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Microchip Technology Launches Programmable Logic-Enabled Microcontrollers
Suhaib
Executive summary
Microchip Technology launched the PIC16F13276 and PIC18-Q35 microcontroller families, which integrate CPLD-like programmable logic with MCU capabilities in a single chip. These devices simplify design by enabling hardware-based logic implementation, reducing power consumption and board complexity for industrial and automotive applications.
What happened
Microchip Technology introduced two new microcontroller families featuring integrated Configurable Logic Block (CLB) technology. The PIC16F13276 family includes 32 logic elements, while the PIC18-Q35 family offers 128 logic elements, allowing engineers to implement programmable logic alongside embedded control on a single chip. These devices combine Complex Programmable Logic Device (CPLD) functionality with traditional microcontroller capabilities, designed for timing-critical applications in motor control, industrial automation, and automotive safety. The new families support automatic CLB loading at power-up independent of the CPU, providing predictable startup behavior. Pricing starts at $0.32 for the PIC16F13276 and $0.62 for the PIC18-Q35 at volume. Microchip also released an enhanced CLB Configuration tool in Visual Studio Code and two Curiosity Nano evaluation kits to support development.
Why it matters
The integrated approach addresses a common engineering challenge by eliminating the need for separate CPLD and MCU components, which can reduce bill of materials costs, board space, and system complexity. By implementing logic functions in dedicated hardware rather than software, these devices help reduce power consumption and provide more predictable system behavior compared to software-only solutions. The drop-in compatibility with existing PIC16 and PIC18 designs allows customers to adopt programmable logic without complete system redesigns, potentially lowering adoption barriers. For Microchip, this product expansion strengthens its position in industrial and automotive markets where timing precision and functional safety are critical requirements.
Bigger picture
The launch reflects ongoing demand for more integrated semiconductor solutions in industrial automation and automotive safety applications, where system designers increasingly prioritize reduced component counts, lower power consumption, and predictable behavior. Microchip's focus on combining previously separate functions into single chips aligns with broader industry trends toward simplification and cost reduction in embedded systems. The emphasis on functional safety features and anti-tamper protection addresses growing security and reliability requirements in automotive and industrial sectors, which are subject to stringent regulatory standards.
What to watch
Monitor adoption rates among industrial and automotive design engineers, particularly in applications requiring functional safety certification. Track whether the integrated approach gains traction as a replacement for discrete CPLD-plus-MCU designs, which could impact Microchip's competitive positioning in the microcontroller market. Observe customer feedback on the new development tools and whether the simplified design process accelerates time-to-market for target applications. Future announcements regarding additional CLB-enabled product families or expanded logic element configurations may signal Microchip's commitment to this technology approach.
This article was generated by Quantli AI using publicly available news sources.
