ArchiveSCuM-V23Overview

This document describes the Single-Chip Micro Mote V (SCuM-V), a 16nm system-on-chip (SoC) for internet-of-things (IoT) applications, developed as part of the 2022 offering of EE194/EE290C Special Topics in Circuit Design class.

Resource Index

ResourceDescriptionLink
SCuM-V23 End of Semester ReviewFinal design review from Sp23Google Slides
SCuM-V23 Mid-Semester ReviewMid-semester design review from Sp23Google Slides
Analog RF SimulationsLocations and information on running RF analog simulationsGoogle Doc
SCuM-V22 Bringup StatusArchive of SCuM-V22 bringup measurementsGoogle Slides

System Overview

The SCuM-V23 chip offers several GPIO pins, a single UART bus, QSPI Flash, and an on-chip, crystal-free RTC with capture and compare registers. This iteration of the chip did not support I2C or an AES accelerator.

SCuM-V23 has several new features introduced over its predecessor SCuM-V22:

  • 32-bit Rocket core with cryptography acceleration
  • Switched capacitor DC-DC converter cascaded with LDOs
  • 90 GHz FMCW radar transmitter
  • 18-bit µV-precision ADC

Architecture Sections

Select from the navigation menu to explore detailed specifications for each subsystem.

Core Systems

Analog Systems

Security

Electrical Characteristics

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This section requires completion with detailed electrical specifications and performance parameters.

Usage Scenarios

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This section requires completion describing various application scenarios and operating modes.

Revision History

  • v1.0 - Initial release
  • v0.9 - Preliminary draft

Appendix

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This section requires completion with additional details, references, or supplementary material.