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Community // Blog

Tech Talks Blog: How to Measure and Debug Network Performance using Silicon Labs’ Network Analyzer

05/132/2020 | 08:37 PM
May Ledesma
Employee

Level 5


In this Tech Talk session, Jake Johnson, Field Applications Engineer for Silicon Labs, provided a demonstration of measuring and debugging network performance using Simplicity Studio’s Network Analyzer. Click here to watch the complete webinar and register now for future Tech Talks. Here are some key points from Jake’s session.

We Offer a Comprehensive Portfolio of Solutions

We enable wireless products through our industry-leading products and tools:

  • Industry-leading Zigbee, Thread, Bluetooth 5.2, and Proprietary SoCs and Pre-certified Modules
  • In-house developed stacks with latest Zigbee, Thread, Bluetooth 5.2 and Mesh features
  • Reference applications and source code for iOS and Android
  • A common platform, free-of-charge development and protocol analysis tools to boost productivity

Simplicity Studio – the Right Tool Set for Developing your Wireless Products

Featuring a cross-platform development environment for MCU and Wireless products, Simplicity Studio offers a wide variety of tools and features for your development needs. Simplicity Studio has an eclipse-based IDE and contains demos/software examples along with complete product documentation, including API documentation, quick start guides, and reference designs. It also comes equipped with advanced tools like AppBuilder, Radio Configurator, Commander, Energy Profiler, and Network Analyzer.

Simplicity Studio

Network Analyzer – the Optimum Visualization Tool

Developed by our own Zigbee networking engineers to develop and debug our stacks, the Network Analyzer tool provides visuals for all the radio activities within multiple nodes in your wireless networks, including radio packet tracing in real-time. Network Analyzer can debug both multiple wireless protocols and multiprotocol networks. The backbone of this tool is its Packet Trace Interface (PTI). This peripheral provides direct feedback from baseband radio, implemented in hardware and radio sequencer. The traces are captured and timestamped by our Wireless Starter Kit as illustrated below:

Packet Trace Interface

Start your Wireless product development with BG22 SoCs. Visit our EFR32xG22 Wireless Gecko Starter Kit and Thunderboard™ BG22 Kit pages to find out how.

Q&A

The Tech Talk ended with a Q&A session, and you can find the transcript here.

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