NATview

NATview 3.00

Visualization, Configuration and Update tool for MicroTCA


NEW FUNCTIONS OVERVIEW

Complete reworking of the image management: Now the AMC images can not only be horizontally or vertically aligned, but also upside down. As NATview rotates the images as needed only a single AMC graphic file is needed for one AMC board (instead of the former two).

Extended help viewer (more topics, some fixes).

Reworked FRU editor and power configurator interface avoiding the impression that the power configurator directly writes to device/file.

Checks for updates of the application.

Lots of feature improvements.

New license required - see below for details!

Overview and Purpose

NATview is an easy to use visualization and configuration tool for any MicroTCA system that includes a NAT-MCH. NATview allows the user to view and manipulate the components of the MicroTCA system in a graphical way. NATview runs on any host computer that is internal or external to a MicroTCA system and can be started from a USB thumb drive. Thus NATview is ideally suited for any system or support engineer to check and analyze the status of a MicroTCA system.

Operating System independent - no further Libraries needed

NATview is a host based Java GUI suitable for any operating system which can execute a Oracle Java v1.8 or higher, i.e. Linux, MacOS or Windows. Besides Java there is no need for further libraries or driver.

Connecting to the MicroTCA system


NATview connects to the NAT-MCH using the Remote Management Control Protocol (RMCP) as requested by the MicroTCA specification. The RMCP host part is included in NATview, so no additional protocol support is required for the host. The MicroTCA system is identified by the IP address of the NAT-MCH. In case the IP address is unknown, the integrated address scanner can be used to scan for NAT-MCHs available within the selectable address range. The selected IP addresses can be stored in the initialization file of NATview.

 Support for Systems with non-standard aligned AMCs

The MicroTCA specification only knows two ways how AMC modules can be mounted in a chassis:
   
     

Vertical. In this case the AMC modules are mounted side by side in a row. The hot swap LED and its handle are in the bottom right corner of the module. NATview calls this orientation north.

   
   

Horizontal. Here the AMC modules are mounted one above the other; sometimes multiple rows exist. The hot swap LED as well as the hot swap handle are located in the top right corner. This is NATview direction west.

   
 

It is a single bit in the Carrier Information Record that is used to distinguish between these two AMC board orientations. If the chassis designer arranged the AMC modules in a different, non-standard manner NATview could not determine the correct orientation. Therefore the chassis INI file can be extended in such way that information about the AMC slot orientation is being coded into the slot dimensions.

Starting with NATview 3.00 the following non-standard orientations are also possible:

   
     


Non-standard NATview orientation south.

   
     



Non-standard NATview orientation east.

   
  Viewing and Monitoring Sensors

NATview offers a photo-realistic view of the chassis including AMCs, power modules, cooling units and the NAT-MCH with all their sensors. Klicking on any of these sensors will display its current status/value and depending on the type of the sensor also the defined thresholds, i.e. upper and lower non-critical, critical or non-recoverable. NATview can be configured to periodically update the displayed sensor information and to display the read sensor values in a separate trend diagram.

Backplane Link Viewer

The Backplane Viewer displays the available connections between the AMC slots and the MCH slot as provided by the backplane and highlights which of these connections are matching as per the e-keying process. Different colours indicate different protocols such as GbE, PCIe, SRIO or XAUI. Moreover, NATView can also display if any of these matching connections carries an established and working protocol link.

 FRU Editor and Power Manager

In a MicroTCA system certain information about a FRU is stored in an EEPROM that is located on the respective FRU. The backplane FRU for example holds the information about all available connections between the AMC slots and the MCH slot and by which power source every AMC slot is powered. By default these EEPROMs are programmed by the respective vendor. However, sometimes it becomes neccessary to change some of the FRU data, i.e. for system configuration or final fine tuning. The optional FRU Editor contained in NATview-FE provides the tool to manipulate these records. The Power Manager -- which is part of the FRU Editor --allows to view and change the Power Policy of the system in a very elegant way, e.g. for defining a redundant and/or load sharing power configuration.

HPM Update Manager

Hardware Platform Management (HPM) is a standardized protocol to update any programmable part of a FRU inside a MicroTCA system, i.e. FPGA images, EEPROMS, Flash memories etc.. Apart from the binary data to program the device the HPM update files contains information about which FRU and which part of it to update, any compatibility requirements and other neccessary information needed to ensure a healthy update. These HPM files are provided by the vendor of the respective FRU. The optional HPM Update Manager contained in NATview allow users to view the contens of an HPM update file, to select records from its content and then to perform an update of the resepctive part of the HPM compliant FRU.

 Checks for updates of the application

NATview 3.00 is able to check if there is a new version available on the N.A.T. FTP server for you to download. You will not miss updates anymore!

 Extended Help Viewer

The application help viewer has been extended to cover all new features of this release.

Licensing model

The basic version of NATview is called NATview-EASY and is available free of charge with any purchase of an NAT-MCH. Licenses for the FRU Editor NATview-FE and the HPM Update Manager NATview-HPM are offered as separate add-on licenses to NATview-EASY. All licenses are personalized, however, please contact your sales contact for competitive bundle and corporate licenses.

New license required for NATview 3.00

NATview 3.00 requires the use of a new license. If already a licensed NATview user you can request a new one for free - simply send the old license key to support(at)nateurope.com.

Customization

NATview can accomodate the personal look-and-feel. Moreover, NATview allows the user to add own images for the photo-realistic display of AMCs and chassis and thus be easily adapted to even display custom components.

Family of MCH products

NATview can be used with an member of the NAT-MCH family of MCHs which consists of:
  • NAT-MCH supporting PCIe, SRIO (RapidIO), XAUI, GbE, USB, JTAG-Switch
  • NAT-MCH-PHYS
  • NAT-MCH-PHYS80  with Zone-3 connector for connection to MCH-RTMs with optional LLRF backplane management support, optional optical PCIe uplinks
  • NAT-MCH-RTM-PCIEx16-UPLNK (copper PCIe uplink)
  • NAT-MCH-RTM  with options -BM, -FPGA and COMex-E3 (quad-core Xeon, Core-i7, -i5 and -i3 on request)
  • NATview

 

 



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Applications/Solutions

System Overview

  • Tree structured sensor data including fans and temperatures
  • Animation of hot-swap process of AMC modules
  • MCH Scanner – finding MicroTCA system IP address in a network
  • Toolbar for easier access to most common functions

 Events and Alarms

  • intelligent alarm monitoring and prioritization
  • logging of events, incidents and alarms
  • access to the system event log
  • Events can be filtered on event source and event type
  • Events can be saved to file (ASCII, HTML)
Sensors
  • Display the current sensor values
  • Sensor threshold setting
  • Sensor value history with saving option
  • Sensor Autoupdate including trend diagram

FRU Information

  • FRU Editor - viewing and editing Field Replaceable Unit (FRU) information
  • Backplane Viewer – show connection between MCH and AMC resp. AMC and AMC
  • System Dump – collect system information easy as 1-2-3 with a single mouse click
  • Customization - easily add new system components, including custom designs
  • HPM Update Manager
Power Overview
  • Shows payload voltage and payload current for every AMC module.
  • Indicates failures due to exceed payload current requests.
Update Check
  • Checks for new NATview releases on startup - never again miss an update!

System requirements

  • any processor family
  • any operating system with Oracle Java Run-Time Environment (JRE) v1.8 or higher

Supports

  • all known standard chassis
  • non-standard chassis
  • easy integration of customized MTCA chassis
  • easy integration of customized/non-N.A.T. AMC cards
FRU Editor

NATview - FRU Editor with Editwindow
  Backplane Viewer

NATview - Backplane Viewer
 

 
 
System Dump

NATview - FRU Editor
  MCH Scanner

NATview - MCH Scanner
 

 
 
Power Manager

NATview - Power Manager
  HPM Update Manager

NATview - HPM_Update Manager


   
Sensor Information

NATview - Sensor Information
  Sensor Trend Logging

NATview - Sensor Trend Log



Title
Description
Format
Size
Rev #
Date Last Modified
natview_ds Data Sheet pdf 474 kB 3.00 09-04-2018
natview_man_usr User's Manual pdf 4.6 MB 3.00 14-03-2018




Product Code: NATview - [Option]

 

Option
Description
Comment
-EASY Free license for the N.A.T. JAVA based visualisation tool for any µTCA system that includes a NAT-MCH. Software downloadable from FTP server, please request credentials using our contact form. -
-HPM add-on to NATview-EASY: personalized license for HPM-Update feature  can be combined with other NATview options
-FE add-on to NATview-EASY: personalized license for FRU-Editor feature  can be combined with other NATview options
-PRO five personallized licenses, includes options -EASY, -HPM and -FE -
-PROC corporate license, includes options -EASY, -HPM and -FE -




Software:

Title
Description
Rev #
Date Last Modified
NATView Java based GUI (Graphical User Interface) for monitoring and supervising MTCA systems. 3.00 15-03-2018