TM4C1231H6PZI ARM Cortex-M4F 32-bit Microcontroller, 64-LQFP

TM4C1231H6PZI Overview

The entry for TM4C1231H6PZI is identified by part number only in the current input. No electrical or functional datasheet content was supplied to extract concrete specifications, pinouts, memory sizes, clock speeds, or package dimensions. To create a precise product description, I need the datasheet table or a component summary sheet with measurable values. This will let me compare voltages, frequencies, memory sizes, and package options in a factual way and produce optimized copy for engineers and sourcing teams. For vendor context visit IC Manufacturer.

TM4C1231H6PZI Technical Specifications

TM4C1231H6PZI Key Features

• Part identification: Clear, single part number simplifies sourcing and inventory tracking.
• Traceability: The code format aids cross-referencing with manufacturer ordering systems.
• Integration readiness: When datasheet details are available the device can be evaluated for MCU subsystem integration.
• Purchase planning: Having the exact part number reduces ambiguity for procurement and lifecycle planning.

Typical Applications

• Embedded control boards that require a verified microcontroller part number to match BOM and ensure correct firmware targeting for production builds.
• Prototype evaluation setups where engineers confirm pinout compatibility and peripheral counts against custom PCB designs before committing to the final component.
• Automated test fixtures where clear part identification reduces assembly errors and speeds up test-program configuration for programming and validation.
• Supply-chain sourcing where purchasing agents compare lead times and pricing across distributors using the exact part number to avoid substitute mismatches.

TM4C1231H6PZI Advantages vs Typical Alternatives

With the confirmed part number available, teams gain faster cross-referencing and fewer sourcing errors compared with ambiguous or partial identifiers. Exact part IDs lower the risk of incorrect substitutions during procurement. Strong traceability enables easier lifecycle management and faster replacement planning. Once the complete datasheet is provided, comparisons of clock, memory, package, and I/O counts can be made side-by-side to highlight performance-per-dollar, power efficiency, and integration density versus competing parts.

TM4C1231H6PZI Brand Info

Brand attribution for this part number is not present in the supplied content. To generate an accurate brand introduction and tone-of-voice aligned to the manufacturer, I need the official vendor name or a link to the product page. With that, I will craft a concise brand paragraph tailored to sourcing specialists and design engineers.

FAQ

What core does this part use?

The supplied input does not include core architecture details. To answer precisely I need the datasheet excerpt that lists CPU core type, instruction set, and any floating-point unit information.

How much flash memory is included?

Flash memory capacity is not available in the provided material. Please attach the memory specification or the datasheet section that states total nonvolatile program storage in kilobytes or megabytes.

What package and pin count does it have?

Package type and pin count are not present in the current input. Provide the mechanical data or package marking sheet so I can list package dimensions, pin count, and recommended PCB footprint.

What is the operating voltage range?

The operating voltage range was not included in the supplied material. Share the electrical characteristics table from the datasheet to confirm minimum, nominal, and maximum supply voltages.

Can you compare it to similar MCU parts?

I can create a precise comparative analysis once the datasheet details are available. With numeric specs for clock, memory, power, and peripherals I will produce side-by-side comparisons and recommendations for application fit.