ONS 15454 DWDM

Hello,
I am still pretty new to the ONS product line, but have a reasonable understanding of the DWDM technology. I am looking to run two point to point dark fiber links between two colos within about 3KM of one another. Ideally, I would like to support 32 channels of 10G as we are a service provider and frequently carry multiple customer GE links between the sites. I am still a bit confused as to what Cisco offers for the ONS line that is capable of this.

Keith,
There are a few options you could use in this situation. Below are a couple solutions but not including all.
Since your distance is short(only 3km) you should not need a full MSTP 15454 shelf with amplifiers. Depending on your application of the 10G circuits you may need a 15454 to hold Transponder cards that would change the wavelength to a DWDM wave. It could also be possible for you buy wavelength specific SFPs/XFP's for your equipment which could bypass having the 15454 shelf all together.
As far as the DWDM system between the sites you could use a MD-40-ODD or MD-40-EVEN depending on what wavelengths you plan on using. This will give you 40 channels. See link(http://www.cisco.com/en/US/docs/optical/spares/15216/guide/15216_Patch_Panel.html)
Keep in mind there will be a total max 12db(6db per side max) insertion loss when using the MD-40's so make sure the SFPs/XFPs have the correct Tx/Rx optical specifications.
Also you can reference a GBIC/SFP/XFP doc for part numbers, optical and hardware specs, etc..
http://www.cisco.com/en/US/docs/optical/spares/gbic/guides/ppms2.html#wp185095
Hope this information can get you started in the right direction.
Ryan

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Cisco ONS 15454 DWDM CTP

Does anyone know where you can download a copy of Cisco Transport Planner? I need to open a project file to review the design but cannot find the software available for download anywhere. Any help would be appreciated.

it can download from cisco internal website only, and you must request the license for CTP, maybe you need contact AM or SE for this account

ONS 15454 issue

Hello! I'm new in this network infrastructure and i have to create a fiber ring between 3 ons 15454 dwdm but i managed only to make an osc between them . On every platform i have an transponder 2.5Gbps. My problem is that i can't create some provisionable patchcord and also some ochcc,only ochnc and when i activate the transponders my rx com line on every opt-bst show me an "incoming payload signal absent" error. Can anyone give me some advice or some steps to follow in creating this ring ? Hope i've been clear and sorry my poor english. Thank's a lot!

Hello! I'm new in this network infrastructure and i have to create a fiber ring between 3 ons 15454 dwdm but i managed only to make an osc between them . On every platform i have an transponder 2.5Gbps. My problem is that i can't create some provisionable patchcord and also some ochcc,only ochnc and when i activate the transponders my rx com line on every opt-bst show me an "incoming payload signal absent" error. Can anyone give me some advice or some steps to follow in creating this ring ? Hope i've been clear and sorry my poor english. Thank's a lot!

Mixing SONET/DWDM Cards in a ONS 15454

All,
To my understanding, there are some limitations to mixing SONET line cards with DWDM line cards in the same ONS 15454 chassis. I believe one of the limitations had to do with the line card placement versus a OSC-M and OSC. I can't remember the draw backs of doing the above, but there was some negative.
Are there any more draw backs, limitaitons or gotchas?
Also, generally, the optical engineers I spoke to recommended never mixing the cards and keeping them in seperate chassis.

Hello Jason,
Mixing SONET/SDH and DWDM functions in the same chassis is a supported configuration on the ONS 15454 platform.
As was stated in the other posts, you would have to install the SONET/SDH crossconnect cards in the chassis in order to have the HO/LO functionality.
You are right, that there is an impact on the card placement in the chassis, however you can force the planning tool (Cisco TransportPlanner) to leave the required slots for the XC cards empty when designing the DWDM network.
The model described so far is what is commonly referred to as a "hybrid" node.
There is one other element in the toolchest however - The ADM-on-a-Blade (see http://www.cisco.com/en/US/partner/prod/collateral/optical/ps5724/ps2006/ps5320/product_data_sheet0900aecd805f0e80.html). This network element is an integrated part of the DWDM personality of the ONS 15454 and provides SONET/SDH switching and client ports on the blade. Please note however, that this network element provides only a high-order crossconnect.
It is generally true that one would usually keep SONET/SDH network elements in separate chassis. However, from a network management perspective these separate chassis can form a single node.
Hope that helps
/Dirk

DWDM: ONS 15454 MSTP M6 TNCE and TSCE

In a ONS 15454 MSTP M6 chassy (DWDM) both Transport Node Controller (TNC) and Transport Shelf Controller (TSC) cards can be installed in slot 1and 8 to perform system initialization, provisioning, alarm reporting, maintenance and diagnostics.
Can someboby clarify the following:
1) What is the difference between a TNCE and TSCE Card? (The only difference I found is that TNCE can be configured with one or two SFP ports to provide the OSC termination while TSCE not. Are there other differences? )
2) Is it possible to intall in the same 15454 M6 chassy one TNCE and one TSCE card?
3) Are there any circumstance under which is mandatory to install the TNCE card?
4) Is there any suggested cisco documentation or book explaining it in details?
Thanks

You can use an Mutiple M6 chassis in one node in a Multi Shelf configuration the TNC cards are designed to go in the the Primary or 1st node and you can use the TSC cards in the other nodes and connect them together using the MSM ports on the ECU cards.
Yes your are correct regarding the OSC ports are not enabled on the TSC cards. The TSC cards are a lower cost then the TNC cards as they are only for use with a subtended shelf.
2) Is it possible to intall in the same 15454 M6 chassis one TNCE and one TSCE card?
I dont believe so however you can install just a single TNCE card in a chassis if you don't require redundancy
3) Are there any circumstance under which is mandatory to install the TNCE card?
I believe a TNCE card is required for any node in a standalone configuration or in a Multi Shelf configuration.

Upgrade ONS 15454 M12 TCC2P from 9.4.03 to 10.0.11

Hello,
quick question.
I have in my lab one M12 subrack with only-one TCC2P card and I try to prepare software upgrade in customer network.
I read all procedures at: http://www.cisco.com/c/en/us/td/docs/optical/15000r/upgrade/guide/b-454a10-0-1-upgrade.html
My troubles started at point where I can select node where the software must be downloaded. The window is empty.
Target version is "ons15454.DWDM.Lite.K9.R10011.pkg".
Any idea?
Thanks
kvapa

Hi Emyrsonn,
I hope this ONS 15454 upgrade tool can help you answering all your questions
http://www.cisco.com/web/techdoc/optical/15000r/upgrade/guide/ons-upgrade.html
It seems like you should be able to directly upgrade from 9.1.x to 9.2.2.
Please let me know if you have any comments on that.
Hope it helps!

ONS 15454 MSPP Recommendation

Currently Being Moderated
ONS 15454 Recommendations
Hello Guys,
Just looking for some recommendations / best practices from experienced ONS 15454 engineers for the following questions.
Scenario:
There are 2 sites located 130 km away from one to the other and we want to provide a wan connectivity via ONS 15454.
Questions:
1. The ethernet / DWDM modules preferred
2. The typical wave length will be used -- 1550 or 1310?
3. What are the speeds supported on the modules?
4. What should be the recommended max losses / power budget for 130 km for Cisco ONS to work properly?
5. Any specific recommendations.
Thanks & Regards
Jay

1. The ethernet / DWDM modules preferred
GE_XPE, 10GE_XPE, OTU2_XP, ML cards,
CE-Series 10-Port Multirate Ethernet Card, 10DME, MXP, 10x10 there are lot of cards depends on your requirement, line rates coming from WAN device, types of module present on WAN side.
2. The typical wave length will be used -- 1550 or 1310?
depends if you looking for a SDH/SONET solution, will say 1550, if DWDM than it will be composite siganal with MUX/DMUX.
3. What are the speeds supported on the modules?
10mbps, 100Mbps, 1000Mbps, 1Gig, 10Gig, 40gig and 100Gig depends on your requirement :-)
4. What should be the recommended max losses / power budget for 130 km for Cisco ONS to work properly?
around 35dB to 39dB of span loss, looks you need amplification.
5. Any specific recommendations.
we need to discuss your requiremnets, there are lot of sloution available.

I got issue in the 15454 DWDM 10G service OTUK-LOF port 4/1.

I got issue in the 15454 DWDM 10G service OTUK-LOF port 4/1.
The card we use: OTU2-XP 10G
SFP: ONS-XC-10G-39.7=
Configuration: Transponder splitter protection
Now the link from end client to end client is UP using the Main path port 3/1 (no problem with port 3/1 fiber path)
After some investigation:
- We already confirm there no SFP error, since we swap the SFP each other between port 3 and 4 and the alarm still in port 4.
- For the card, there no issue, since we confirm if we swap the fiber path from port 4 to port 3, the alarm move/raised in port 3.
- The fiber between OTU2-XP and MUX/DEMUX box, we check and everything fine.
- Other service (1G, 16 SDH, etc.) using the same fiber path working ok, no alarm raised indicate the same problem.
The topology and fiber lost:
Node A ----(6.4 / 7.8)----Node B ----(22.8 / 22.8)---Node C---(22.4 / 17.3)-----Node D----(16.7 / 18.1)----Node E
- No Major/Critical in these Nodes other than OTUK-LOF on Node A & E.
- There DCU module in transmit Node C to Node B
Any idea why the alarm OTUK-LOF raise in both node? And where the problem is? And how to fix it?
Looking forward yours suggestion on this issue.

The issue is corrected when we install oracle client newly in the same box , because it was in prior was pointed to an older oracle client 32 bit version, But it needs 64 bit. so re-installed and it was made to work.
Thanks for the response,
Madasamy.

10G Bigger Pipe on ONS 15454

I have two STM4 SDH capacities and one STM16 SDH spanning two cities over different service providers. See Attachment, I have two Cisco ONS 15454 in two cities, one of the ONS is connected to a GSR router serving as core router while the second ONS is connected to a 7609-S serving as MPLS-PE router, their is DOT1q tagging transparently carried over the SDH circuits between the two routers. I want to make these capacities one big Ethernet pipe (10G) at both ends, this fat pipe should be able to carry multiple VLANs between the attached routers at both ends. Is this achievable? if yes what kind of Ethernet cards do I require on ONS and the routers? Any supporting document will be highly appreciated.

"but I am not sure if Cisco produce a 10G ethernet cards for ONS 15454?"
cisco also have 10G Ethernet card but it can go over DWDM box not STM 16 & STM 4.
I am not sure what ECi and Huwai are offering but i am sure of one thing that even if they give you 10G Ethernet card but you CANNOT map that single Ethernet card to your 3 STM interfaces (1 STM 16 & 2 STM 4). As far as i know you can map one ethernet port to one SDH port (either 1 STM 16 or 1 STM 4).
Before believing ECI & Huwaei discuss that solution with some people, as I know one thing there can be lot of strings later on.
They say totally different thing before but once you buy that then you get to know the real features. You will have the feature but with lot of if & but.
What you can do is if that makes sense in your case, take 10 1Gig (Total 10G) ethernet card then you can map 3 ethernet ports to 3 STM interfaces you have.
Whats is the max speed your provider can give you? If they give you 10G SDH then see if you can get 10G POS card for your routers.
You can think of DWDM solution, this way you can take 10G direct over a wavelngth and lot many later. What is the distance between your 2 ONS?

6509 to ons 15454 showing not connect.

Were running into a problem moving from an oc48 to oc192. In our web enviornment we have a Front-end switch and a Back-end switch in two data centers that are 10 miles apart. Were running a "gigaman" betweent the two. On both ends we have cs6509's and were patched into the Gbic interface on the sup2's. This fiber is ran to are lec's ons 15454 which I have no visibility into. We are unable to get a connection on the 6509's. Were doing basic layer 2 trunking between the switches. Sbc tested from the fiber on the switch to a loop on the other switch and was able to test clean. This worked on the oc-48 but are switches were not connected to a cisco ons. Any suggestions would be apperciated. You can also email me at [email protected] or AIM jjt8572.

Have you checked that you have matched the physical media framing - e.g., LAN PHY needs to speak to LAN PHY (or WAN PHY to WAN PHY). Typically the ONS 15454 would be looking for a SONET frames (WAN PHY) while a Cisco 6509 would be sending 10 Gigabit Ethernet LAN frames (LAN PHY). That is, unless you specifically choose an interface for your 6509 such as the XENPAK-10GB-LW (10GBASE-LW XENPAK Module with WAN PHY for SMF). From that product's data sheet: "The Cisco 10GBASE-LW Module supports a link length of 10 kilometers on standard single-mode fiber (SMF) (G.652).
WAN-PHY is intended to allow the transport of 10 Gigabit Ethernet over a traditional SONET/SDH infrastructure. The purpose of WAN-PHY is to render 10 Gigabit Ethernet compatible with SONET STS-192c format and data rate, as defined by ANSI, as well as the SDH VC-4-64c container specified by ITU."
One can also use Cisco ONS transponder cards that will wrap LAN PHY framing in something like G.709 encapsulation to allow it to be transported through a DWDM network.

Dual Ring Capabilty for ONS 15454 MSTP

Hi!
I am designing a MPLS over DWDM network which consist of one core DWDM ring and several regional DWDM ring using ONS 15454 MSTP. I would like to connect the regional ring to the core ring via P router in this case Cisco 12406GSR. My major concern now is to reduce the number of boxes especially on the DWDM part. Can an ONS box connect to 2 DWDM ring, regional and core directly without using a router in the middle. Apreciate your expert opinions. Thanks.
Rgds
Helme

Core DWDM ring and Regional DWDM ring are built using ROADM cards for full add/drop flexibility. Wavelengths can be engineered to pass between rings by physically patching at the wavelength level. By using the Mesh/Multiring Upgrade card (available today - see data sheet below) you can prepare the network for Degree-N capability, allowing multiple rings to be connected via a single point with dynamic wavelength provisioning across the rings.
http://www.cisco.com/en/US/products/hw/optical/ps2006/products_data_sheet0900aecd803fc502.html

ONS 15454 MSTP Client Connection Options

Hi!
Have questions regarding client connection options to ONS 15454 MSTP. FYI, I have experience on ONS 15540 ESPx and I usually connect client to the ONS using transponder like this
ONS 15540 ESPx
Client<->transponder<->OADM<->OADM<->transponder<->client
I am new to ONS 15454 MSTP and from the reference manual I understand that the it can be configured as hub, passive oadm, anti ase etc. My questions is how does the client get connected to each of this configurations
For example, for a passive or amplified nodes the client connections would be like this
ONS 15454 MSTP
client<->transponder<->OADM<->OA<->OA<->OADM<->transponder<->client
What about hub nodes where mux/demux card are used, where does the client connect,I do understand that these cards have to be used in pairs.
As always,appreciate your expert opinions and if you can point me to a web link that would be even better. Many Thanks.

In both cases, the client (assuming it has a non-ITU output) will connect via a transponder or muxponder card. This takes the client signal and converts (with multiplexing in the muxponder case) the client signal into an ITU wavelength.
On the MSTP, the ITU port on the transponder/muxponder is then physically patched into the appropriate port on either ROADM, OADM or Mux/Demux cards.
To directly answer your question, on a hub node equipped with Mux/Demux cards, the Tx from the Transponder is connected to the Mux card, and the Rx connected to the Demux. Likewise, at the node where the wavelength is dropped (eg at an OADM site), there will be an equivalent transpoder connected to the OADM module (Tx and Rx at wavelength xyz).
The transponders/muxponders may be in the same shelf, separate shelves, or you may use a direct ITU connection from devices such as a DWDM GBIC, an SDH DWDM card or 10GE XENPAK from Catalyst 6500.
As long as you have designed the network to take the appropriate interface types into account, you should be fine.

DCN Case Study 3: ONS 15454 Linear Topology with DCN Connections at Both Ends Using OSPF

Hi, I need advise regarding design of Network Connectivity - DCN Case Study 3: ONS 15454 Linear Topology with DCN Connections at Both Ends Using OSPF.
Am I need area 100 and 200 on Router 1 and Router 2 or I can don't do that?
Am

ONS 15454 error message

Hi Expert,
I have a problem with ONS 15454 error message. My CTM server detected MINOR error message "Peer to Peer Slot Communication Failure". Affected object is SLOT-1 which is OPT_BST. The alarm ID is 200551. What caused this error appear and any workaround to solve this problem?. Your kind attention is much appreciated.

Although the following alarm is not identical to the one you identified, this seems to indicate the a peer "communication failure" is hardware related.
2.5.237 PEER-NORESPONSE
Default Severity: Major (MJ), Non-Service-Affecting (NSA)
Logical Object: EQPT
The switch agent raises a Peer Card Not Responding alarm if either traffic card in a protection group does not receive a response to the peer status request message. PEER-NORESPONSE is a software failure and occurs at the task level, as opposed to a communication failure, which is a hardware failure between peer cards.
Hope this helps....

ONS 15454 design question

I have an ONS 15454 with 2 OC192 circuits that terminate into it. One goes to a downstream ONS and another to the upstream.
I need to extend the existing ring to 2 more ONS devices, but I am not sure if it is going to work the way I want it to.
Right now, each VTS24 circuit on the OC192 is associated with a POS interface on the ML1000 cards. So POS1 goes upstream, POS0 downstream (unprotected). The ML1000 is int turn trunked to a 3750 L3 switch that has the bridge groups and layer 3 addressing assigned. This is Ring0
I need to extend this ring, so obviously I will need 2 additional OC192 cards, but do these new circuits need to be associated with new POS interfaces? In other words, will I need 2 additional ML1000 cards, and if so, how would I trunk to the switch? Am I going to get into some loopy topology here?
I am new to this system, so any advice would be great.

Hi Colin,
so you want to add two more ONS devices in an existing ring.
if you can provide a topology it will be helpful,
if you just want to add two more ONS in existing ring, it will no cause any issues,
we just have to take care of circuits and need to build them from TL1 in these new nodes.
but please send topology to get an clear view.

ONS 15454 DWDM

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