TI Microcontroller PCB Design, Layout & Prototyping Company

Adequate Infosoft provides end-to-end PCB design, layout, and prototyping services for Texas Instruments (TI) microcontrollers, helping companies build stable, low-power, and production-ready electronic products.

So if you are looking for TI microcontroller hardware development services than Adequate Infosoft is the right choice for end to end development services from scratch to production ready devices.

To make reliable embedded hardware using Texas Instrument (TI) microcontrollers requires more than just putting components on a PCB, it also includes a more in-depth understanding of power management, signal integrity, RF considerations, and real-world limitations that affect hardware production.

TI Microcontroller PCB Design, Layout & Prototyping Services

We also offer dedicated and part-time TI microcontroller PCB design and layout developers for companies that already have their own technical team but need additional embedded engineering expertise.

You can hire experienced TI embedded engineers from Adequate Infosoft on a full-time, part-time, or contract basis for firmware development, PCB design, debugging, prototyping, and hardware review/optimization support.

Texas Instruments (TI) Microcontrollers: An Overview

TI microcontrollers are one of the most widely used microcontroller families used in industry because of their excellent performance, low power consumption, and availability for long-term use. TI has a wide variety of microcontrollers that are well suited for many different applications, and all of TI's products provide these benefits:

Ultra-low power consumption for battery-powered products. Excellent analog integration (ADC, DAC and comparator). Industrial-grade reliability with long-term product support. A very wide range of support including development tools and reference designs.

The Process of Designing a Printed Circuit Board and Hardware Development

At each stage of this process, we employ a methodical and production-directed approach that allows us to deliver a design that is durable, large-volume and capable of being produced.

01

Requirement Analysis and System Architecture

In order to figure out what your product design needs to achieve (an IoT device, controller for industrial application, wearable device, medical system, etc.), we analyze your requirements, select an appropriate Texas Instruments(TI) microcontroller, and construct an architecture that reflects your needs, including all interfaces, and supply voltage.

02

Schematic Design

Once our engineers have created a schematic that optimizes the use of components, maximizes the life of the component, and meets the TI reference designs with regard to reliability, they will focus on:

  • Power supply design (LDOs, or Linear-to-Digital Converter)
  • Signal Conditioning Circuits
  • Sensor and Communication Interface.
03

PCB Layout & Design

PCB layout is critical for performance. We design multi-layer PCBs with attention to:

  • Signal integrity and controlled impedance routing
  • EMI/EMC compliance
  • Grounding and power plane optimization
  • Thermal management
04

Prototyping & Assembly

We support rapid prototyping with quick turnaround. This includes:

  • PCB fabrication (single to multi-layer)
  • Component sourcing
  • SMT and through-hole assembly
05

Testing & Validation

Prototypes undergo functional testing, resolving issues, and validating that they meet the requirements to be considered real-world results. Pre-compliance testing is also part of our service.

06

Production Support

To support the transition from a prototype to mass production, we assist in developing and delivering prototypes to manufacturers with DFM, DFT, and vendor coordination.

Popular TI Microcontroller Platforms We Work With

We have extensive hands-on experience working with multiple different types of TI microcontroller families and development boards, including:

MSP430 Series (Ultra Low Power)

  • With the MSP430 LaunchPad Development Kit and MSP-EXP430G2ET
  • Used in battery powered IoT devices, smart meters, and wearables.

Tiva C Series (ARM Cortex-M4)

  • With the EK-TM4C123GXL LaunchPad and EK-TM4C1294XL Connected LaunchPad
  • Used for Industrial Automation, IoT Gateways, and Real Time Applications.

SimpleLink Series (Wireless MCUs)

  • CC3200 LaunchPad (Wi-Fi)
  • CC3220SF LaunchPad
  • CC2640R2F (Bluetooth Low Energy)
  • CC2652R (Zigbee/Thread)

Widely used in IoT products requiring wireless connectivity.

Sitara Processors (High Performance)

  • AM335x (used in BeagleBone platforms)
  • AM437x series

Suitable for advanced embedded Linux systems and industrial automation.

C2000 Series (Real-Time Control MCUs)

  • TMS320F28027 LaunchPad
  • TMS320F28379D

Used in motor control, power electronics, EV systems, and industrial automation.

Industries We Serve

We provide PCB design and Hardware Development services to connect various industries with TI technology-based products

IoT and Smart Devices

Connected Sensors, Smart Home Devices

Industrial Automation

PLCs, Motor Control Systems

Healthcare & Wearable’s

Monitoring Devices, Portable Medical Systems

Energy and Utilities

Smart Meters, Solar and Battery Systems

Automotive and EV

Battery Management Systems, Control Units

From Idea to Production-Ready Hardware

Whether you are designing and manufacturing a brand new IoT device or upgrading an existing solution, we provide assistance in achieving your goals throughout the entire process from concept through production.

We possess many years of experience designing and laying out TI microcontroller PCBs, and as well as using prototypes to ensure your final product meets all requirements: performance, price, build reliability, etc.

If you are searching for a reliable partner in the development of TI-based embedded hardware, Adequate Infosoft delivers complete, scalable, and future-ready solutions.

Hire Embedded Engineers for TI Microcontroller PCB Design & Layout

Need TI microcontroller PCB design, schematic development, multilayer PCB layout, firmware integration, and hardware prototyping?

Hire experienced embedded engineers from Adequate Infosoft, We offer full-time, part-time and contract based TI embedded developers having hands-on experience on MSP430, C2000, SimpleLink and industrial embedded systems for reliable and production ready product development.

FAQs – TI Microcontroller Hardware Development Services

We support a variety of Texas Instruments MCUs including: MSP430 (very low power), Tiva C Series (ARM Cortex-M), SimpleLink wireless MCUs (WiFi, BLE, Zigbee), C2000 real-time control MCUs, and Sitara processors (for large complex embedded systems).

Yes, we offer the complete end-to-end hardware development process including: Requirements Analysis, Schematic Design, PCB Layout, Prototype, Test, and Mass production support.

Yes, we will design multi-layer PCBs (2 - 12 + layers) that will support multi-gigabit design (high speed signals, RF layout, controlled impedance routing, EMI/EMC compliance).

Yes. We provide both hardware and firmware for all hardware projects. Our developers will ensure an optimal integration between the PCB design and the firmware.

We work in industries such as IoT, industrial automation, medical, energy management, automotive, and consumer electronics.

Indeed, we do create layouts for wireless applications employing SimpleLink from TI, which include Wi-Fi, BLE, Zigbee and Thread.

This will depend on how complex the project is, however typical timelines from the timeframe the PCB is started until prototyping (including assembly) will be in the range of 1-3 weeks for design/prototyping (including assembly).

Absolutely! We offer fabrication services for the new PCBs (including sourcing new components) and also offer complete assembly services so the manufactured hardware is fully production ready.

Absolutely! Low power is one of our specialties and we utilize low power design strategies exclusively with TI MCU's (MSP430, SimpleLink Series) for battery-operated devices.

We offer pre-compliance, debugging and functional testing services to assist in preparing your device for certification and pre-compliance testing for EMI / EMC.

Yes, we will analyze the current design and suggest improvements in performance, cost reduction, or adding new functionality.

Yes, we design both mobile applications and web dashboards, as well as build cloud infrastructure for the complete development of IoT ecosystems, in addition to PCB designs.

Certified IoT PCB Design, Layout & Prototyping Experts

What Our Clients Say About Us

Client satisfaction is our ultimate goal. Here are some kind words of our precious clients they have used to express their satisfaction with our service.

Leadership That Leads Worldwide

With a physical presence in over 15 countries and a global footprint spanning 25+ countries, we are ready to serve you anywhere. Location, language, or culture is never a barrier, because our global team can work with you in your language. Our strong international team ensures seamless collaboration across borders We have a strong tech team, highly recognized in their domains, with extensive technical expertise.

Why Choose Us ?

We endow businesses with flexible engagement models based on their unique needs. Our strength lies in state-of-the-art technology and affordable consulting services. Try us for fast POCs, full-fledged applications, or technology consulting. Always available for your service.