nova generacija cisco rutera

© 2 0 0 8 C i s c o S y s t e m s , I n c . A l l r i g h t s r e s e r v e d . C i s c o C o n f i d e n t i a lP r e s e n t a t i o n _ I D 1

ASR 1000 – N o v a g e n e r a c i j a C i s c o r u t e r a

Dragan Novaković - Cis c o S rb ij ad novakov@c is c o. c om

2© 2 0 0 8 C i s c o S y s t e m s , I n c . A l l r i g h t s r e s e r v e d . C i s c o C o n f i d e n t i a lP r e s e n t a t i o n _ I D

Agenda1. A SR 10 0 0 p r e g l e d2 . A SR 10 0 0 ha r d w a r e a r hit e k t u r a3 . T o k p a k e t a4 . So f t w a r e a r hit e k t u r a5 . SP i E n t e r p r is e r e še n j a6 . Pe r f o r m a n s e


ASR1000 p r e g l e d


Aggregation Services Router (ASR) Serij a 1 0 0 01. N o v a g e n e r a c ij a C is c o r u t e r a

2RU/4RU/6RU ša s ij a5 / 1 0 / 20 Gb p s f o r w a r d in gP o d r šk a z a is t i s k u p o s o b in a s a r a z l ičit im c e n a m a i p e r f o r m a n s a m a

2. A S R 10 0 0 k l j u čn e čin j e n ic eRa z v o j e n d a t a i c o n t r o l p l a n eI n t e g r is a n i s e r v is i (Q o S , S B C , F P M , S e c u r it y . . )J e d in s t v e n a s k a l a b il n o s t i p e r f o r m a n s eB r z o d o d a v a n j e n o v ih f u n k c ij a

3 . B o g a t s t v o f u n k c ij a o m o g u ća v a f l e k s ib il n a r e še n j aP o d r šk a z a S e r v ic e P r o v id e r & E n t e r p r is eB N G (B RA S , L A C , L N S )I P S e c T e r m in a c ij aD is t r ib u ir a n i P E / M S EH ig h -s p e e d C P E…


3-s l o t

223

H / Wn / a

10 . 5” ( 6 R U )10 -20 G b p sF r o n t t o B a c k

1275

8-s l o t 1 2 -s l o t

AS R 1 0 0 0 F am il ij a

112

S / Wn / a

7” ( 4R U )10 -20 G b p sF r o n t t o B a c k

76 5

1I n t e g r isa nI n t e g r isa nS / W4

3. 5” ( 2R U )5-10 G b p sF r o n t t o B a c k

470

# F P slo t o v a# R P slo t o v a# S I P slo t o v aI O S R e d u d a n saU g r a đ e n i G ig EV isin aB a n d w id t hT o k v a z d u h aN a p a j a n j e

ASR1002ASR1004

ASR1006


P o z ic ij a AS R 1 0 0 0 u C isc o r u t er p o r t f o l ij u

C e n a

Perfo

rman

se

C is c o 7 20 0 S e r ie s

C is c o A S R 1 0 0 0 S e r ie s

C is c o A S R 1 0 0 0 S e r ie s

C is c o X R 1 20 0 0

C is c o 7 60 0 S e r ie s

C is c o A S R 1 0 0 0 s a

E S P -5 i 1 0 G

C is c o A S R 1 0 0 0 s a E S P -1 0 i 20 G

C is c o 1 0 0 0 0


ASR1000 ha r d w a r e a r hi t e k t u r a


AS R 1 0 0 0 C ent r al iz o v ano p r o sl eđ iv anj e

S P A -S P I, 1 1 .2G b p s

H y p e r t r a n s p o r t , 1 0 G b p s E S I, ( E n h a n c e d S e r d e s In t e r f a c e ) 1 1 .5G b p s

R o u t e P r o c e s s o r ( s t a n d b y )

I n t e r c o n n .

E S P( a c t i v e )

FECP

I n t e r c o n n .

Q FPC r y p t o a s s i s t

E S P( s t a n d b y )

FECP

I n t e r c o n n .

Q FPC r y p t o a s s i s t

S P AS P A

I O C PS PA A g g .

…

I n t e r c o n n .

S P AS P A

I O C PS PA A g g .

…

I n t e r c o n n .

S P AS P A

I O C PS P A A g g .

…

I n t e r c o n n .

Passive M id p l an e

R o u t e P r o c e s s o r ( a c t i v e )

I n t e r c o n n .

R P R P

•S av s ao b r aćaj k aR P id e p r e k oE S P , t ak o d a s ee f ik as an C o n t r o l P l an e P o l ic in g (C o P P ) m o že p r im e n it i b e z n ar ušav an j a p e r f o r m an s i s is t e m a

•R az d v o j e n D at a, C o n t r o l i I / O p l an e o m o g ućav an e z av is an f ail o v e r i H A z a s v ak u k o m p o n e n t u


AS R 1 0 0 0 dist r ib u ir ani C o nt r o l P l ane

E O B C - 1 G b p sI2CS P A Co n t r o lS P A B u s

S P AS P A

I O C PS PA A g g .

…

I n t e r c o n n .

S P AS P A

I O C PS PA A g g .

…

I n t e r c o n n .

S P AS P A

I O C PS PA A g g .

…

I n t e r c o n n .

R o u t e P r o c e s s o r ( S t a n d b y )

R o u t e P r o c e s s o r ( a c t i v e )

E S P( S t a n d b y )

FECP

I n t e r c o n n .

Ci s c o Q FPCr y p t o

a s s i s t

E S P( a c t i v e )

FECP

I n t e r c o n n .

Ci s c oQ FPCr y p t o

a s s i s t


R P R P

D ist r ib u ir a n ic o n t r o l p la n e o m o g u ća v a sist e m u ko m e R P sa m o se b a v i sa R o u t in g p la n e f u n kc ij a m a , r e z u lt u j u ćie kst r e m n o b r z im iska la b iln im c o n t r o l p la n e

1 0© 2 0 0 8 C i s c o S y s t e m s , I n c . A l l r i g h t s r e s e r v e d . C i s c o C o n f i d e n t i a lP r e s e n t a t i o n _ I D

AS R 1 0 0 0 C o nt r o l P l ane Ar h it ekt u r a1. D v a r a z l ičit a c o n t r o l p l a n e l in k a , p o t p u n o o d v o j e n a o d

d a t a p l a n e l in k o v aEthernet out-of -b a nd c ha nnel ( E O B C) z a d is t r ib uc ij u f orw a rd i ng

t ab e l a, in t e r n u v e z u d o d r ug ih p r o c e s o r a it d .I nter I nteg ra ted C i rc ui t (I2C ) z a m o n it o r in g s t an j a H W

k o m p o n e n t i2 . SPA c o n t r o l l in k o v i

iz m e đ u S I P C P U i S P A o v a


AS R 1 0 0 0 kl j u čni el em ent i ar h it ekt u r e

1. R P (R o u t e P r o c e s s o r )Z a d u že n z a c o n t r o l p l a n e s a o b r a ća jUp r a v l j a s is t e m o m

2. E S PZ a d u že n z a f o r w a r d in g p l a n e s a o b r a ća j

3 . S P A I n t e r f a c e P r o c e s s o rS h a r e d P o r t A d a p t e r io m o g u ća v a j u p o v e z iv a n j e in t e r f e j s a

Route P r oc es s or ( s ta n d b y )

RP

Interconn.

E m b ed d ed S er v i c esP r oc es s or( a c ti v e)

F E C P

Interconn.

Q F P subsys-t e mC ry p to

a s s i s t

E m b ed d ed S er v i c esP r oc es s or( s ta n d b y )

F E C P

Interconn.

Q F P subsyst e mC ry p to

a s s i s t

S P AS P A

I O C PS PA A g g .

…

Interconn.

S P AS P A

I O C PS PA A g g .

…

Interconn.

S P AS P A

I O C PS PA A g g .

…

Interconn.


Route P r oc es s or ( a c ti v e)

RP

Interconn.

S P A -S P I, 1 1 .2G b p sH y p e r t r a n s p o r t , 1 0 G b p s E S I, ( E n h a n c e d S e r d e s ) 1 1 .5G b p s


R o u t e P r o c esso r – R P 11. C PU 1.5 G H z2 . M e m o r ij a :D R A M : D e f aul t 2 G B ; M ax 4 G BN V R A M : 1 G B in t e r n o g f l as h p o d e l j e n o g z a

b o o t f l as h :, n v r am :, o b f l :3 . M e n a d žm e n t in t e r f e j s i:

M an ag e m e n t G ig E , c o n s o l e , A U X4 . St o r a g e :

8 G B f l as h (2 R U ) il i 4 0 G B H D (4 R U & 6 R U )E x t e r n i U S B f l as h z a I O S , k o n f ig ur ac io n e f aj l o v e it d .


E m b edded S er v ic e P r o c esso r ( E S P )1. E SP5 , E SP10 , E SP2 02 . C e n t r a l iz o v a n i p r o g r a m a b il n i

forwarding engineQ uan t um f l o w p r o c e s s o r (Q F P )C r y p t o e n g in e

3 . Pr o c e s ir a n j e c e l ih p a k e t a4 . B u f e r o v a n j e p a k e t a i

q u e u in g /s c he d u l in g ( B Q S)3 . Po v e z iv a n j e p u t e m E SI l in k o v a

k a /o d d r u g ih k a r t i p r e k o m idp l ane4 . C PU z a u p r a v l j a n j e E SP

k o m p o n e n t a m a


Cisco Q u a n t u m F l ow P r oce ssor

B r o j C isc o in žen j er a

N aj n ap r e d n ij i čip n a s v e t u !

> 10 0 5 G o d > 40

C isc o Q u a n t u m F lo wP r o c e sso r

G o d in e r az vo j a i in vest ic ij a Pat en t i

S k al ab il n o st

A vail ab il it y

S er visi

Pr ek o 1 . 2 M il ij ar d i T r an sist o r a

F l ex ib l e Q o SI n t eg r isan i u z vel ik u b r z in ud o d avan j a n o vih

Zašt it a in vest ic ij a: M o g u ćn o st d o d avan j a ser visa

J ed n o st avn a im p l em en t ac ij a

M o d u l ar an so f t verI n st an t isp o r u k a ser visa

Per f o r m an se D o 2 0 G b s F o r w ar d in g R at e sasvim ser visim a u k l j u čen im

New


T r i gener ac ij e E S P ( z a sada)E S P 5 E S P 10 E S P 20

B a n d w id t h 5G b p s 10 G b p s 20 G b p sZ a sn o v a n n a Q F P Q F P Q F P# P r o c e so r a 20 40 40C lo c k R a t e 9 0 0 M H z 9 0 0 M H z 1. 2G H zC r y p t o E n g in e B W ~ 1G b p s 3G b p s 8 G b p sQ F P M e m o r ij a 256 M B 512M B 1G BF E C P M e m o r ij a 1G 2G 4GP a c ke t B u f f e r 6 4M B 128 M B 256 M BT C A M 10 M b 10 M b 40 M b


S P A I nt er f ac e P r o c esso r ( S I P ) 1. F iz ičk a t e r m in a c ij a SPA2 . M o že d a p r im i d o 4 SPA

4 ha l f -hei g ht, 2 f ul l -hei g ht , 2 H H + 1 F H3 . Po d r šk a z a O I R4 . N e u če s t v u j e u d o n o še n j u o d l u k a

o p r o s l e đ iv a n j u5 . O g r a n iče n i Q o S6 . Sk u p l j a n j e s t a t is t ik e o o d b a če n im

p a k e t im a6 . D is t r ib u c ij a N et work c l oc k k a

SPA7 . C PU u p r a v l j a M id p l a n e

l in k o v im a , SPA O I R , SPA d r a j v e r im a


I / O – S h ar ed P o r t Adap t er iA T M :A T M : • T 3 /E 3

• O C 3• O C 1 2

• T 3 /E 3• O C 3• O C 1 2

P O S :P O S : • O C 3• O C 1 2• O C 48• O C 1 9 2

• O C 3• O C 1 2• O C 48• O C 1 9 2

P O S /D P T /RP R:P O S /D P T /RP R: C h a n n e l iz e d :C h a n n e l iz e d : • T 1 /E 1• T 3• S T M 1• O C 1 2• O C 48

• T 1 /E 1• T 3• S T M 1• O C 1 2• O C 48

E t h e r n e t :E t h e r n e t : • F E• GE• 1 0 GE

• F E• GE• 1 0 GE

C l e a r C h a n . :C l e a r C h a n . : • T 3 /E 3• T 3 /E 3

D o u b l e - W id eS P A

D o u b l e - W id eS P A

H a l f -H e ig h tS P A

H a l f -H e ig h tS P A

F u l l -H e ig h tS P A

F u l l -H e ig h tS P A

• S P A k o j i s u t r e n u t n o p o d r ž a n i n a d r u g im C is c o p l a t f o r m a m a j e s u il i ć e b it i p o d r ž a n i i n a A S R 1 0 0 0

• S P A k o j i s u t r e n u t n o p o d r ž a n i n a d r u g im C is c o p l a t f o r m a m a j e s u il i ć e b it i p o d r ž a n i i n a A S R 1 0 0 0

C E O P :C E O P : • O C 3• T 3 /E 3• T 1 /E 1

• O C 3• T 3 /E 3• T 1 /E 1

RP RRP R • GE• 1 0 GE• GE• 1 0 GE


ASR1000 – T o k p a k e t a


T o k D at a p aket a: O d S P A do S I Pt o E S P s

…

S PA A g g .

S PA S PA

Interconnect

I n g r ess b u f f er s ( p er p o r t , h i/ l o )

…

Ing res s cl a s s if ier

Ing res s s ch ed u l er


T o k D at a p aket a: K r o z E S PESP Q F P 1 0

C r y p t o assist

Interconnect

D isp at c h er / Pk t B u f f er

P r o c e s s o r P o o lPPEPPEPPEPPE

PPEPPEPPEPPE

PPEPPEPPEPPEPPEPPEPPEPPE…

…B Q S

H ar d w ar e A ssist s

Pac k et b u f f er


T o k D at a p aket a: O d S I P do S P Af r o m E S P s

…

S PA A g g .

S PA S PA

Interconnect

E g r ess b u f f er s ( p er p o r t )

…

E g res s b u f f er s ta tu s


ASR1000 s o f t w a r ea r hi t e k t u r a


S o f t w ar e ar h it ekt u r a – I O S X E

E m b e d d e d S e r v ic e s P r o c e s s o r

Ro u t e P r o c e s s o r

S P A I n t e r f a c e P r o c e s s o r

C ontrol M es s a g ing

K er n el K er n el

K er n el

Q F PC l ien t / D r iver

� I O S X E = I O S + I O S X E M id d l e w a r e + P l a t f o r m S o f t w a r e

� O p e r a c io n a k o n z is t e n t n o s t – is t i n a čin k o n f ig u r a c ij e k a o b il o k o j i I O S r u t e r

� I O S r a d i k a o L in u x p r o c e s z a c o n t r o l p l a n e (R o u t in g , S N M P , C L I it d ) .

� L in u x k e r n e l s a v iše p r o c e s a p o k r e n u t ih u z a s e b n im d e l o v im a m e m o r ij e z a– Fault containment– I S S U in d iv id u a l n ih S W p a k e t a

� A S R 10 0 0 H A I n o v a c ij e– Z e r o -p a c k e t -l o s s RP F a il o v e r– < 50 m s E S P F a il o v e r– “S o f t w a r e Re d u d a n s a ”

C h a s s i s C h a s s i s M a n a g erM a n a g er

I n ter f a c eI n ter f a c eM a n a g erM a n a g erF or w a r d i n gF or w a r d i n g

M a n a g erM a n a g er

S P AD riv er

S P AD riv er

S P AD riv er

S P AD riv er

I O S ( S ta n d b y )

F o r w a r d i n gF o r w a r d i n gM a n a g e rM a n a g e r

C h a ssi sC h a ssi sM a n a g e rM a n a g e r

I O S ( A c ti v e)

IO S X E P l a tf orm A d a p ta tion L a y er ( P A L )

I n t e r f a c eI n t e r f a c eM a n a g e rM a n a g e r

C h a ssi sC h a ssi sM a n a g e rM a n a g e r


I O S ko nso l ido v ani p aket i4 raz l ičit a Cis c o IO S X E kons ol id ovana p ake t a s a s vakom A S R 1 0 0 0 S of t w are re l e as e

– Cis c o A S R 1 0 0 0 S e rie s R P 1 A DV E NT E R P R IS E S E R V ICE S – Cis c o A S R 1 0 0 0 S e rie s R P 1 A DV A NCE D IP S E R V ICE S– Cis c o A S R 1 0 0 0 S e rie s R P 1 IP B A S E – Cis c o A S R 1 0 0 0 S e rie s R P 1 IP B A S E W / O CR Y P T O


AS R 1 0 0 0 S o f t w ar e p aket i1 . S vaki f u nkc ional ni e l e m e ntA S R 1 0 0 0 im a raz l ičit e p ake t e

2 . U ku p no 7 raz l ičit ih s of t w are p od p ake t a će b it i na ras p ol aganj u

3 . P od p ake t i s u d iz aj nirani d am ax im iz u j u ‘In S e rvic e S of t w are U p grad e ’m ogu ćnos t i

4 . S a s vakim novim re l e as e omA S R 1 0 0 0 s of t ve ra, s vih 7 p od p ake t a će b it i int e gris ano i d os t u p no na CCO

1. R P – R PB ase: R P O S– R PC o n t r o l : C o n t r o l Pl an e p r o c esi iz m eđ u

I O S i o st at k a p l at f o r m e– R PI O S– R PA c c ess: z a p r ist u p r u t er u ; 2 ver z ij e:

j ed n a sa S S H & S S L i j ed n a b ez( R PA c c ess i R PA c c ess-K 9 )

2. S I P5 . S I PB ase: S I P O S + C o n t r o l p r o c esses6 . S I PS PA : S PA d r iver s i F PD ( S PA F PG A

im ag e)3 . E S P

7 . E S PB ase: E S P O S + C o n t r o l p r o c esses + Q F P c l ien t / d r iver / u c o d e

+ R O M M o n it o r : O n e R O M M o n it o r im ag e c o n t ain in g R O M M O N f o r R P, E S P, S I P ( r el eased w h en n eed ed )


S I P

S P AS P A

I O C P

S P A A g g .

…

I n t e r c o n n .

E S P F E C P

I n ter c on n . Q F P s u b s y s -t e m

C r y p t o a s s i s t

RP C PU C h a s s is M g r.F orw a rd ing M g r.Interf a ce M g r.

K ernel ( incl . u til ities )

C h a s s is M g r.F orw a rd ing M g r.

Q F P C l i e n t / D r i v e r

I n ter c on n .

Interf a ce M g r.C h a s s is M g r.

S P A d ri v er S P A d ri v er S P A d ri v er S P A d ri v er

I n ter c on n .Q F P c od e

I O S





S o f t w ar e ko m p o nent e i p o dp aket iS S L / S S H

1

23 4

56

7

1 . R P B as e2 . R P Cont rol3 . R P IO S4 . R P A c c e s s (K 9 & non-K 9 )5 . S IP B as e6 . S IP S P A7 . E S P B as e


ASR 1000 Software

S A S R1 R1 -I P B

S A S R1 R1 -I P BK 9

S A S R1 R1 -A E S K 9

S A S R1 R1 -A I S K 9

D es c r i p tor

XXXXXI P Ba s eXXC i s c o A S R1 0 0 0 S er i es I P Ba s e

X

X

X

S I PBa s e

X

X

X

S I PS P A

X

X

X

E S PBa s e

-XI P Ba s e w / o c r y p toXX

C i s c o A S R1 0 0 0 S er i es I P Ba s e w / o c r y p to

XXA d v a n c ed E n ter p r i s e S er v i c es

XXC i s c o A S R1 0 0 0 S er i es RP 1 A d v E n ter p r i s e S er v i c es

XXA d v a n c ed I P S er v i c esXX

C i s c o A S R1 0 0 0 S er i es RP 1 A d v a n c ed I P s er v i c es

RPA c c es s - K 9

RPA c c es s

RPI O S

RPC on tr ol

RPBa s e

C on s ol i d a ted P a c k a g e


I O S X E R el ease P l an1 . Da b i s e ve om a b rz o im p l e m e nt iral e i kre iral e nove S W i H Wf u nkc ij e , A S R 1 0 0 0 će im at i time-b a s ed s o f tw a r e r el ea s es na s vaka 4 m e s e c a

2 . IO S X E R e l e as e P l an:– T ime-b a s ed r el ea s es : 3 p u t a god išnj e (s vaka 4 m e s e c a) . – R eb u il d s iz m e đ u s vaka d va re l e as e -a.

• 1. r e b u il d – 2 m e s e c a n a k o n r e l e a s e• 2. r e b u il d – 4 m e s e c a n a k o n r e l e a s e• M o g u ći p o v r e m e n i k r it ičn i b u g f ix r e l e a s e -i (k a o P S I R T )


Cisco IOS XE Software Licen ce

1 6 , 0 0 0N O SF L A S R 1 -S B C -1 6 KS B C ( S essio n )4 , 0 0 0N O SF L A S R 1 -S B C -4 KS B C ( S essio n )-R T UF L A S R 1 -H 2 4 8 -R T US B C ( H 2 4 8 )-R T UF L A S R 1 -S B C -R T US B C A p p l ic at io n ( R T U )3 2 , 0 0 0N O SF L A S R 1 -B B -3 2 KB r o ad b an d ( S essio n )1 6 , 0 0 0N O SF L A S R 1 -B B -1 6 KB r o ad b an d ( S essio n )8 , 0 0 0N O SF L A S R 1 -B B -8 KB r o ad b an d ( S essio n )4 , 0 0 0N O SF L A S R 1 -B B -4 KB r o ad b an d ( S essio n )-R T UF L A S R 1 -B B -R T UB r o ad b an d ( R T U )-R T UF L A S R 1 -I O S R E D -R T UH ig h A vail ab il it y ( 2 / 4 R U )-R T UF L A S R 1 -F PI -R T UPac k et I n sp ec t io n-R T UF L A S R 1 -F W -R T UF ir ew al l-R T UF L A S R 1 -I PS E C -R T UI P S ecS essio n s ( if ap p l ic ab l e)T y p ePar t N u m b erF eat u r e L ic en se


ASR1000 SP i E n t e r p r i s e r e še n j a


AS R 1 0 0 0 S er v ic e P r o v ider I P N G NP or ta l

Po l ic y C o n t r o l Pl an e

P ol i c y D ef i n i ti on

I d en ti ty A d d r es s M g m t

S ub s c r i b er D a ta b a s e

M on i tor i n g Bi l l i n g

E d g e

C or p or a teC or p or a te

H G W

Res i d en c e

Bus i n es s

M ob i l e S ub s c r i b er

C P E RR

I S P

• H i g h S p eed C P E • BRA S ( L A C , P T A , I S G )• I P S ec A g g r eg a tor• S es s i on Bor d er C on tr ol l er• P E ( L 3 V P N P E )

• L N S• Route Ref l ec tor

V O D T V S I P

C o n t en t F ar m

BRA S

I P S ec

S BC

P E

A cces s & A g g reg a tion

ETTx

OLTxP O N

xD S L

D S LA M

Wireless

Wirelin e

WiMAX

C a b leD O C S I S M-C MTS

L N S

I P/ M PL S C o r eA

� ��

� ��


AS R 1 0 0 0 S er v ic e P r o v ider I P N G NP or ta l

Po l ic y C o n t r o l Pl an e

P ol i c y D ef i n i ti on

I d en ti ty A d d r es s M g m t

S ub s c r i b er D a ta b a s e

M on i tor i n g Bi l l i n g

Integ ra ted S erv ice E d g e

C or p or a teC or p or a te

H G W

Res i d en c e

Bus i n es s

M ob i l e S ub s c r i b er

C P E RR

I S P

• H i g h S p eed C P E • BRA S ( L A C , P T A , I S G )• I P S ec A g g r eg a tor• S es s i on Bor d er C on tr ol l er• P E ( L 3 V P N P E )

• L N S• Route Ref l ec tor

V O D T V S I P

C o n t en t F ar m

Q F P

A cces s & A g g reg a tion

ETTx

OLTxP O N

xD S L

D S LA M

Wireless

Wirelin e

WiMAX

C a b leD O C S I S M-C MTS

L N S

I P/ M PL S C o r eA


A c c e s s S W

I Pv 4 / I Pv 6 D u a l C o r eR es id ence

F T T HC P E G E -P O NO N T O L T

A A A /A A A /D H C PD H C P

C o n t e n t S e r v e r s

S B C

M G

A c c e s s S W

A p p l i c a ti on s

B’c a s t T V V i d eo C on fV oI P V O D

R A C S

H .2 4 8C o n t r o l

….

L N S

I nt egr isani B B sa S B C - N T T

Diam

eter

A S R 10 0 0 in D is trib u ted Integ ra ted S erv ice E d g eV oice & V id eo T el ep h ony ( S BC , v 6 / v 4 )

P O T S

V o I P O p e r a t o r s

IP T V V oD ( S BC , H D T V , v 6 )Internet A cces s ( BB, L A C , P P P oE , v 4 )

IP T V B’ca s t T V ( M ul ti c a s t, S D T V / H D T V , v 6 )

• L A C , D H C P Rel a y , S BC D BE• M ul ti c a s t Rep l i c a ti on• S op h i s ti c a ted Q oS M od el to s up p or t m ul ti p l e s er v i c es p er s ub s c r i b er

• S i n g l e V L A N p er s ub s c r i b er

Q F P

Q F P

Q F P


R es id ence

C P E

A p p l i c a ti on s

B’c a s t T VV i d eo C on fV oI P V O D….

P r im ene AS R 1 0 0 0 - I nt egr isani ser v isi

I P/ M PL SC o r e

A A A /A A A /D H C PD H C P

S BC

M G

R A C S

H .2 4 8C on tr ol

A cces s

L N S

P O T S

V oIPO p era tori

P r im e r� Triple Play m re�a z a rez id en c ij aln e i b iz n is k o ris n ik e

C ontent S erv ers

A S R 10 0 0 n u d i� V is o k u d o s t upn o s t� I n t eg ris an e s erv is e� M o d ularn u šas ij u

P r e d n o s t i r e še n j a� R az li�it e b rz in e pris t upa� R az li�it i n iv o i Q o S l� E n d -t o -en d S L A & repo rt in g� N o v i prih o d i z ah v alj uj u�i n o v im s erv is im a: g las , v id eo , rem o t e ac c es s uz V PN

Bu s ines s

C P E


P r im ene AS R 1 0 0 0 - P er -u ser F ir ew al lPrim er� V irt ueln i F irew all s erv is z aB ro ad b an d pret plat n ik e

Pred n o s t i rešen j a� H o s t o v an j e F W s erv is a� Po d ešav an j a F W po pret plat n ik u� Pret plat n ic i v iše n e m o raj u d a k o n f ig ušu/ o d r�av aj u F W

A S R n ud i� S k alab iln o s t - d o 3 2 K s es ij a s aF W

I P / M P L S C o r e

A g g r e g a t io n

I S P 1

R e si d e n c e

CPE

R e si d e n c e

CPE

Bi l l i n g

Policy Control Plane

RA D I U S

RA C S

P or ta l

…

L A C

L N S


P r im ena AS R 1 0 0 0 - B G P R o u t e R ef l ec t o rP r im e r• B G P ro ut e ref lec t o r un apređ uj e S P c o re m re�u

P r e d n o s t i r e še n j a• S k alab iln a B G P rut in g arh it ek t ura• F ull-m es h k a d rug im iB G P peero v im a• B rz i s k alab ilan c o n t ro l plan e

A S R 10 0 0 n u d i• V is o k u rut in g s k alab iln o s t ( 1 M + rut a)

• B o g at C is c o I O S rut in g f eat ure s et

F E

G E 8 0 2.1q

A A L 5

I P / M P L S C o r e

R R

R R


AS R 1 0 0 0 : I P sec V P N r ešenj e

HQ/ R eg io n a l HQ

Branch OfficesF u l l T 1 ’s w / S at el l it e, D S L et c. Back u p

G o ing t o M u l t ip l es o f E t hernet / D S L / W irel ess…

1 8 x x 3 8 x x2 8 x xs m a l l

D M V P ND M V P N

P r ed n os t i r ešen j a

A S R 1 0 0 0 ( E S P 2 0 / RP 1 , I O S X E 2 . 2 )

� K o n s o l id a c ij a v iše 7 2 0 0 u 1 A S R 1 0 0 0� Z a št it a in v es t ic ij e t ra n z ic ij o m n a v iše C ry p t o B W u k o l ik o z a

t o im a p o t reb e� Nem a v iše p o t reb e z a s erv ic e b l a d es� O p t im iz o v a n z a QO S i M u l t ic a s t

� P o n u d it i I P s ec V P N A g g reg a t io n R o u t erk o j i m o že d a o d g o v o ri n a B W z a h t ev e S P i E NT I P V P N

C i l j r ešen j a

� 4 0 0 0 I P s ec t u n n el s ( u p t o 9 0 t p s )� 8 G b p s c ry p t o B W + 1 2 G p b s n o n -c ry p t o /c l ea r t ex t� 3 D E S /A E S /S HA -1 /I K E v 1� D M V P N

m ed iu m l a rg e

G ig E /1 0 G ig E P O S /A T M

M PL S I P V PN


AS R 1 0 0 0 : I nt er net T r ansit / G at ew ay

P r ed n os t i r ešen j a

A S R 1 0 0 0 ( E S P 1 0 / RP 1 , I O S X E 2 . 1 )

� P u n a in t ern et p o d ršk a z a h v a l j u j u ći p eerin g s ad ru g im A S

� I P v 4 i I P v 6 p o d ršk a� Z a št it a in v es t ic ij e - m o d u l a rn i d iz a j n i m o g u ćn o s t E S P

u p g ra d e� L o w p o w er� S m a l l f o rm f a c t o r� E n d -t o -en d S L A s i Net f l o w s t a t s

� O b ez b ed it i I n t ern et v ez u iz m eđ u S erv ic eP ro v id er i E n t erp ris e

C i l j r ešen j a

� V 4 T o p l in e : 1 5 . 5 M p p s� V 4 T o p l in e S c a l e : 1 M R o u t es� V 6 T o p l in e : 1 4 . 9 M p p s� V 6 T o p l in e S c a l e : 2 5 0 K� V 4 T o p l in e M u l t ic a s t : 1 1 M p p s� V 6 T o p l in e M u l t ic a s t : 1 1 M p p s

S er v i c e P r ov i d er A u t on om n i S i s t em

E n t er p r ise A S

T ra ns it or G a tew a y S erv ices


AS R 1 0 0 0 : Z o ne-P o l ic y F ir ew al l

P r ed n os t i r ešn j a� M u l t i-G ig a b it C is c o I O S F W� C is c o I O S F irew a l l p o d rža n a n a s v im in t erf ej s im a n a ru t eru� Nem a v iše p o t reb e z a s erv ic e b l a d es� I O S Z P F u s es C P L z a :

� L 4 , L 7 ( HT T P , I M , P 2 P …) , U R L F il t er,D O S P a ra m s it d .

� M o g u ćn o s t C is c o I O S F W n a ru t eru s a m u l t i-g ig a b it B W

C i l j r ešen j a

� S v o F W p ro c es ira n j e s e ra d i n a QF P s a 2 0 G b p s� HT T P M a x S et u p : 2 0 0 K� HT T P M a x C o n n ec t io n s : 2 M il l io n @ 7 1 % C P U

o p t erećen j em� Hig h -S p eed L o g g in g v ia Net F l o w v 9

W A N A g reg ac ij a ili I n t ern et G at ew ay

Pr ivat e Zo n e

G ig E / 1 0 G ig E /PO S / A T M / F R

V l a n 150

V l a n 160

I PsecZo n e

D M ZZo n e I n t er n et

Zo n e

Z-Pair Po l ic y1 8 x x3 8 x x

H T T P D N S

A S R 1 0 0 0 ( E S P 2 0 / RP 1 , I O S X E 2 . 2 )


ASR1000 P e r f o r m a n s e


P er f o r m anse – F P -5 G + R P 11 . P er f or m a n s e

– ~ 4 M P P S - I P v 4 F or w a r d i n g , M u l t i c a s t , A C L , Q oS , RP F , L oa d b a l a n c i n g , N et f l ow– ~ 1 M P P S z a os n ov n e + F W / N A T i l i os n ov n e + I P S ec

2 . B a n d w i d t h– 5 G z a s v e S I P C C– 1 G z a c r y pt o

3 . S c a l i n g– Ru t e: 1 M I P v 4 ; 2 5 0 K I P v 6– M u l t i c a s t : 6 4 K r u t a / 1 K g r u pa– A C L s : 4 K ; 5 0 K A C E s po s i s t em u– Q oS : M a x 6 4 K q u eu es , 3 -l ev el s of h i er a r c h y , 2 L L Q s po pol i s i , d o 1 0 0 0 pol i s a ;

P ol i c i n g / q u eu i n g g r a n u l a r n os t : 8 k b ps – L 3 V P N : 1 K V RF s– B B : 1 6 K s es i j a , 8 K L 2 T P t u n el a– I P S ec : 5 K t u n el a– G RE : 1 K t u n el a– c RT P s es i j a : 2 K– F W / N A T : 1 0 K s es i j a / s ec ; 2 5 0 K s es i j a


P er f o r m anc e – F P -1 0 G + R P 11. Per f o r m an se

– ~ 8M PPS - I Pv4 F o r w ar d in g , M u l t ic ast , A C L , Q o S , R PF , L o ad b al an c in g , N et f l o w– ~ 2M PPS o sn o vn e + F W / N A T il i o sn o vn i + I PS ec– ~ 5 M PPS o sn o vn i + S B C

2. F ail o ver T im e– F P/ F P & R P/ R P: < 5 0 m s– I O S / I O S : 10 m s

3 . B an d w id t h– 10 G z a sve S I P C C– 3 G z a c r y p t o

4. S c al in g– R u t e: 1M I Pv4; 25 0 K I Pv6– M u l t ic ast : 6 4K r u t a / 1K g r u p a– A C L s: 4K ; 5 0 K A C E s p o sist em u– Q o S : M ax 128K q u eu es, 3 -l evel s o f h ier ar c h y , 2 L L Q s p o p o l isi, d o 10 0 0 p o l isa; Po l ic in g / q u eu in g g r an u l ar n o st : 8k b p s

– L 3 V PN : 1K V R F s– B B : 3 2K sesij a, 16 K L 2T P t u n el a– I PS ec : 10 K t u n el a ( 2X I PS ec S A s + 1 I K E S A )– G R E : 2K + – c R T P sesij a: 4K– F W / N A T : 20 K sesij a/ sec ; 5 0 0 K sesij a


ASR 1000 RLS 1 – Ap r i l 2 008 .1 . I P v 4 U n i c a s t & M u l t i c a s t2 . I P v 6 U n i c a s t a n d I P v 6 M u l t i c a s t3 . H i g h A v a i l a b i l i t y – N S F / S S O & I S S U4 . B B A g g r eg a t i on - P h a s e I5 . Q O S6 . S ec u r i t y A C L s7 . S B C – S es s i on B or d er C on t r ol l er –D B E f u n c t i on 8 . N B A R9 . N et f l ow1 0 . c RT P1 1 . S ec u r i t y F ea t u r es

N A T , I O S F W – P h a s e II P S ec

1 2 . M P L S V P N – P h a s e I1 3 . G RE

S o f t w a r e F e a t u r e s – H ig h l e v e lH a r d w a r e F e a t u r e s� 2/ 4/ 6 R U S y st em s

� F P-10 G , C C -10 G , R P-1 o n 4/ 6 R U� F P-5 G / F P-10 G 2R U o n l y

� S PA s– 8-p o r t G E– 1-p o r t 10 G E

– 2-p o r t G E an d 5 -p o r t G E , 10 -p o r t G E– 8-p o r t F E

– 8-p o r t T 1/ E 1– 2& 4-p o r t T 3 / E 3

– 2& 4-p o r t O C -3 / S T M 1 PO S– 1-p o r t O C 12/ S T M 4 PO S

– 2 & 4 –p o r t C h an n el iz ed T 3 – 4-p o r t S er ial ( 12-in -1)


ASR 1000 RLS 2 – Av g u s t 2 008 .S o f t w a r e F e a t u r e s – H ig h l e v e l

H a r d w a r e F e a t u r e s

� H ar d w ar e1. F o r w ar d in g Pr o c esso r – F P-20 G

� S PA s1. 1-p o r t C h an n el iz ed S T M 12. 2 & 4-p o r t O C 48 PO S / R PR ( PO S m o d e)

1 . H AM u l t i c a s t , L 2 T P , A A A

2 . S B CD B E – E n h a n c em en t s

3 . Q oS F ea t u r es F P M

4 . B B A g g r eg a t i on – P h a s e I IS es s i on l ev el Q oSI S G – P h a s e IP er -u s er F WD H C P Rel a y – P h a s e I I

5 . W C C P v 26 . I P V 6 F ea t u r es - P h a s e I I7 . S ec u r i t y F ea t u r es – P h a s e I I

N A T / F W A L G P h a s e I IC on t r ol P l a n e P ol i c i n g - P h a s e I I

8 . L 3 V P N - P h a s e I I V RF a w a r e f ea t u r es – P h a s e I IM P L S ov er G RE

9 . P B R

• C isc o S ec u r it y M an ag er• A S R 10 0 0 D evic e M an ag er

N e t w o r k M a n a g e m e n t


Cisco Networkers Barcelona2 6 – 2 9 . J anu ar 2 0 0 9 .

reg istru j te se!

h t t p: / / w w w . c is c o . c o m / w eb / euro pe/ c is c o -n et w o rk ers / 2 0 0 9 / in d ex . h t m l

nova generacija cisco rutera

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