220 - Ceragon - IP-10G XC Trail - Presentation v1.3

8/18/2019 220 - Ceragon - IP-10G XC Trail - Presentation v1.3

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Proprietary and Confidential

FibeAir IP-10 G-Series

XC / SNCP / Nodal Solution

®


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Introduction


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SNCP (ITU- G.805)

• Ring topologies provide path protection for Ethernet or T! signals

• In so"e scenarios additional protection is re#uired

• The IP$%&' Path$Protection is (ased on SNCP

(Sub-network Connection Protection)

• Individual E%/T% trails )ill (e protected (y defining t)o separate trails* )ith the sa"eend-points* )hich are routed through t)o different paths in the net)or+

• The end-points "ay (e line interfaces or radio ,Cs* so partial path protection can(e provided for a trail in a net)or+ )here full path redundancy topology is not

availa(le

• The end-points are also referred to as (ranching$points

3


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SNCP (ITU- G.805)

• -ith -ireless SNCP* a (ac+up ,C trailcan (e optionally defined for each

individual ,C trail

4

!ain Path

Protective Path


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.i(eir IP$%& 0 Integrated Nodal Solution

The solution is "odular and for"s a sinle unified nodal device1

• Co""on Ethernet S)itch

• Co""on E%s Cross Connect

• Single IP address

• Single ele"ent to "anage

Connecting 2 I3s re#uires a nod!l enclosure1

• 4est econo"ical future upgrade

• 4est fle5i(ility for net)or+ designer

• Easier to Install / !aintain / e5pand

IP$%& I3 can (e used as a Standalone unit 6%37

or in as a Nodal Solution


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.i(eir IP$%& 0 Integrated Nodal Solution

• Up to " units c!n be st!cked to #or$ sinle nod!l de%ice

• dditional units can (e added in the field as re#uired

• !ultiple nodes can (e cascades to support large aggregation sites

• Stac+ing is done using 2R3 8Nodal enclosures9

• Each enclosure has 2 slots for hot$s)appa(le %R3 units

• dditional 8Nodal enclosures9 and units can (e added in the field as re#uired )ithoutaffecting traffic

.ront

Rear

Nodal enclosure


7/34Proprietary and Confidential

.i(eir IP$%& 0 Nodal Enclosures

7

8!ain9 nodal enclosure

8E5tension9 nodal enclosure



.i(eir IP$%& 0 Scala(le Nodal Enclosures

8

Pay as you grow !



Integrated nodal solution 0 8!ain9 units

3nits located in the (otto" 8Nodal enclosure9 are acting as the "ain units

• The "ain unit perfor"s the cross$connect* s)itching and "anage"ent functions for

all the units in the node

• !andatory 8active9 "ain unit can (e located in any of the 2 slots

• :ptional 8stand(y9 "ain unit can (e installed in other slot

• S)itchover ti"e ;



Integrated nodal solution 0 8E5pansion9 units

•3nits located in non$(otto" 8Nodal enclosures9 are acting as 8e5pansion9 units

• ll interfaces of the e5pansion units 6radio* T! and Ethernet7 are connected to the"ain units

• E5pansion unit is fully "anaged through the "ain units

• Radios in each pair of "ain/e5pansion units can (e configured as either1• ual independent %=& lin+s

• Single %=% >S4 lin+• Single 2=&/XPIC lin+

N!ti%e

%=% >S4

&

&

'

'

N!ti%e

2=&/XPIC

'

'

N!ti%e

%=&

N!ti%e

%=&

&

'

!ain unit

E5pansion unit

Integrated Ethernet S)itching

Integrated T! cross$connect


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Trail Configuration 'uidelines


12/34Proprietary and Confidential12

XC Trails 'uidelines 6%7

%? XC Trails can (e configured only via !ain unit

2? ll Trails are transported through "ain unit6s7

@? -hen Protection is ena(led* configure trails to go via the ctive unit

6XC Trails are auto"atically created on the ST4A unit7

B? T$Cards 6T! / S>7 are not hot$s)appa(le* do not e5tract / insert card

)hen I3 is po)ered up


13/34Proprietary and Confidential13

XC Trails 'uidelines 627


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Proprietary and Confidential14

XC Trails 'uidelines 6@7

Identify Trail interfaces prior to configurationNote that Trail configuration is 4i$irectional H

IP-10

IP-

10

IP-10

Trail starts here1

.or SNCP )e shall

need to define @

interfaces

Trail traverses through here1

-e shall need to define 2interfaces

Trail starts here1

.or SNCP )e shall

need to define @

interfaces

4ypass

site Protected Trail6uto"atic7

Radio Din+


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XC Trails 'uidelines 6B7

Pay attention to the order of configuration1

The Trail Start/End points should

(e configured first 6interface %7

Interfaces 2 and @ can (e

configured in a rando" order

IP-10

IP-10

IP-10

*

*

+,p!ss

site

Protected Tr!il

6uto"atic7


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Standalone non$protected Trail Configuration


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Step %1 ccess Trail Page

Clic+ on the dd (utton


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Step 21 Configure %st Interface

Clic+ on the %st

interface connector

In this e5a"ple )e selected the

P> connector?

Aour ne5t step is selecting the P>

port nu"(er?


S> connector?

Aour ne5t step )ould (e selectingthe ,C nu"(er?


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Step @1 Configure 2nd Interface

Clic+ on the 2nd

interface connector


Radio as the ne5t interface

connector?

Aour ne5t step )ould (e selecting

the radio channel nu"(er?

lternatively you could choose other co"(inations as )ell1

• P> to P>

• P> to Radio 6a(ove7• P> to S>• S> to Radio• S> to Radio• Radio to S>• Radio to P>


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Step B1 Configure Trail ttri(utes

!a+e sure Trail I is uni#ue and identical on all sites/trails


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Step


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SNCP Trail Configuration in a Node


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Selecting !ain I3 for Trail Configuration

23

• In the follo)ing e5a"ple )e assu"e every node has 2 I3s installed in a

!ain Enclosure

• !a+e sure your !ain unit is selected on every Node$E!S

• Ena(le Protection )hen you configure the Trails 6e5cluding 4ypass Nodes7

• Trail I should uni#ue and identical on all nodes


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SNCP Trail in Nodal rchitecture

IP-10

IP-10

IP-

10

4ypass

Node

P> interface

S> interface


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IP-10

IP-10IP-10

4ypass

site

P> interface

S> interface %

Radio C> % Radio C> 2J

%st Node


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IP-10

IP-10IP-10

4ypass

Node

P> interface

S> interface

Radio C> %

Radio C> B

4ypass Node


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IP-10

IP-

10IP-10

4ypass

site

P> interface

S> interface

Radio C> 2J

Radio C> B

@rd Node


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Radio Capacity Calculation


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!dio P/ C!p!cit, 1S. C2!nnel

• 't2ernet c!p!cit, 6a?+?a? Ethernet D% capacity7 $ Total (it rate fro" anEthernet user port? Ta+ing into account the full Ethernet fra"e including the

I.' and prea"(le fields? Ethernet capacity is so"eti"es referred to as Kport

utiliLation rateK?

• 't2ernet 3 c!p!cit, $ Total (it rate of net Ethernet fra"es running overthe Ethernet user port? Ta+ing into account the Ethernet fra"e )ithout the

I.' and prea"(le fields?

• !dio t2rou2put $ Total (it rate supported (y the radio lin+ running in a

specific channel/"odulation including radio fra"e overhead* etc?

29


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30

Profile !odulation !ini"u"re#uired capacity

license

!a5 ofsupported

E%s

Ethernet capacity6!(ps7

Ethernet D2capacity 6!(ps7

.ra"es perseconds

RadioThroughput

6!(ps7

" 4& 0 6 *."0 0.*" 0**.77 0.50

6 "6 4& 5 " 0.6 5.*5 76.0* 5.00


license

!a5 ofsupported

E%s



.ra"es perseconds

RadioThroughput

6!(ps7

0 4PS9 0 6 *.6 0.* 7".65 0.*8

8 PS9 5 " 0.8 5.*8 *00*6.6 5.0* " 4& 5 8 7.87 .6 6675." 0.*

* * 4& 5 0 *6.68 ".7 5*06.87 6.85

6 "6 4& 5 60.66 *0.8 "075. 8.5

5 8 4& 50 * 6"."0 *5.50 "**."6 **.

" 5" 4& 50 " 56.5* 6.55 85.77 *8."6

7 5" 4& 50 7 57.*8 6*.7 85*8. 60."0

@?< !>L

!>L

(figures refer to ETSI + MAC Header Compression Enabled)


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31


license

Nu"(er ofsupport E%s



.ra"es perseconds

RadioThroughput

6!(ps7

0 4PS9 5 8 8.0 .0 6*00.8 .0

8 PS9 5 60.0 *." "0857.8 .7

" 4& 50 8 "0.*" 65. 88*.8 6."5

* * 4& 50 0 70.*5 5*."0 06"*.80 6.5

6 "6 4& 50 6 8.78 ".* "*.0 57.*7

5 8 4& 00 8.6* 76. 6"67.7 "8.8" 5" 4& 00 *6 5.5 87.7* 7*67.8 80.*

7 5" 4& 00 *7 6.5 6.87 857.76 8".7"

%B !>L


license




.ra"es perseconds

RadioThroughput

6!(ps7

0 4PS9 50 7 57.8" 66.08 8"0.6* 60.*

8 PS9 50 * 77.8" 5.* 58"0.75 56."8

" 4& 00 ** .* 86.8 "5"68."* 77."8

* * 4& 00 66 50.7" 6.87 6*6".7 06.80

6 "6 4& 50 55 87.55 6.0 70*.55 *0.0

5 8 4& 50 "8 8.8 76.** *60688.6" 58.6"

" 5" 4& 00 7" 56.7 6.07 *70*6.7 7".7

7 5" 4& 00 80 "8.65 06.5* *67".6 85.7

2 !>L



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32

B& !>L

L


license




.ra"es perseconds

RadioThroughput

6!(ps7

0 4PS9 50 * 7."6 "0."8 850".* 55.0

8 PS9 00 *5 . 0.75 77*."5 8*.06

" 4& 00 5 76.6 *."8 5*".7 0.87

* * 4& 50 "5 8.6 "".67 *5*.7 5.*"

6 "6 4& 50 8 7*."7 08.5 60756.05 8.*0

5 8 4& 00 86 *05.6 *.7" 656"05."* .8" 5" 4& 00 86 *6".86 "6." 5"*5.6 *."

7 5" 4& *00 86 *"." 8.87 5505. 55.50



license




.ra"es perseconds

RadioThroughput

6!(ps7

0 4PS9 00 * 08.8" 8.6 "6.*7 75.

8 PS9 00 68 "*.*7 6.68 6*".0 *.67

" 4& 50 "6 "."0 "5.0* **8.5 50.0"

* * 4& 00 86 88.50 .8 6*6.58 .50

6 "6 4& *00 86 *58.6 7*.6 5**67*.7* 67."

5 8 4& *00 86 6*0.6* *7.5 "6057.*6 7.08

" 5" 4& 600 86 68.77 *7*." 7886.5 **7.87

7 5" 4& 600 86 5*.8 605.0 760*.8" *"".78

di P/ C it 1S C2 l :CC


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!dio P/ C!p!cit, 1S. C2!nnel - :CC

Ethernet capacity depends on average pac+et siLe

C!Point

!odulation ofE%s

EthernetCapacity6!(ps7

% MPS 22 @G $


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Thank You !

traiig"erago#"o$

Documents

220 - Ceragon - IP-10G XC Trail - Presentation v1.3