TI MSPM0 Launches MSPM0C1104 Ultra-Small Microcontroller IC

The Ultra-Micro Package Era — TI MSPM0: MSPM0C1104

Texas Instruments will continue to expand its MSPM0 family in 2025, launching ultra-tiny MCUs such as the MSPM0C1104, featuring on-chip Flash/ROM for ultra-low-power, ultra-small sensing and control terminals. The MSPM0C1104, with its high level of integration, can effectively help customers reduce external SPI Flash procurement and BOM costs.

Microcontroller Chips: Market Trends and Price Forecast

The overall semiconductor capacity reallocation in 2025 and TI's massive investment in the US (with long-term supply-side impacts) will lead to a structural increase in prices for some industrial/automotive-grade components. However, within the MSPM0 series of microcontroller chips, the MSPM0C1104, as a representative of the ultra-low-end MCU, can still fetch good prices in the short term through large-scale procurement. TI's manufacturing expansion will benefit the long-term supply stability of the entire MSPM0 series of microcontroller chips, including the MSPM0C1104, and may mitigate price fluctuations in the future.

Microcontroller Chip: Performance and Technical Selling Points

The MSPM0 series microcontroller chips offer on-chip Flash/storage, demonstrating advantages such as data retention during low-power sleep, fast boot times, and on-chip programming support (with UniFlash/SDK). The MSPM0C1104 further optimizes power consumption, significantly reducing reliance on external memory chips (such as SPI NOR). For end customers (wearables and low-power sensors), microcontroller chips with integrated memory like the MSPM0C1104 significantly reduce BOM and reliability risks, offering a compelling and immediate selling point.

Microcontroller Chips: Comparison with Similar External Memory Chips

External SPI NOR (Winbond, etc.) still offers advantages in capacity and flexibility. However, for applications with extremely limited size or cost, MSPM0 series microcontroller chip combinations with on-chip memory can often save PCB area and packaging costs. The MSPM0C1104, in particular, boasts an ultra-small package that reduces soldering and testing complexity, making it particularly suitable for high-volume orders.

Microcontroller Chip: Typical Application Case

Smart Wearable Heart Rate Sensor Module: Uses the built-in storage of the MSPM0C1104 microcontroller chip to store calibration tables and compact firmware, balancing low power consumption and small size requirements.

Low-Power Environmental Sensor Node: Stores device ID, calibration values, and security keys in the on-chip storage area of the MSPM0C1104 microcontroller chip, improving data security and device stability.

Medical portable devices: Using the MSPM0C1104 microcontroller chip reduces external memory, effectively reducing EMC issues and product certification complexity, and accelerating customer product time to market.

Microcontroller Chips: Kingrole Trader Service Advantages

As an electronic component trader, Kingrole offers bulk procurement, temperature screening, and genuine product guarantee for the full range of MSPM0 microcontroller chips, particularly for the MSPM0C1104. These popular models offer more flexible supply options and come bundled with firmware burning, taping, and custom labeling services, helping customers obtain genuine microcontroller chip solutions, including the MSPM0C1104, at the best price.