Field Testing Guide (App Note 44)
The Field Testing Guide (App Note #44) describes practical methods and procedures for validating Wi-Fi HaLow performance in real-world conditions. It covers test setups, metrics, measurements, and guidelines to ensure reliable field evaluation.
HaLow RF Test Guide (App Note 43)
The “HaLow RF Test Guide (App Note 43)” explains how to perform RF testing of Morse Micro’s Wi-Fi HaLow modules. It outlines transmit/receive test methods, measurement setup, calibration, and performance benchmarks.
BCF Essentials – A Guide to Morse Micro IC Configuration (App Note 42)
The “BCF Essentials – A Guide to Morse Micro IC Configuration (App Note 42)” explains how to use Board Configuration Files (BCFs) to tailor Morse Micro’s Wi-Fi HaLow chips to different hardware designs and regulatory domains. It covers BCF structure, versioning, and best practices for module and board implementers.
Measuring Low Power Wi-Fi HaLow (App Note 34)
The “Measuring Low Power Wi-Fi HaLow (App Note 34)” guide presents methodologies and test setups for evaluating power consumption in Wi-Fi HaLow deployments. It includes measurement procedures, metrics, and results to help engineers optimize battery-powered systems.
MM6108 OTP for BCF and MAC Read and Write Guide (App Note 39)
The “MM6108 OTP for BCF and MAC Read and Write Guide (App Note 39)” explains how to read and program the Wi-Fi HaLow MAC address and board ID stored in MM6108’s OTP memory. It includes programming conditions, morsectrl command usage, and constraints.
Wi-Fi EasyConnect using DPP URIs or QR codes on HaLowLink 1 (App Note 38)
The “Wi-Fi EasyConnect using DPP URIs or QR codes on HaLowLink 1 (App Note 38)” describes how to use Device Provisioning Protocol (DPP) URIs or QR codes to securely provision Wi-Fi HaLow credentials on HaLowLink 1 devices via QR/URI scanning.
OTP and BCF Selection (App Note 41)
The “OTP and BCF Selection (App Note 41)” explains how to select and configure One-Time Programmable (OTP) memory and Board Configuration Files (BCFs) for Wi-Fi HaLow modules. It guides designers through proper BCF versioning, OTP settings, and design time options.
Morse Micro Rate Control (App Note 28)
The “Morse Micro Rate Control (App Note 28)” describes how the Wi-Fi HaLow rate control algorithm works—how modulation, coding, and link adaptation are managed automatically. It offers insights into how throughput is optimized under varying channel conditions.
How to Configure Virtual Wire (App Note 37)
The “How to Configure Virtual-Wire (App Note 37)” walks you through setting up virtual-wire links over Wi-Fi HaLow—enabling transparent point-to-point wireless serial links. It covers configuration steps, CLI commands, and practical use cases.
How to do a Sniffer Capture (App Note 36)
The “How to Do a Sniffer Capture (App Note 36)” explains how to capture Wi-Fi HaLow traffic using a sniffer setup. It includes configuration steps, commands, and tips for effective packet capture and debugging.
