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1 Carrier Ethernet P ro d u c ts U p d ate Josef Ungerman C S E, C C I E #

2 Agenda 1. I P N G N A r c h i t e c t u r e 2. C a r r i e r E A g g r e g a t i o n ( M A N ) 3. C a r r i e r E P r e -A g g r e g a t i o n ( R A N, R E N ) 4. C a r r i e r E A c c e s s ( F T T X ) 5. S u m m a r y

g Net w ork a n d S erv i c es S i d e S P D a t a C e n t e r S P P e e r i n g S P I T P olicy / S erv ice Layer A c c es s A g g reg a t i on Ed g e Core STB B R A S B u s i n es s C o r p o r a t

3 M M C i s c o I P N G N : t h e N et w o r k Ar c h i t ec t u r e S u b s c ri b er a n d Cu s t om er S i d e R es i d en t i a l P ortal if ram an ag ed Bu sin ess S erv ices e C ach e( S torag e, VoI P, S ecu rity ) Application Layer S u b scrib er an d S erv ice D ata b ase VoD A u th en tication A n d Bil l in g VoI P Video Broadcast Broadb an d P ol icy M an ag er E M S an d P rov ision in g Net w ork a n d S erv i c es S i d e S P D a t a C e n t e r S P P e e r i n g S P I T P olicy / S erv ice Layer A c c es s A g g reg a t i on Ed g e Core STB B R A S B u s i n es s C o r p o r a t e D S L C ab l e U-P E N-P E D P I CO R E ob i l e F T T X C o r p o r a t e E th ern et S erv i c e P E E od W D M, S D H, T D M R eg ion al D W D M X p on der rans port Layer R O A D M, W X C, 10 G, 4 0 G, 10 0 G C ore D W D M I P od W D M T u n ab l e

4 C arri er E t h ernet A ggregat i on

5 C ar r i e Et h er net Aggr egat i o n s o l u t i o ns real-li f e d es i g n ex am p les Residential & Business C usto m er s U-PE N-PE Residential & Business C usto m er s U-PE S-PE N-PE Residential & Business C usto m er s U-PE S-PE B NG B NG S-PE B NG Core P Core P Core P C entraliz ed E d g e D es ig n D is trib u ted E d g e D es ig n I nteg rated E d g e D es ig n

C is c o 7 6 0 0 Carrier Ethernet Aggregation # of Slots H e ig h t T h r ou g h p u t P e r for m a n c e H i g h -D e (L A N c a 24, 48x 24, 48x 4x 10 G E Se r v i c e C i sc o 7 60 3 Su p 3 2 C i

6 C is c o Carrier Ethernet Aggregation # of Slots H e ig h t T h r ou g h p u t P e r for m a n c e H i g h -D e (L A N c a 24, 48x 24, 48x 4x 10 G E Se r v i c e C i sc o Su p 3 2 C i sc o RSP720 C i sc o RSP720 C i sc o RSP R U 15 G b p s 15 M p p s R U 3 20 G b p s M p p s R U 480 G b p s M p p s R U 7 20 G b p s M p p s n si ty E th e r n e t r d s) G E SF P G E T X, 8x 10 G E M od u le s SI P / 40 0 / 60 0 E 1, E 3, C h ST M -1 C a r r i e r E th e r ( E S+ M od u le 20 x G E, 40 x 2x 10 G E, 4x C om b os B R A S, I P Se n e t s) G E 10 G E ssi on s

E E i s c o 7 6 0 0 Sy s t em C o m p o nent s C arri er E t h ern et h ard w are R S P (R o u t e / S w it c h P r o c e s s o r ) S w itc h F ab r ic ( 7 20 G S P and RP C P U ( 2G DRA M ) C O N, A

7 E E i s c o Sy s t em C o m p o nent s C arri er E t h ern et h ard w are R S P (R o u t e / S w it c h P r o c e s s o r ) S w itc h F ab r ic ( 7 20 G S P and RP C P U ( 2G DRA M ) C O N, A U X, 2x G E o r T G E LAN (High-D e n s it y Et he r n e t ) Lin e c a r d s T w o h ar dw ar e v er sio ns ( Basic and X L ) 24x a n d 48x F E a n d G 4x a n d 8x T G I P, I P v 6, M P L S, M V P N b p s), ac tiv e-standb y r edundanc y 4 K V L A N s, up to q ueues 1 M r o utes ( X L ), 9 6 K M A C s, 25 6 K A RP s ES (Et he r n e t S e r v ic e s ) Lin e c a r d s T w o h ar dw ar e v er sio ns ( Basic and X L ) 20 x G E a n d 2x T G E A D V A N C E D li c e n se for B u si n e ss V P N fu n c ti on a li ty m o r e f unc tio nality EV C, HQ o S, V P L S up link o r e sc alab ility up to 1 6 K V L A N s, 1 6 K q ueues

8 Cisco 7600 Update new ES+ linecards G b p s and 4 0 G b p s v er sio ns 20 / 4 0 x G E, 2/ 4 x T G E 3. I P o DW DM ~ 3 0 % lo w er p o w er c o nsum p tio n v er sio ns 2x T G E and 4 x T G E Enh anc ed HQ o S 1 28 K q ueues p er c ar d Enh anc ed S ec ur ity I P S o ur c e G uar d, DA I, sto r m -c o ntr o l, etc. M A C -in-m A C c ap ab ility ( ah ) 5 1 2K M A C s p er c ar d IS G c ap ab lity 1 6 K P P P o E o r I P sessio ns p er c ar d V idm o n c ap ab ility v ideo M DI m o nito r ing S y nc E c ap ab ility ~ 80 K sy ste m s sh i p p e d

9 M M C i s c o C ar r i er Et h er net R o adm ap SR B C i s c o I O S SR SR D SR E ( Q ) H W : 2 0, R S P s t w a i n f s t c t u P s d i R u n d a n c y a n d H P L S S i c S c a l i n g ( 1 6 k P L S V P L S A u t i s c R t P s d i V P L S I G M P / P I M s n i n g h O A M A R P S c a l a b i l i t y ES EV C of re ra ru re eu ow re ed -V erv e EoM ) o-d ov ery ou ed eu ow res oop Et ern et SR C V P L S NS F / S S O S T a n d V P L S i n t eg ra t i on B G P f a s t c on v erg en c e B F D T ri g g ered M P L S T E F R R R S V P CA C H W : ES + 40, ES + 2 0, ES + X T EV C L A G / P ort c h a n n el B roa d c a s t S t orm Con t rol ( EV Cs ) D H CP S n oop i n g ( EV C) UD L D ( EV C) I P S ou rc e G u a rd ( EV C) Cu s t om Et h ert y p e ( EV C) M A C a d d res s s ec u ri t y ( EV C) M S T on B D ( EV C) NS F / S S O E-O A M A s y m m et ri c Ca rri er D el a y L 2 V P N R ou t ed M od e I n t erw ork i n g Et h ern et / V L A N t o A T M / F R / P P P i n i P rot oc ol A n a l y z er u s i n g S P A N H W : + c b c a s V i d m M a c n a c a h + V P L S I S G ( I P a n d P P P s s i s S y n c L a b S w i t c h M u l t i c a s t H Q M S T A c c s G a t a y ( R 2 G P L A G h a n c t s ( M L A, R i n t a i L 3 / L A s p l i t z g p s ES om o rd on -i -M oe es on ) E el ed 4-l ev el os es ew -L ) en em en CP NNI ) EV C EP eg rt on EV C 4 CL EV C -h ori on rou 4-b y t e A S N F a s t Con v erg en c e en h a n c em en t s

10 Cisco A S R new C arriere p lat f o rm H and 1 0 slo t c h assis ( 1 4 -slo t in f utur e) G b p s p er slo t to day ( G b p s in f utur e) 3. sc alab le up to 9. 6 T b p s p er c h assis 4. r uns I O S X R, m anag ed b y A N A C o m p lem ents C isc o in C ar r ier Eth er net T ar g ets m assiv e G E and v ideo -c entr ic dep lo y m ents F o c used at lar g e c o untr ies w ith c entr aliz ed edg e desig ns

9 0 0 0 s t C o m p o s C E t h h w ASR Sy em nent arri er ern et ard are R S P (R o u t e / S w it c h P r o c e s s o r ) S w itc h F ab r ic ( 1.

ns ( Basic and Enh anc ed) 40 x G E a n d 4x T G E 8x T G E ( 1: 2 ov e r su b sc r i b e d, 1: 1 c om i n g ) A D V A N C E D li c e n se for B u si n e ss V P N fu n c ti on a li ty G r een 1 7

11 s t C o m p o s C E t h h w ASR Sy em nent arri er ern et ard are R S P (R o u t e / S w it c h P r o c e s s o r ) S w itc h F ab r ic ( T b p s), ac tiv e-ac tiv e r edundanc y P P C C P U ( 4 G DRA M ), 4 0 G HDD BI T S, C O N, A U X, 2x 1 0 / / BT T r a n s p o r t Lin e c a r d s T w o h ar dw ar e v er sio ns ( Basic and Enh anc ed) 40 x G E a n d 4x T G E 8x T G E ( 1: 2 ov e r su b sc r i b e d, 1: 1 c om i n g ) A D V A N C E D li c e n se for B u si n e ss V P N fu n c ti on a li ty G r een W c o nsum p tio n ( m ax W ) S y nc E enab led, c lo c k distr ib utio n 3 2K V L A N s, 25 6 K q ueues 5 1 2K r o utes, 5 1 2K M A C s, 3 2K A RP s 20 K V P N s ( 1 6 K L 2V P N, 4 K L 3 V P N ) 6 P o w e r B r ic k s 1, 1. 5, 2, 3 K W

12 C i s c o c o m p l s p o s i t i o n i n g i n v o u s d i g n s and ASR em ent ari es Residential & Business C usto m er s Residential & Business C usto m er s Residential & Business C usto m er s AS R AS R U-PE N-PE AS R U-PE S-PE N-PE E S + I S G AS R U-PE S-PE B NG B NG S-PE B NG P P P Core Core Core C entraliz ed E d g e D es ig n D is trib u ted E d g e D es ig n I nteg rated E d g e D es ig n

i s c o ASR 1 0 0 0 U niv ers al Aggregation R ou ter and B N G A SR 10 0 2 E SP-5 / 1 0 A SR 10 0 4 E SP-20 A SR 10 0 6 E SP-20 # of SP A Slots H e i g h t T h r ou g h p u t B N G se ssi on s

13 i s c o ASR U niv ers al Aggregation R ou ter and B N G A SR E SP-5 / 1 0 A SR E SP-20 A SR E SP-20 # of SP A Slots H e i g h t T h r ou g h p u t B N G se ssi on s R e d u n d a n c y H A a n d I SSU 3 ( + 4 G E ) 2 R U 5 / 10 G b p s 16/ 24K Softw a r e Y e s 8 4 R U 20 G b p s 24/ 3 2K Softw a r e Y e s 12 6 R U 20 G b p s 24/ 3 2K H a r d w a r e Y e s

14 Cisco A S R Update I O S X E a lr e a d y > c u stom e r s 3 ( p ) 1. G ( r p r I 6 G, 1 6 G M 3. G 3 I S G w, 1 K q 4. A T M b k h c p w 5. I r S v F N A T, I P S, L I, S 4 5 ( y 0 9 ) 1. M P L S P L S P w y G A N C P G c 3. I ( P k I p p r o c o r o g 4. M V P N Release sh ip ing ES eng ine educ ed ic e) 2. RP 2 dual ntel 2. Hz B DRA BN sc alab ility 2K sessio ns ith HA 28 ueues ac aul ell-r elay seudo ir es nteg ated er ic es ir ew all, ec BC Release and ear 20 Eo and H-V seudo ir e Redundanc 2. BN enh anc em ents and BN luster ing DP Deep ac et nsp ec tio n) 2p to l ec nitio n

15 C arri er E t h ernet P re-a ggregat i on

16 M E th er n et R A N S ol u tion HSDPA offload or full E-N ode B Nod eb Nod eb Nod eb Nod eb Nod eb L 2 E t h e r n e t A c c e s s Nod eb A c c e s s D o m a i n C o r e D o m a i n PL S C o r e C y M E E L 2 E t h b c R E P ( R i l i t E t h P ) f < m s f a i l ( s u b 5 0 m s p s i b l at al st ernet ased ac ess es en ern et rot oc ol or ov er os e)

17 M x D S L 3 -P l ay pr e-ag g r eg ation sol u tion DSL AM p re -ag g re g at i on ri n g s D S L A M D S L A M D S L A M D S L A M D S L A M PL S E t h e r n e t A c c e s s D S L A M A c c e s s D o m a i n U-PE a n d B R A S C a r r i e r E A g g r e g a t i o n I E E E L 2 -b ased ac c ess M E E and M E M S T ( M u l t i -i n s t a n c e R a p i d S p a n n i n g T ree) or R E P ( R es i l i en t E t h ern et P rot oc ol ) M P L S -b ased ac c ess M E and M E E om P L S p s eu d ow i res a n d H -V P L S ( M P L S T E, F R R a n d B F D )

18 i s c o C at al y s t M E Carrier Ethernet P re-aggregation L 2 -b a s e d G E u p l i n k L 2 -b a s e d 1 0 G E u p l i n k C a t a l y s t M E E 1 2x G E + 4 G E-S F P U p link s 24 x F E + 2 G E-S F P U p link s C a t a l y s t M E x G E + 2 T G E U p link s M PL S-b a s e d 2 4 x F E + 4 x G E M PL S-b a s e d 3 2 x G E C a t a l y s t M E x F E, 2x G E-S F P + 2x G E-S F P U p link s C a t a l y s t M E x G E + 8 x G E- F P U p link s

i s c o 7 6 0 3 -S S m all t o m ed i u m 1 0 G E V P L S ac c es s C is c o 7 6 0 3 4 RU, 9 5 0 W up to 1 5-20 0 G b p s sw itc h ing c ap ac ity V P L S and I P ac c ess M o b ile ac c ess C Eo P,

19 i s c o S S m all t o m ed i u m 1 0 G E V P L S ac c es s C is c o RU, W up to G b p s sw itc h ing c ap ac ity V P L S and I P ac c ess M o b ile ac c ess C Eo P, I P v G G v a r ia n t : 1 5 G v a r ia n t : R S P G 2 T G E up link s E S U P G 2 T G E up link s E ES + o r X 6 7 x x Lin e c a r d x G E S I P o r X 6 1 x x Lin e c a r d x F E x G E

20 M ew Cisco M E E ob il e an d x D S L pr e-ag g r eg ation sh i p p i n g N ew Har dw ar e F eatur es 1. Dual h o t-sw ap p ab le p o w er sup p lies 2. Ex tended tem p er atur e r ang e 3. E-O A M and p o r t lo o p b ac k 4. S elec tiv e Q inq 1 : 2 V L A N m ap p ing 5. V L A N tr anslatio n 1 : 1 V L A N m ap p ing 6. Q inq C o S p r o p ag atio n 7. 2-r ate 3 -c o lo r p o lic er

21 C arri er E t h ernet A c c ess

22 E- T T H s o l u t i o n F i b re t o t h e H o m e s t ar ac c es s t o p o lo g i es R e s i d e n t i a l STB R e s i d e n t i a l STB R e s i d e n t i a l T ag g ed U N I O p t i c a l CO A c c es s Optical Distribution Frame L 3 Si C R Si C R Si A g g reg a t i on 10 G E 10 G E G E 10 G E C R S -1 Core STB C R L 3 C R S -1 E X AM P LE F ree ( F rance), Am s terd am ( T h e N eth erland s )

23 M E E E E at al y s t and M F T T H Ac c es s E F S E F S Su p 6 E C i sc o R Su p 6 E R Su p 6 E C a p a c i ty H e i g h t F T T H p or ts u p li n k s 8. 8 G b p s 1 R U 24 2x G 98 G b p s 7 R U 96 2x T G 20 0 G b p s 11 R U 240 4x T G 3 20 G b p s 14 R U x T G X F E-B D -LC 8 x f ix ed Base-BX -D X F E-S F P

24 O O O P O N F T T H s o l u t i o n P as s i v e O p t i c al N et w o rk t ree ac c es s t o p o lo g i es R e s i d e n t i a l O p t i c a l CO A c c es s A g g reg a t i on Core STB R e s i d e n t i a l STB R e s i d e n t i a l S p l itter Optical Distribution Frame L T L T L T 10 G E C 4 5 / Si Si C 4 5 / G E 10 G E STB E X AM P LE O rang e S lov ak ia

25 G at al y s t F T T H Aggregation M E 4924 C a ta ly st 4948 C a ta ly st M C a p a c i ty H e i g h t E p or ts T G E p or ts 96 G b p s 1 R U 24 SF P G b p s 1 R U 48 T X G b p s 2 R U 64 16

26 Catal y st an d Update I O S ( 5 0) S G ~ 60 K C 45 / s sh i p p e d i n SP 1. P P P o E I A ( I nter m ediate A g ent) ak a P P P o E T ag 2. A N C P ( A c c ess N o de C o ntr o l p r o to c o l) ak a L 2C P 3. REP f ast L 2 c o nv er g enc e 4. O S P F F ast C o nv er g enc e 5. W h o lesale V RF -L ite, V RF M ultic ast and V RF -aw ar e ser v ic es 6. S up 6 E usab ility in F T T H desig ns ( P V L A N iso lated tr unk )

27 T T B / ET T H s o l u t i o n F i b er t o t h e B u i ld i n g E t h ern et t o t h e H o m e R e s i d e n t i a l M i n i -P op A c c es s A g g reg a t i on Core STB L 3 10 G E R e s i d e n t i a l C 4 5 / Si 10 G E STB R e s i d e n t i a l C 4 5 / G E Si 10 G E L 3 STB U n tag g ed U N I E X AM P LE F as tw eb ( I taly), T elenor ( S w ed en), N E T B O X ( C z ech )

M M M at al y s t M E3 4 0 0 F T T H Aggregation E 3 40 0-2C S E 3 40 0-24T S E 3 40 0-12C S C a p a c i

28 M M M at al y s t M E F T T H Aggregation E C S E T S E C S C a p a c i ty H e i g h t F E p or ts G E p or ts 8 G b p s 1 R U G b p s 1 R U G b p s 1 R U 12 16

29 Cisco M E Update I O S ( 5 0) S E ~ 120 K M E s sh i p p e d i n SP 1. ( F o r w I P v 6 3. p r o v o f p o r 4. S F P 5. M F C o g f o r F 6. P I M S S M S S M M p 7. M V 8. C o c o o 9. C o r o k 1 0. I P S L A f o r A M BF D Bidir ec tio nal ar ding Detec tio n) 2. Ro uting REP im em ents utw ar d ac ing edg e t DW DM s ultic ast ast nv er enc e lex link and REP and ap ing ultic ast RF -L ite nf ig ur ab le ntr l-p lane sec ur ity nf ig ur atio n llb ac E-O

30 in k sy s/ Cisco S P S sw itch es l ow -cost F T T B depl oy m en ts sh i p p i n g 3 m o d e l s : 8 F E, 2 4 F E, 2 4 G E ( 2 S F P u p l i n k s ) 1. Baseline S ec ur ity S to r m C o ntr o l, Ro o t G uar d, Dy nam ic A RP I nsp ec tio n, M A C A C L 2. S P S ec ur ity P r o tec ted P o r t, DHC P O p tio n 8 2 & S no o p ing, I P S o ur c e G uar d 3. I P T V I G M P S no o p ing and M V R 4. Q o S 4 q ueues and r ate-lim iting 5. Q inq c o nnec ting b usiness E-L ine c usto m er s 6. M anag eab ility C L I, T DR, S P A N, S N M P, I P v 6 inter f ac e

31 SP S v s. M E m aj o r di f f er enc es ME3400 S P S 2 2 4G 4 T y p i c a l P r i c i n g $ $ 23 9 P F E + G E P F E + G E ( c p e r ; c b or ts SF op 2 om o) V L A N s L 3 R ou ti n g Y e s N o R a te L i m i t g r a n u la r i ty 8K 64K C on g e sti on A v oi d a n c e W T D N on e a g a n d E -L M I Y e s N o a h E -O A M Y e s N o E th e r n e t I P SL A Y e s N o R ob u st M u lti c a st c on tr ol Y e s N o N E B S 3 C om p li a n c e Y e s N o M E F 9 a n d 14 c e r ti fi e d Y e s N o A C a n d D C p ow e r Y e s N o R SP A N Y e s N o R e si li e n t E th e r n e t P r otoc ol Y e s N o C D P Y e s N o 10 0 B a se B X a n d F T T H SF P s e s o

32 Su m m ar y 1. Ca rri ere A g g reg a t i on D is t r ib u t e d -e d ge d e s ign C is c o a n d n e w ES + l in e c a r d s C e n t r a l -e d ge d e s ign n e w C is c o AS R (u p t o 9. 6 T b p s, G E) I n t e gr a t e d -e d ge d e s ign I S G o n ES + a n d o n AS R Ca rri ere P re-a g g reg a t i on I EEE-b a s e d d e s ign M E E a n d M E M P LS -b a s e d d e s ign M E a n d M E n e w M E E s e l e c t iv e Q in Q, e t c. 3. Ca rri ere A c c es s E-F T T H d e s ign C a t a l y s t P O N d e s ign C a t a l y s t M F T T B / ET T H d e s ign C a t a l y s t M E a n d Lin k s y s S P S

A L A BA M A L A W R E V IE W

A L A BA M A L A W R E V IE W Volume 52 Fall 2000 Number 1 B E F O R E D I S A B I L I T Y C I V I L R I G HT S : C I V I L W A R P E N S I O N S A N D TH E P O L I T I C S O F D I S A B I L I T Y I N