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S9300 Models
%&Us 3 ' #2
")GE *+,"$- ")GE *S/&- 2"GE *S/&- 2"GE*S/&-) +,"$*Co1bo- 2#0G */&-
"#0GE */&- #2#0GE */&- ")/E *+,"$- ")/E *S/&- 24#0GE2"GE
2"GE*+,"$-) S/&*Co1bo- #2GE*S/&-3'GE*+,"$-"0#0G*S/&-&5S
*"#$$M"'22M#2.$G-
S9300 Chassis
""211#7$11"7'11
Chassis6 " U hei!ht
""211""#.711"7'11
Chassis6 #0 U
""211''3.9$11"7'11
Chassis6 #$ U hei!ht
Input power   C or 8C poer supplies
&oE *+2-
&oE *+2-
&oE *+2-
in ## 1ode
in ## or 22 1ode
8C poer supplies or;in! in ##
1ode< C poer supplies or;in!
in ## or 22 1ode
!"# power
8C &oE6 not supported
8C &oE6 not supported
8C &oE6 not supported
#6# 1ode
or;in! in #6# 1ode
or;in! in #6# 1ode
(ilters and (ans6 rear o( the chassis
Cables6 (ront o( the chassis< air
(ilters and (ans6 rear o( the chassis
Cables6 (ront o( the chassis< air
(ilters and (ans6 rear o( the chassis
Installed in >'' cabinet ? '00 >'' cabinet ? '00 >'' cabinet ? '00
 
S9300 Cabinet and Cablin!
Cabinet
 
*e S9300 &an +e installed in t*e Huawei ,66# &a+inet- w*i&* *as a sin%le door. *e &a+les are pla&ed on t*e ri%*t side o/
 
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ardare Structure6 S93#2 The S93#2 supports up to #2
%&Us and 2 S+Us. The poer
supply areas are belo the
board ca!e< the air (ilters are on
the le(t o( the board ca!e< the
cablin! rac; is on the ri!ht o( the
board ca!e. The syste1 poer supplies or;
in >> bac;up 1ode. The 8C
poer supplies or; in ##
1ode< the C poer supplies
or; in ## or 22 1ode. The S930' or S93#2 can be
installed ith a sin!le &oE poer
supply or (our poer supplies
or;in! in 3# 1ode or 22
1ode. The S9303 does not
support the bac;up &oE poer
supplies and only the C poer
supply can be used (or &oE. The CMU 1onitors the de=ice
and the en=iron1ent. The CMUs
or; in #6# bac;up 1ode.
Generally a CMU is installed. The con(i!urations o( (ans can
be selected by user. To types
o( (an con(i!urations are
hi!h reliable. Each (an (ra1e
supports to o=erlappin! (ans.
S9312 /ront view
S9312 rear view
 
,ote rea is used + a&tive power supplies and area 4 is used + stand+ power supplies.
W*en t*e power supplies wor5 in 11 or 22 +a&5up mode- t*e must +e inserted into t*e &orrespondin% areas.
P W R 1
P W R 2
P W R 3
P W R 4
C M U 1
C M U 2
Slot 04: LPU
Slot 05: LPU
Slot 0: LPU
Slot 14: SRU
Slot 0!: LPU
Slot 10: LPU
Slot 11: LPU
Slot 12: LPU
r   a  c  ( 
P , -
P , -
P , -
P , -
ardare Structure6 S930'
'an
The S930' supports up to ' %&Us and 2 S+Us. The poer supply areas are belo the board ca!e< the air (ilters are on the le(t o( the board ca!e< the cablin! rac; is on the ri!ht o( the board ca!e. 
The poer supplies or; in >> bac;up 1ode. The 8C poer supplies or; in ## 1ode< the C poer supplies or; in ## or 22 1ode.
The S930' or S93#2 can be installed ith a sin!le &oE poer supply or (our poer supplies or;in! in 3# 1ode or 22 1ode. The S9303 does not support the bac;up &oE poer supplies and only the C poer supply can be used (or &oE. 
The CMU 1onitors the de=ice and the en=iron1ent. The CMUs or; in #6# bac;up 1ode. Generally a CMU is installed.
The con(i!urations o( (ans can be selected by user. To types o( (an con(i!urations are supported. The user can select a sin!le (an hich is cheap or select the (an (ra1e hich is hi!h reliable. Each (an (ra1e supports to o=erlappin! (ans.,ote rea is used + a&tive power supplies and
area 4 is used + stand+ power supplies. W*en t*e
power supplies wor5 in 11 or 22 +a&5up mode-
t*e must +e inserted into t*e &orrespondin% areas.
P W R 1
P W R 2
P W R 3
P W R 4
C M U 1
C M U 2
Slot 14: SRU
Slot 0!: LPU
Slot 0": LPU
Slot 0#: LPU
r   a  c  ( 
ardare Structure6 S9303
The S9303 supports up to 3 %&Us and 2 MCUs. The poer supply areas are belo the board ca!e< the air (ilters
are on the le(t o( the board ca!e< the cablin! rac; is on the ri!ht o( the board ca!e.
The C poer supplies or 8C poer supplies can or; in ## bac;up 1ode.
The de=ice and en=iron1ent 1onitorin! 1odule is inte!rated on the MCU. >o slot is pro=ided (or the CMU card.
The S9303 does not support the bac;up &oE poer supplies and only the C poer supply can be used (or &oE.
The con(i!urations o( (ans can be selected by user. To types o( (an con(i!urations are supported. The user can
select a sin!le (an hich is cheap or select the (an (ra1e hich is hi!h reliable. Each (an (ra1e supports to
o=erlappin! (ans.
,ote rea is used + a&tive power supplies and
area 4 is used + stand+ power supplies. W*en t*e
power supplies wor5 in 11 or 22 +a&5up mode-
t*e must +e inserted into t*e &orrespondin% areas.
S9303 /ront view
S9303 rear view
 C   a  '  l  i  n  g
r   a  c  ( 
HUAWEI TECHNOLOGIES CO., LTD. All rights Page $
Modular 8esi!n +educin! the Types o( Co1ponents and the Costs on
5peration and Maintenance.
The (an (ra1es C poer supplies 8C poer supplies %&Us cables and cabinet handles
can be used by all types o( S9300s. The handles can be re1o=ed (ro1 the cabinet. The S93#2 and the S930' use the CMU and S+U o( the sa1e type.
Share LPU& Share )an&
Share +ower &u++lie&
Share main control 'oar&
CarrierAClass =ailability o( the S9300 CarrierAclass a=ailabilityCarrierAclass a=ailability
 M&Us6 #6# bac;up
 Syste1 poer supplies6 8C poer supplies in
## 1ode< C poer supplies in ##:22 1ode
The S9300 can be installed ith a sin!le &oE
poer supply or (our poer supplies or;in! in
3# 1ode or 22 1ode. 
 Modular desi!n o( (ans6 hen the hi!hAend
con(i!uration is adopted the (ailure o( a sin!le
(an does not a((ect the syste1 runnin!.
 &assi=e bac;plane6 pro=ides hi!h a=ailability.
 Independent 1onitorin! unit6 separated (ro1
the 1ain control board.
 ot sappable co1ponents.
99.999% carrier-class availability
Hi%* vaila+ilit
%&U 8escription
,ame Des&ription
G2"C 2"Aport #00:#000BSEA and )Aport #0:#00:#000BSEAT inter(ace card *S S/&:+,"$-
G2"S 2"Aport #00:#000BSEA inter(ace card *S S/&-A32 MC
#2S #2Aport #0GBSEA inter(ace card *S S/&-
G")S ")Aport #00:#000BSEA inter(ace card *E S/&-A32 MC
G")SC ")Aport #00:#000BSEA inter(ace card *EC S/&-A#2) MC
G")S8 ")Aport #00:#000BSEA inter(ace card *E8 S/&-A$#2 MC
G")SBC ")A&ort #00:#000BSEA Inter(ace Card*BCS/&-A#2) MC
G")S/ ")Aport #00:#000BSEA inter(ace card */ S/&-A32 MC
/")S ")Aport #00BSEA/ inter(ace card *E S/&-A32 MC
/")SC ")Aport #00BSEA/ inter(ace card *EC S/&-A#2) MC
G")T ")Aport #0:#00:#000BSEAT inter(ace card *E +,"$-A32 MC
G")TC ")Aport #0:#00:#000BSEAT inter(ace card *EC +,"$-A#2) MC
G")T8 ")Aport #0:#00:#000BSEAT inter(ace card *E8 +,"$-A$#2 MC
G")TBC ")Aport #0:#00:#000BSEAT Ethernet electrical inter(ace card *BC +,"$-A#2) MC
G")T/ ")Aport #0:#00:#000BSEAT inter(ace card */ +,"$-A32 MC
G")CET 3'A&ort #0:#00:#000BSEAT and #2A&ort #00:#000BSEA Inter(ace Card*E+,"$:S/&-F32 MC
"0S/C "0Aport #0GE Ethernet optical inter(ace card */C S/&-
 
%&U 8escription
,ame Des&ription
G")D ")Aport #0:#00:#000BSEAT &oE inter(ace card *E +,"$ &oE-A32 MC
/")T ")Aport #0:#00BSEAT inter(ace card *E +,"$-A32 MC
/")TC ")Aport #0:#00BSEAT inter(ace card *EC +,"$-A#2) MC
/")T/ ")Aport #0:#00BSEAT inter(ace card */ +,"$-A32 MC
G2"SC 2"Aport #00:#000BSEA inter(ace card *EC S/&-A#2) MC
G2"S8 2"Aport #00:#000BSEA inter(ace card *E8 S/&-A$#2 MC
G2"T/ 2"A&ort #0:#00:#000BSEAT Inter(ace Card*/+,"$-A32 MC
"U "Aport #0GBSEA inter(ace card *E /&-A32 MC
"UC "Aport #0GBSEA inter(ace card *EC /&-A#2) MC
"U8 "Aport #0GBSEA inter(ace card *EC /&-A$#2 MC
2U 2Aport #0GBSEA inter(ace card *E /&-A32 MC
2UC 2Aport #0GBSEA inter(ace card *EC /&-A#2) MC
E#2G #2Aport #000M E&5> optical and #2Aport #00M:#000M Ethernet optical %&U *S/&-
M>& > ser=ice card
&"C/ "Aport 5CA3c:STMA#c &5SAS/& card *Installed in > ser=ice card-
&"/ "Aport 5CA#2c:STMA"c &5SAS/& card *Installed in > ser=ice card-