (left) and BS241 Base Shelter (right) (MN1780E0!MN"0001 B#S$l%s &rchitect%re' )



F i g .

2 B S 2 4 0 * ( B a s e R a c k ) ( M N

1 7 8 0 E 0 ! M N"

0 0 0 1 B # S $ l %

s & r c h i t e c t % r e ' 4 )



Fig. BS40 Rack (left) and BS41 Shelter (right) (MN1780E0!MN"0001 B#S$l%s &rchitect%re' +)





2 0 2 +

,

-

B

&

,

-

S

&

,

-

B

&

,

-

S

&

air inlet air inlet

, , , ,

/ & M , -

/ & M , -

air inlet air inlet

, , , ,

air inlet air inlet

,BF

BS240*

&

,

-M

&

,

-M

&

,

-M

&

,

-M

-N

-N -N

-N -N -N

-N-N -N

-N -N

-N

air inlet air inlet

, , , ,

/ & M , -

/ & M , -

F i g .

+ * a 3 % t f 3 r B S 2 4 0 * ( i n d 3 3

r s 3 n l ) ( M N 1 7 8 0 E 0 ! M N" 0

0 0 1 B # S $ l % s & r c h i t e c t % r e ' 8 )



1.504

air inlet air inlet

,

&

,

-

M

&

,

-

M / & M , - Standard

Batter

M3d%le

,BF

BS40

-N

-N -N

-N -N -N

-N-N -N

-N -N

-N

, , ,

,

-

B

&

air inlet air inlet

& , 6 / ,

& , a n e l

air inlet air inlet

,

-

S

&

,

-

B

&

,

-

S

&

& , 6 / ,

& , 6 / ,

a9e (2:)

1.7+4

&,

-

M

&,

-

M / & M , -

Standard

Batter

M3d%le

air inlet air inlet

,BF

BS41

-N

-N -N

-N -N -N

-N-N -N

-N -N

-N

, , , ,

,

-

B

&

,

-

S

&

,

-

B

&

,

-

S

&

& , 6 / ,

& , a n

e l

& , 6 / ,

& , 6 / ,

air inlet air inlet

a9e (2:)

air inlet air inlet

linth

Fig. 5 *a3%t f3r BS40 (left) and BS41 (right) (MN1780E0!MN"0001 B#S$l%s &rchitect%re' !)



1,6

0m

air in let air in let



, , , ,

, ,, ,

CB-N-N-N-N-N-N -N-N-N-N-N-NFP

BS240

&

,

-

M

&

,

-

M

&

,

-

M

&

,

-

M

&

,

-

M

/ & M , -

/ & M , -

s

Fig. 7 BS240 Base Rack (MN1780E0!MN"0001 B#S$l%s &rchitect%re' 1+)



2 0 2 +

,

-

B

&

,

-

S

&

,

-

B

&

,

-

S

&

air inlet air inlet

, , , ,

/ & M , -

/ & M , -

air inlet air inlet

, , , ,

air inlet air inlet

,BF

BS240*

&

,

-M

&

,

-M

&

,

-M

&

,

-M

-N

-N -N

-N -N -N

-N-N -N

-N -N

-N

air inlet air inlet

, , , ,

/ & M , -

/ & M , -

F i g .

8 B S 2 4 0 * B a s e R a c k ( M N 1

7 8 0 E 0 ! M N"

0 0 0 1 B # S $ l % s

& r c h i t e c t % r e ' 1 5 )



1.504

air inlet air inlet

,

&,

-

M

&,

-

M / & M , - Standard

Batter

M3d%le

,BF

BS40

-N

-N -N

-N -N -N

-N-N -N

-N -N

-N

, , ,

,

-

B

&

air inlet air inlet

& , 6 / ,

& , a n e l

air inlet air inlet

,

-

S

&

,

-

B

&

,

-

S

&

& , 6 / ,

& , 6 / ,

a9e (2:)

F i g .

! B S 4 0 B a s e R a c k ( M N 1 7 8 0

E 0 ! M N"

0 0 0 1 B # S $ l % s & r c

h i t e c t % r e ' 1 7 )



Cell 0



,-B&

-;#

-;#

4 < &=is

4 < &=is

48 Site n$%ts

8 Site -%t$%ts

&,#

*E 0 *E 1

,&NBS

#

R

R/;

#M&

#M&

R

R/;

/&M,-

/&M,-

F,-M

, 0,,

, 2,,

2 ,M

2 ,M

4 ,M

#

RR/;

&N# 0

&N# 1

&N# 1

Cell 0

Cell 1

Cell 1

,-S&

1 < E<t.Snc. ,*>

F&N

&,#M

15 &*

#e$/33r

/,B

,#R*

&lars

&,#,/33r

#e$

F&N

Fan

Ser9ice Rack 6 Shelter

Base Rack 6 Shelter

48 ;

/,

&,#,

&lars

Batter

E<t. Snc.

:/

&N# 0

/,

Batter20 ; &,

&,6/, &,20 ; &,

48 ;

F i g .

1 1 F % n c t i 3 n a l s t r % c t % r e 3 f B S

4 < ( M N 1 7 8 0 E 0 ! M N"

0 0 0 1

B # S $ l % s & r c h i t e c t % r e ' 1 ! )



1&#R) S01R-

1S

R) in$%t

#) 3%t$%t

,, *ink

.48;

,

Fig. 12 ,arrier nit str%ct%re (MN1780E0!MN"0001 B#S$l%s &rchitect%re' 21)



2 x Abis

PCM24/30

6 x Abis

PCM24/30

8 x CCLinks

to CU16 x CCLinks

to CU

,,*ink

,l3ck

,3re ,

Red%nd. *3gic

&=is*ink

COBACOA

nterfaces

&lars

&=is*ink

,,*ink

*M#

Fig. 1 Str%ct%re 3f ,-B&6,-S& (MN1780E0!MN"0001 B#S$l%s &rchitect%re' 2)



8?22?2 4?22< 4< 8<

/%$le< ,3=ining? /&M,-

#3@er M3%nted

&$lifier (3$t.)#M&

2?1 2?1

F,-M

2<88< 8<

/&M,-

Filter ,3=ining

:/

:igh 3@er

/%$le<er (3$t.)

Fig. 14 ,3=ining 3$ti3ns 39er9ie@ (MN1780E0!MN"0001 B#S$l%s &rchitect%re' 24)



&ntenna A0

R< #<

*N& &S

,3%$ler

,3ntr3l

,&N =%s/, i 6 f

t36fr3 c3refr3

#<

R< #<

*N&

&S

,3%$ler

t3 R<

&ntenna A1

fr3

#<t3 R<

ESN

R,& R,&

#ri$le<er #ri$le<er

#M&/,6/,

#M&Signall.

!UAMCO 4"2

Fig. 1+ /&M,- 4?2 (MN1780E0!MN"0001 B#S$l%s &rchitect%re' 2+)



!UAMCO 8"2

C#$L!C O%M

,&NB%s48;

Mo&'le 0 Mo&'le 1

&ntenna A 0

R,&0

#0

#1

R0

R1

R2

R

,3%$ler

R4

R+

R5

R7

#2

#

L(A

L(A

Mo&e &M,-

M,-

R #

#)i*lexe)

&S

#MA!C + in-

&ntenna A1

R,&1

#0

#1

R0

R1

R2

R

R4

R+

R5

R7

#2

#

,3%$ler

L(A

L(A

Mo&e &M,-

M,-

R #

&S

#)i*lexe)

Fig. 15 nternal str%ct%re 3f /&M,- 8?2 (MN1780E0!MN"0001 B#S$l%s &rchitect%re' 2+)



fr3#<

,3ntr3l

,&N =%s/, interf.

fr3#<

fr3#<

,3ntr3l

,&N =%s/, interf.

fr3#<

fr3#<

,3ntr3l

,&N =%s/, interf.

fr3#<

fr3#<

,3ntr3l

,&N =%s/, interf.

fr3#<

Base 2?1 E<$ 2?1 E<$ 2?1 E<$ 2?1

&ntenna

;SRs%$er9isi3n

#NF #NF #NF #NF #NF #NF #NF#NFESN ESN ESN ESN

Filte) Combine) F.COM

Fig. 17 F,-M in 8?1 c3nfig%rati3n (MN1780E0!MN"0001 B#S$l%s &rchitect%re' 2!)



R,&

t3 R<t36fr3

c3re

&ntenna A0

R<

*N&

t3 R<

,3ntr3l

,&N =%s

/, interf.

*N&

&ntenna A1

R<

ESN

R,&

#M&

/,6/,

#M&Signall.

#ri$le<er #ri$le<er

!.AMCO

Fig. 18 /&M,- internal str%ct%re (MN1780E0!MN"0001 B#S$l%s &rchitect%re' 1)



#3 antenna

R #

R #

#MA

#ri$le<er

&%t3

atic

fail sa9e

s@itch

#M& Signaling

#3 /&M,- 6

/&M,- F i g .

1 ! # 3 @ e r 3 % n t e d a $ l i f i e r

s t r % c t % r e ( M N 1 7 8 0 E 0 ! M N

" 0 0 0 1 B # S $ l % s & r c h i t e c t % r e

' )



F i g .

2 0 F % n c t i 3 n a l S t r % c t % r e 3 f :

/ ( M N 1 7 8 0 E 0 ! M N"

0 0 0

1 B # S $ l % s & r c h i t e c t % r e ' 4 )



1 2

F.COM 1 F.COM 2

#/$ A(#((A1#/$ A(#((A2

F

!

$

F

!

$

$ M A.( $ !.8

3P!U3P!U 23P!U 1

#/$ A(#((A 1

!.AMCO 1

10 164

$ M A.( $ !.

!.AMCO 2

x*x*

F i g .

2 1 1 5 # R $ e r c e l l % s i n g t @ 3 a n t e n n a s ( @ i t h d i 9 e r s i t ) ( M

N 1 7 8 0 E 0 ! M N"

0 0 0 1 B # S $ l % s & r c h i t e c t % r e ' + )



F.COM

P!U

!UB.A

#MA

#6R antenna

!.AMCO

#MA

,1,2 ,8 R1R2 R8 F i g .

2 2 / B & S t 3 g e t h e r @ i t h :

/

a n d # M & ( M N 1 7 8 0 E 0 !

M N"

0 0 0 1 B # S $ l % s & r c h i t e c t

% r e ' 7 )



-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

&,-MA 0

,A 0

,A 1

,A +

,

A 2

,

A

,

A 5

,

A 7

&,-MA 1

&,-MA 2

&,-MA

,A 4

M , - A

0

M , - A

1

, - B & 0

, - S & 0

, - B &

1

, - S & 1

$7k 0

Bse $7k

&,-MA 0

,A 0

,A 1

,A +

,

A 2

,

A

,

A 5

,

A 7

&,-MA 1

&,-MA 2

&,-MA

,A 4

M , - A

0

M , - A

1

-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE# -N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

&,-MA 0

,A 0

,A 1

,A +

,

A 2

,

A

,

A 5

,

A 7

&,-MA 1

&,-MA 2

&,-MA

,A 4

M , - A

0

M , - A

1

, - B & 0

, - S & 0

, - B & 1

, - S & 1

$7k 1

xtension $7k

$7k 0

Bse $7k

&, /, /istri=%ti3n

&,6/,A00

&,6/,A01

&,6/,A02

&,6/,

A0

&,6/,A04

&,6/,A0+

&,6/,

,#R*0

-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

$7k 3

e)i7e1 $7k

-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

&,-M

A 0

,A 0

,A 1

,A +

,A 2

,A

,A 5

,A 7

&,-M

A 1

&,-M

A 2

&,-M

A

,A 4

M , - A

0

M , - A

1

, - B &

0

, - S & 0

, - B & 1

, - S &

1

$7k 0

Bse $7k

&,-MA 0

,A 0

,A 1

,A +

,A 2

,A

,A 5

,A 7

&,-MA 1

&,-MA 2

&,-MA

,A 4

M , - A

0

M , - A

1

-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

&,-MA 0

,A 0

,A 1

,A +

,A 2

,A

,A 5

,A 7

&,-MA 1

&,-MA 2

&,-MA

,A 4

M , - A

0

M , - A

1

-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

&,-MA 0

,A 0

,A 1

,A +

,A 2

,A

,A 5

,A 7

&,-MA 1

&,-MA 2

&,-MA

,A 4

M , - A

0

M , - A

1

, - B & 0

, - S & 0

, - B &

1

, - S & 1

$7k 1

xtension $7k

$7k 2

xtension $7k

$7k 0

Bse $7k

$7k 4

e)i7e2 $7k

$7k 3

e)i7e1 $7k

&, /,/ istri=%ti3n

&,6/,

A00

&,6/,A01

&,6/,A02

&,6/,A0

&,6/,

A 04

&,6/,A0+

&,6/,

,#R*0

-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

$7k 3

e)i7e1 $7k

&,-MA 0

,A 0

,A 1

,A +

,

A 2

,

A

,

A 5

,

A 7

&,-MA 1

&,-MA 2

&,-MA

,A 4

M , - A

0

M , - A

1

-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

$7k 1

xtension $7k

-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

&,-MA 0

,A 0

,A 1

,A +

,

A 2

,

A

,

A 5

,

A 7

&,-MA 1

&,-MA 2

&,-MA

,A 4

M , - A

0

M , - A

1

, - B & 0

, - S &

0

, - B &

1

, - S & 1

$7k 0

Bse $7k

r3d%ct $3rtf3li3.dfsRainer' ,& MR EF108.0+.00

*E0

*E 1

*E 2

*E

*E 4

*E +

*E 0

*E 1

*E 2

*E

*E4

*E +

-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

$7k 4

e)i7e2 $7k

&, /,/ istri=%ti3n

&,6/,A 00

&,6/,A01

&,6/,A 02

&,6/,

A 0

&,6/,A04

&,6/,A0+

&,6/,

,#R*0

&,6/,A 10

&,6/,A11

&,6/,A 12

&,6/,

A 1

&,6/,A14

&,6/,A1+

&,6/,

,#R*1

-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

&,6/,A00

&,6/,

A 10

-N-N-N-N -N-N-N-N-N

&,#,

!CPA(L*M#

E#:ERNE#

*E 0

*E1

*E2

*E

*E 4

*E+

164Batter

set

164

Batterset

164Batter

set

164

Batterset

164

Batterset

164

Batterset

164Batter

set

164Batter

set

164Batter

set

164Batter

set

164Batter

set

164Batter

set

F i g . 2 , 3 n f i g % r a t i 3 n E < a $ l e s f 3 r B S 2 4 0 ( M N 1 7 8 0 E 0 ! M N

" 0 0 0 1 B # S $ l % s & r c h i t e c t % r e ' ! )





BS,

BS240*

BS240

BS51BS41BS20BS40

BS50

BS241t3 MS,

#R&

Fig. 2+ Mi<ed c3nfig%rati3ns 3f B#S3ne (BS2<' BS5<) and B#S$l%s (BS24<' BS4<) (MN1780E0!MN"0001 B#S$l%s &rchitect%re' 47)



CU0 CU1 CU2 CU3

R #R # R # R #

,ell 0

/&M,- 2?2 /&M,- 2?2

CU0 CU1 CU2

,el l0

CU3

/&M,- 4?2

R #R #

Fig. 25 #@3 cells (MN1780E0!MN"0001 B#S$l%s &rchitect%re' 48)





CU0 CU1 CU2 CU3 CU4 CU5

R R

CU6 CU9

R R

Cell 0 Cell 1 Cell 2 Cell 3 Cell 4 Cell 5

!UAMCO:0 !UAMCO :1 !UAMCO :2 !UAMCO :3!.AMCO :0 !.AMCO :1

R # R # R # R # R # R # R #R #

Fig. 28 Si< cells (MN1780E0!MN"0001 B#S$l%s &rchitect%re' 4!)



B240L Bse $7k

B240L

xtension $7k

4

44

R # R #

!UAMCO 8"2

R R #

/;

4 x CU

R R #

/;

4 x CU

44 4

R R #

/;

4 x CU

4 4

R # R #

!UAMCO 8"2

R R

!.AMCO

44

,ell 0 6 4 ,arriers

,ell 1 6 4 ,arriers

,ell 2 6

4 ,arriers

,ells @ith

4 ,arriers each

sae: c3nfig%rati3n

as in=ase rack?

2< /&M,-8?2

1< /&M,-

12< ,

Fig. 2! E<a$le ,3nfig%rati3n (46464646464) in t@3 Racks @ith 4 /&M,-8?2 and 2 /&M,- (MN1780E0!MN"0001 B#S$l%s &rchitect%re' +5)



,ell 0 6 8 ,arriers ,ell 2 6 8 ,arriers,ell 1 6 8 ,arriers

!UAMCO 8"2

R #

4 4

4 x CU

R R/;

#

4

!UAMCO 8"2

R #R #

4 484

4 x CU

R R/;

#

4

R #

48

!UAMCO 8"2

R #R #

4 488

8 x C))ie) Units

R/; # R #

BS240* Base Rack BS240* E<tensi3n Rack

!UAMCO 8"2

R #R #

4 488

8 x C))ie) Units

R/; # R #

Fig. 0 E<a$le ,3nfig%rati3n (6868) in t@3 Racks @ith 4 /&M,-8?2 (MN1780E0!MN"0001 B#S$l%s &rchitect%re' +5)



,ell 0 6 12 ,arriers ,ell 1 6 12 ,arriers

!UAMCO 8"2

R #

4 4

4 x CU

R R/;

#

4

!UAMCO 8"2

R #R #

4 484

4 x CU

R R/;

#

R #

48

!UAMCO 8"2

R #R #

4 484

8 x C))ie) Units

R/; # R #

BS240* Base Rack BS240* E<tensi3n Rack

!UAMCO 8"2

R #R #

4 448

8 x C))ie) Units

R # R /;

#

4 4 44 4

Date post:	03-Mar-2016
Category:	Documents
Upload:	alqousimuhieddine
View:	2 times
Download:	0 times

03 Mn1780eu09mn 0001 Btsplus Architecture

Documents