Navigator huawei optix osn equipment command line introduction 20080628 a — [ppt powerpoint]
TA105202 OptiX NG-SDH ISSUE1.0HUAWEI TECHNOLOGIES CO., LTD.
Fundamentals of communication networks
SDH principle and networking
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Tips
This course explains Chapter 1 and Chapter 2 in the OptiX OSN 1500/2500/3500/7500/9500 Command Line Introduction.
This course focuses on Chapter 2 “Command Line Configuration File” in the OptiX OSN 1500/2500/3500/7500/9500 Command Line Introduction.
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OptiX OSN 7500 Intelligent Optical Switching System Hardware Description
OptiX OSN 9500 Intelligent Optical Switching System Hardware Description
OptiX NG-SDH Command Line Introduction
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After completing this presentation, you should be able to:
Maintain and commission the equipment by using command lines.
Develop and issue a command line batch file for NE configuration.
Run common commands.
Chapter 3 Common Commands
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Overview of Command Lines
Here, a command line is a man-machine command issued to Huawei OptiX equipment.
Like the T2000, a command line helps greatly to deploy and maintain Huawei OptiX equipment.
Features:
Easy
Powerful
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Version
Application
V3.0
OptiX Metro 3000
OptiX Metro 100/200/500/1050, OptiX 155/622H (V300), OptiX 10GV2, OptiX NG-SDH, OptiX OSN 9500
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Inputs and outputs command lines and issues a batch file.
Loads NE software and board software.
Records inputs and outputs automatically.
Download the Navigator at http://huaweidevices.ru .
Location: Software > Version Software > Optical Network Product Line > Optical Network Tools > Navigator
The Navigator of any version between V5.6 and V6.2 is recommended.
Navigator
Issues a batch file.
Saves results automatically.
Inputs and outputs command lines and issues a batch file.
Does not load NE software or board software.
The cmdterm is self-contained in the T2000. By default, the cmdterm is in the path T2000serverTool.
Cmdterm
%cmdterm
Placed in the path T2000cmdclient by default
Applicable to remote maintenance
Set the remote maintenance access license.
Enable the remote maintenance user, remote.
Set the password, operation rights, and validity period.
Run the cmdclient.exe in the T2000cmdclient path and log in to the cmdclient.
Compared with the Navigator and cmdterm, the cmdclient has the following features:
Is under the control of the T2000 server.
Can create and edit a remote maintenance report.
Cannot download software of the SCC and other boards.
Running the cmdclient
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[#neid]:command[:[para_block:] … [:para_block]]
command: command words
para_block: parameter block. Each parameter block has one or more assignments.
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Start of command: «:» (colon)
End of command: «;» (semicolon)
Parameter block separator: «:» (colon)
dbms: a database management system command
sys: a system command
Example: alm-get-curdata:0,0;
Command format
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Command Line Know-How
To query the format of a command, add /? next to the command words.
For example, :alm-get-curdata/?
To query all command words available for the current NE, run the following command:
:help
To retrieve data by keywords, run a command in the following format:
For example, :cfg or :cfg-get
Useful operations
Chapter 3 Common Commands
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:per-set-endtime:15m,1990@0@0@0@0@0;
:per-set-endtime:24h,1990@0@0@0@0@0;
:cfg-init-all;
:cfg-set-reqtime:37,5; //To set call-waiting time
:cfg-set-lineused:37,8,1,used; //To set the optical interface for the order wire service
:cfg-set-meetlineused:37,8,1,used; //To set the optical interface for the conference call
//Service configuration
Batch File
In V5.0, the command line software rejects the user and returns NSERR_SM_LOGIN_ALREADY when szhw already logs in to the NE. To forcedly log in, run the following command:
#1:lognew:»szhw»,»nesoft»;
NOTE
1.
#1:login:»szhw»,»nesoft»;
:per-set-endtime:15m,1990@0@0@0@0@0;
:per-set-endtime:24h,1990@0@0@0@0@0;
Function:
These commands end performance monitoring and ensure that configuration rate and data are properly sent to an NE.
Parameter description:
15m: Performance monitoring at the period of 15 minutes
24h: Performance monitoring at the period of 24 hours
1990@0@0@0@0@0: End time of performance monitoring. End performance monitoring as required. To end performance monitoring immediately, set the end time to 1990@0@0@0@0@0.
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:cfg-init-all;
Function:
This command initializes an NE to clear all original data from the NE. In this way, the original data does not affect the coming configurations.
Initialize the NE before you configure an NE.
3.
:cfg-set-nename:64,“OSN 3500 example”; //The assignment 64 indicates the length of the NE name.
:cfg-set-nepositon:“1109 room”; //This command is optional.
4.
Enter proper slot numbers and board names.
Precede a board name with ssn1 or ssn2 to indicate whether the board is in series N1 or N2. For example, ssn1gxcsa. For details, see the board number.
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Line boards
Tributary boards
Optical amplifier boards
The active SCC is created by default and cannot be deleted. The standby SCC can be manually added or deleted.
An interface board can be added only when its mapping processing board is added.
A logically added board is in one of the following states:
Adding
Active
Deleting
A board is successfully added or deleted only when the addition or deletion is successfully verified.
By default, the PIU, FAN, and AUX/SAP boards are automatically added rather than manually installed.
The CXL1/4/16 boards create logical functional units by logical slot.
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:cfg-set-synclass:9,4,0xf001,0x0801,0x0b01,0xf101;
6.
Parameter
Description
Bid
ID of the cross-connect clock board Value range: 9 or 10
SyncNum
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:cfg-set-synclass:9,4,0xf001,0x0801,0x0b01,0xf101;
There are four clock sources. Each clock source is numbered in double-byte hexadecimal.
The more significant byte indicates the ID of a line board (0x01–0x11).
The less significant byte indicates the number of an optical interface. The optical interfaces are numbered from 1 on.
The clock sources are numbered as follows:
External clock source 1 is numbered 0xf001.
External clock source 2 is numbered 0xf002.
The internal clock source is numbered 0xf101.
Notes:
Ensure that each line board indicated by the more significant byte is already installed.
End the clock source priority table with the internal clock source.
160×01~0x11110xf00120xf0020xf101
:cfg-set-tellen:37,3; //To set the length of a telephone number
:cfg-set-reqtime:37,5; //To set call-waiting time
:cfg-set-lineused:37,8,1,used; //To set the optical interface for the order wire service
:cfg-set-meetlineused:37,8,1,used; //To set the optical interface for the conference call
Notes:
Ensure that each board indicated by the commands is already installed.
Set the optical interface for the addressing call and that for the conference call separately.
Keep the optical interface for the conference call from a loop.
7.
Precede each command with comments.
In the case of a service terminated at the local site — “//local site – peer site”
In the case of a pass-through service — “//source site – sink site pass through”
To add a VC4 service connection, which runs from VC4 1 on optical interface 1 of slot 15 (source) to VC4 1 on optical interface 1 of slot 8 (sink)
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:cfg-verify;
Function:
This command enables the SCC to verify configurations and physical situations. If the verification succeeds, the SCC saves the configurations and notifies the other boards about starting by the configurations. Without the command, the SCC does not issue the configurations to the other boards.
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To query the state of an NE and to check whether it runs properly
:cfg-get-nestate;
Function:
This command checks whether configurations are successfully issued. If the NE is in the running state, the configurations are successfully issued. If the NE is in the installing state, the configurations fail to be delivered.
Batch File
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To back up the NE database, that is, NE configurations manually
:dbms-copy-all:drdb,fdb0;
:dbms-copy-all:drdb,fdb1;
Function:
These commands prevent fdb0 and fdb1 from being lost due to restart.
Batch File
Chapter 3 Common Commands
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Example:
:cfg-get-nestate;
//To query the state of an NE
After verification, an NE must be in the running state rather than in the installing state.
:cfg-get-xc:0,0;
:cfg-get-xc:0,5;
Configuration query
:date(:set-date:2000-2-13)
:time(:set-time:13*00*11)
:cfg-get-phybd
:cfg-get-bdversion:Bid
:cfg-get-bdverinfo:Bid
Other queries
alm-get-curdata:para1,para2;
Parameter description:
para1: ID of a board. To query all boards, set this parameter to 0.
para2: ID of an event. To query all events, set this parameter to 0.
Example:
:alm-get-curdata:0,0;
:alm-get-curdata:11,0;
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:alm-get-hisdata:para1,para2;
Parameter description:
para1: ID of a board. To query all boards, set this parameter to 0.
para2: ID of an event. To query all events, set this parameter to 0.
Example:
:alm-get-hisdata:0,0;
Alarm query
:set-time:12*00*00;
:per-set-monevent:0,0,0,0,perall,15m,enable;
Performance monitoring
:per-set-starttime:15m,2005@1@2@3@4@5;
//To set the start time of the performance monitoring at the period of 15 minutes performance
:per-set-starttime:24h,2005@1@2@3@4@5;
//To set the start time of the performance monitoring at the period of 24 hours
Performance monitoring
:lognew:»zhang»,»pass_word»;
:sm-add-user:»user1″,»my_pass»,»every»,enable;
:logout;
User management
:cm-get-eccroute;
:cm-get-chanerror;
:cm-get-bdinfo;
//To query ECC status on an optical interface of an optical interface board
:cm-get-fiberport:bid,portnum;
//To query the state of an optical interface in an optical interface board, including DCC rate
ECC command
resetmode: Mode of reset
Hard, a cold reset
Soft, a warm reset
A cold reset is thorough but interrupts services.
A warm reset protects services from interruption but is not thorough.
Board reset
:sys-get-nesoftver;
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What does a command line configuration file consist of?
In addition to the configuration commands, what commands are commonly used?
Thanks!
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Changelog
Please see release notes for details
- OptiX 6.0.0 fully implements RTX acceleration including:
- Support for RT Cores on Turing RTX GPUs.
- Separate compilation of shaders for faster startup times and updates.
- RTX acceleration is supported on Maxwell and newer GPUs but require Turing GPUs for RT Core acceleration.
- Multi-GPU support for scaling performance across GPUs, Mixing GPUs with RT Cores and without RT Cores is not supported.
- Support for scaling texture memory across NVLink connected GPUs.
- Triangle API with motion blur and attribute programs.
- rtTrace from bindless callable programs.
- Turing-specific optimizations for the OptiX AI denoiser.
- Set the stack size by providing the Trace depth.
- Take advantage of hardware-accelerated 8-bit mask.
- General stability improvements.
Important Notes:
- We recommend you use the optixGeometryTriangles examples to get started with the Triangle API
- Minimum driver required is R418
Download optix 3.7
Changelog
- Instancing in OptiX Prime
- Visual Studio 2022 support
Download optix 3.8
Changelog
- VCA Support
- Progressive API
- Stream buffer API
- CUDA 7.0 support
- First class Trbvh support as default builder in OptiX samples
Download optix 3.9
Changelog
Download optix 3.9.1
Changelog
- Added support for Pascal GPU architectures.
- Improved performance with large node graphs.
- Improved compile times.
- Reduced host overhead for dynamic scenes.
- Many compiler bug fixes and robustness improvements.
- Fixed an issue with buffer loads accessing different buffers based on a condition.
- Fixed rtBufferGetPointer incorrectly interpreting its device number argument.
- Fixed an issue with switching between non-triangle and triangle geometry for Trbvh accelerations.
- Fixed an issue with mipped/cubed/layered textures.
- Fixed an issue where using Trbvh could lead to missing geometry.
- Fixed an issue where using Trbvh could lead to crashes.
- Improved robustness to NaNs and Infs in geometry input for Trbvh.
- Fixed a rare case of VCA server versions not being detected correctly.
- Fixed trace captures with OpenGL half float textures.
- Prime: Fixed an issue with handling very large scenes.
Download optix 3.9.2
Changelog
- Fixed an issue where certain node graph configurations could lead to internal errors being reported.
- Fixed too high memory consumption in some cases when using TRBVH which could lead to out of
memory errors for modestly large models. - Updated installer framework to avoid security problem at installation time of the SDK.
Download optix sdk 4.0.0
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Release Notes (504KB, PDF)
Changelog
Download optix sdk 4.0.1
OptiX 4 is also now free to use within any application, including commercial and educational applications.
By clicking the «Agree & Download» button below, you are confirming that you have read and agree to be bound by the SOFTWARE DEVELOPER KITS, SAMPLES AND TOOLS LICENSE AGREEMENT for use of the SDK package. The download will begin immediately after clicking on the «Agree & Download» button below.
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Release Notes (453KB, PDF)
Changelog
- New EULA, now permitting unfettered use of OptiX in commercial applications
- Fixed an “invalid device function” error when running on Pascal GPUs in some cases
- Fixed an issue where certain modifications to the node graph could trigger an assertion
- Fixed an issue with the CPU fallback of TRBVH
- Fixed an issue that could lead to corrupt output when using 3D launches
- Fixed a performance issue when using instancing in OptiX Prime on Windows
- Improved compile times when OptiX exceptions are enabled
- Improved various error messages
- Added handling of half formats to rtuGetSizeForRTformat
- Fixed the default buffer size in primeMultiBuffering sample
Download optix sdk 4.0.2
OptiX 4 is also now free to use within any application, including commercial and educational applications.
By clicking the «Agree & Download» button below, you are confirming that you have read and agree to be bound by the SOFTWARE DEVELOPER KITS, SAMPLES AND TOOLS LICENSE AGREEMENT for use of the SDK package. The download will begin immediately after clicking on the «Agree & Download» button below.
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Release Notes (615KB, PDF)
Changelog
- New EULA, now permitting unfettered use of OptiX in commercial applications
- [OptiX and Prime] Fixed several issues that could lead to failures when using TRBVH with large scenes
- Fixed an issue that could lead to unnecessary BVH rebuilds when calling rtContextSetEntryPointCount or rtContextSetRayTypeCount without changing the value
- Fixed an issue that could lead to compilation errors when using atomics of different types in a single program
- Reduced the memory requirements for TRBVH
- Improved robustness when using multiple OptiX contexts
- [Prime] Fixed an issue where in some out-of-memory situations RT_ERROR_UNKNOWN would be returned instead of RTP_ERROR_MEMORY_ALLOCATION_FAILED
Download optix sdk 4.0.3
OptiX 4 is also now free to use within any application, including commercial and educational applications.
By clicking the «Agree & Download» button below, you are confirming that you have read and agree to be bound by the SOFTWARE DEVELOPER KITS, SAMPLES AND TOOLS LICENSE AGREEMENT for use of the SDK package. The download will begin immediately after clicking on the «Agree & Download» button below.
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Release Notes (615KB, PDF)
Changelog
- Changed all Optix Prime SDK samples to use CUDA context by default.
- Fixed a memory leak on GL interop buffer destroy
- Updated installer framework to avoid security problem at installation time of the SDK.
Download optix sdk 4.1.0
OptiX 4 is also now free to use within any application, including commercial and educational applications. To download, you must be a member of NVIDIA Developer — DesignWorks.
By clicking the «Agree & Download» button below, you are confirming that you have read and agree to be bound by the SOFTWARE DEVELOPER KITS, SAMPLES AND TOOLS LICENSE AGREEMENT for use of the SDK package. The download will begin immediately after clicking on the «Agree & Download» button below.
Windows 7 and higher, 64-bit Agree & Download Linux Accept & Download Mac OSX 10.9 or higher Accept & Download
Release Notes (615KB, PDF)
Download optix sdk 4.1.1
OptiX 4 is also now free to use within any application, including commercial and educational applications. To download, you must be a member of NVIDIA Developer — DesignWorks.
By clicking the «Agree & Download» button below, you are confirming that you have read and agree to be bound by the SOFTWARE DEVELOPER KITS, SAMPLES AND TOOLS LICENSE AGREEMENT for use of the SDK package. The download will begin immediately after clicking on the «Agree & Download» button below.
Windows 7 and higher, 64-bit Agree & Download Linux Accept & Download Mac OSX 10.9 or higher Accept & Download
Release Notes (615KB, PDF)
Download optix sdk 5.0
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Release Notes (615KB, PDF)
Download optix sdk 5.0.1
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Release Notes (615KB, PDF)
Download optix sdk 5.1
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Release Notes (615KB, PDF)
Download optix sdk 5.1.1
OptiX 5 SDK release is an important milestone in the evolution of OptiX, featuring built-in support for motion blur, and a deep-learning based denoiser. Version 5.0 maintains compatibility with your existing applications and provides the same easy to use API for which OptiX is known. To download, you must be a member of NVIDIA Developer — DesignWorks.
By clicking the «Agree & Download» button below, you are confirming that you have read and agree to be bound by the SOFTWARE DEVELOPER KITS, SAMPLES AND TOOLS LICENSE AGREEMENT for use of the SDK package. The download will begin immediately after clicking on the «Agree & Download» button below.
Windows 7 and higher, 64-bit Accept & Download Linux Accept & Download
Release Notes (PDF)
Note:
For the OSX versions please use 5.0.1 available in the
Download optix sdk 5.1.2 for power9 (v.5.1.2)
Power9 Accept & Download
Download optix sdk 6.0
The much anticipated OptiX 6 SDK release brings a giant leap in performance. This new release lets developers take advantage of the new RT Cores in Turing GPUs. RT Cores accelerate Bounding Volume Hierarchy (BVH) traversal and ray/triangle intersection testing (ray casting) functions.
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Release Notes (PDF)
Note:
For the OSX versions please use 5.1.2 (Power9) or 5.0.1(Mac OSX) available lower on this page
Download optix™ sdk 6.5 — (windows and linux)
Release Notes (91KB, PDF)
NOTE: Requires NVIDIA R435.80 driver or newer. You may need a Beta Driver for certain operating systems.
The 6.5.0 release of the OptiX SDK introduces many performance improvements and extended functionality. cuDNN is no longer required to use the OptiX Denoiser and all required files are shipped with the driver. The introduction of demand loaded buffers allows faster startup times by permitting launch calls before all textures are loaded and the ability to render scenes with very large texture sets by loading the required textures and mipmap levels to the device as needed. Support for Nsight tools has also been added in this release.
Download optix™ sdk 7.0 — (windows and linux)
Release Notes (90KB, PDF)
NOTE: Requires NVIDIA R435.80 driver or newer. You may need a Beta Driver for certain operating systems.
OptiX 7 introduces a new low-level CUDA-centric API giving application developers direct control of memory, compilation, and launches while maintaining the programming model and shader types. It also includes a library that provides helper functions to load textures on demand.
Release highlights nvidia® optix™ 7.1.0 (june 2020)
- Added curves as a new type of geometric primitive
- Denoiser improvements
- Increase instancing limits
- Several new device exceptions were added to catch common errors
- Fixed support in optix headers for cuda runtime compilation using nvrtc
- Enable compaction support for acceleration structures on non-RTX GPUs
- OptiX will attempt to reset a corrupted compile disk cache
- Improved timeline markings in Nsight Compute
- Fixed a crash on non-RTX GPUs when rendering with a refit IAS
- Six new SDK samples.
Release highlights nvidia® optix™ 7.2.0 (oct 2020)
- Specialization is a powerful new feature that allows renderers to maintain generality while increasing performance on specific use cases. The OptiX compiler is leveraged to fold constant values and elide complex code that is not required by a particular scene setup.
- OptiX 7.2 adds the ability to denoise multiple AOV layers simultaneously along with the color image in a single denoising pass.
- Validation mode, when turned on, enables extra safety checks when starting or debugging an OptiX application. For example, it enables debug exceptions automatically, and checks the CUDA stream status for every API call.
- Demand loading source library enables textures to be loaded on demand, which greatly reduces memory requirements, start-up time, and disk I/O compared to preloading textures.
Release highlights nvidia® optix™ 7.3 (apr 2021)
- Added support for temporal denoising
- Improved performance of the OptiX Curves primitive
- The OptiX Demand Loading library is now fully asynchronous, with sparse texture tiles loaded in the background by multiple CPU threads while OptiX kernels execute on the GPU


