Task1:
Product type-->product NE NAME-->Version-->>Config mngt-->impact--> troubleshooting guideline

Task:2
Network Mode-->roduct-->Solution Version-->roduct Version-->Basic Features-->Optional Features-->Multi-mode features(New features, Modified features and Deleted features)--Main contents of Impact Report-->Impacts of version-level changes on the network-->
Impact of a new feature on the network-->Impact of changes in an enhanced feature on the network

Task:1
Network Mode-->roduct-->Solution Version-->roduct Version-->Feature ID -->Feature Name-->License Control Item ID--> License Control Item Name-->Supported NE Type.

Task 2:

(Scenario 1/Personal Experience):

We have a networked OSN 8800 (T16 & T32), for 100G wavelengths, specifically, we have a Link A, having distance 125km, where RAU boards installed.
One day, OA_LOW_GAIN alarm was reported at Line Port (RAU) of Site B, although the alarm was not service-affective, then I executed following
steps on the support website to get the required solution:

Prologue: I had a complete information of available tools on the support website.

Step 1 : I chose Info-Finder tool from the support website.

Step 2 : Clicked 'Alarm' tab.

Step 3 : Then Product Name (OSN 8800 T16), Version (any) and Keyword (OA_LOW_GAIN).

Step 4 : Although, it showed all the results to resolve the OA_LOW_GAIN alarm on the OAU, but i need to clear
the alarm on the RAU board of the OSN 8800 T16.

Step 5 : Then, I put a keyword, "OA_LOW_GAIN RAU", still i didnt get satisfactory information to rectify the alarm.

Step 6 : Then I send an Email to my Local Huawei representative, asking for rectification steps for OA_LOW_GAIN alarm
on the RAU.

Step 7 : Response i got: "Please check Line Fiber Quality via Fiber Doctor on the U2000, and check for any high-loss
within the span of 30km from the Origin/Site B".

Step 8 : I checked and analyzed, the 30km span via Fiber Doctor, and there appeared an event having 1.2db loss, at 16km from the
Origin/Site B. Upon rectification of the 1.2db high loss on the line fiber, the OA_LOW_GAIN alarm cleared.

Task 1: Aggregate all information tools on the task basis is Good option, will provide ease to each user..

Task 2: just open up Hedex and search what ever is needed.

Task 2:

(Scenario 2):

When new 100G network was deployed, i needed to learn new features and architectures of all the installed boards.

Prologue: I had a complete information of available tools on the support website.

Step 1 : I choose Info-Finder tool from the support website.

Step 2 : Clicked 'Board' tab.

Step 3 : Then Product Name OSN 8800

Step 4 : Then "Board Type", Optical transponder Unit, OTN Line board, etc

Step 5 : Then, "Board Name", WSMD4, WSMD9, NS4, etc


Conclusion: It gave me all the required information to learn details of these boards, thus helping me to learn different features, architecture and different scenarios

Task 1

Yes, I am agreed to aggregate all these useful informative tools can be combined on a single page and I would also recommend to add each useful
tool with its working principle/ troubleshooting scenarios. So the users will get information about running/operating these tools easily on the task basis.

Task 1

Yes, I am agreed to aggregate all these useful informative tools can be combined on a single page and I would also recommend to add each useful
tool with its working principle/ troubleshooting scenarios. So the users will get information about running/operating these tools easily on the task basis.

Task 2

(Scenario 1/Personal Experience):

In OSN7500 SDH node, HSC_UNAVAIL alarm was reported on standby cross connect board
As this alarm was not a service affecting, then I execute following steps to resolve this issue.

Huawei Tools are very useful to provide every required info regarding on site technical issues.

Step 1 : I selected Info finder tool from Online Tools on support website.

Step 2 : I clicked on Alarm tab.

Step 3 : Selected Product Name (OSN7500), typed keyword (HSC_UNAVAIL) and selected Severity of the alarm reported.
Step 4 : Followed the results displayed to resolve the HSC_UNAVAIL alarm on standby cross connect board ( EXCSA ).

Solution provided by Huawei info finder Tool : The BD_STATUS is an alarm indicating that the physical board is not inserted into the relevant slot. This alarm occurs when the user adds a board on the NMS, but the physical board is not inserted into the relevant slot.

Task 2

(Scenario 2):

OSN8800 is deployed to provide LTE services in the region, When I wanted to learn about its board hardware information with features. Then I looked into Huawei Online Tools to check the required data.
Here is the way to find info for the specific hardware boards of OSN8800.
Step 1: I selected Transport Product information tool from online tools on support website.
Step 2 : I clicked on Board in Hardware tab.
Step 3 : Selected Product Name (OSN8800).
Step 4 : selected “ Universal Line Board” in Board type.
Step 5: Board name “ HUNQ2 “ will be selected to get the information about board’s description, Functions and Features, working principle and signal flow etc.

Conclusion: Proactively. This Tool can provide all the required knowledge to learn about Transport Products Information.

T1:

it is nice to aggregate all information tools on one web page or app but i think it would be better to be on the node type basis instead of the task basis