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Morse Micro Tech Stack
Wi-Fi HaLow chipsets for long-range, battery-efficient IoT devices
Morse Micro designs Wi-Fi HaLow (802.11ah) semiconductor solutions for IoT applications requiring extended range and minimal power consumption. The stack—SystemVerilog, Cadence, Synopsys, RISC-V, ARM Cortex, FreeRTOS—reflects a classical fabless chip design operation, with active adoption of RISC-V and Wi-Fi signaling a push toward IP differentiation. Hiring is heavily weighted toward senior and principal engineering roles, concentrated in Australia, suggesting a phase of design completion and production readiness rather than exploration.
Tech Stack 57 technologies
Core StackMATLAB Python Jenkins Vector Network Analyzer SystemVerilog Cadence Synopsys Octave JMP LitePoint JTAG Verilog Tcl Bash Makefiles cocotb Verilator RISC-V FreeRTOS RT-Thread ARM Cortex Wireshark I2C Verilog-A Android Android SDK LiveData Room ExoPlayer MediaCodec+25 more
AdoptingWi-Fi RISC-V
What Morse Micro Is Building
◆Challenges
- Bringing up phy on silicon
- Evaluating pre-production silicon performance
- Taking design to high-volume mass production
- Yield optimisation
- Time-to-market
- High-volume production testing
- Improving validation productivity
- Improving validation throughput
- Failure analysis on customer returns
- Establishing investor relations function
▲Active Projects
- Build the first 802.11ah chipset
- Next generation wi-fi chips for iot
- Load board qualification
- End-to-end dft for wireless socs
- Support regulatory testing
- Ieee 802.11ah phy development
- Bring-up of phy on silicon
- Silicon bring-up and product delivery
- Improve test fixture design
- Ate test development program
Hiring Activity
15 roles · 15 in 30d
Department
Seniority
Company intelligence
