We do the Software, We do the Hardware. You focus on Your Customer! We are not only the engineering design house, we are your partner. We will help you at every stage of the design, to ensure that your idea comes to life.
A typical engineering project will consist of the several stages.
We can help you with each one of these stages:
Initial Design Study
We'll start by learning about your concept, capabilities, and the end customer to understand the full picture.
Once we have your requirements, our hardware engineers will convert the concept into a schematic with the necessary components needed to build your product.
Circuit Board Layout
The schematics will be converted to a digital design of the needed circuit board.
A few samples are made for initial testing of the hardware and to get the software engineers started. Learn more about our manufacturing services.
Most modern IoT and embedded designs contain software. This is where our software engineers can also help in designing the necessary software, please see details below.
We also help launch your product. Our expertise in volume manufacturing, testing, and packaging will help you maximize profit while allowing you to focus on your customers and your business. Learn more here.
We can support you from beginning to end of your product lifecycle.
Our experienced developers are the force behind our software engineering power. We are committed to helping bring ideas to life that encompass embedded and Internet of Things applications.
With over 15 year's experience, GHI electronics' engineering expertise enables us to offer a complete set of software development services from bootloader and device drivers up through the application and user experience levels.
With hundreds of standard off-the-shelf designs and numerous custom designs, we continue to fulfill our motto, Where Software Meets Hardware. Many of our designs have even been tested to exceed CE and the FCC requirements.
ARM7, ARM9, ARM11, ARM Cortex-M0, ARM Cortex-M3, ARM Cortex-M4, ARM Cortex-M7
PCB Schematic Design
PCB Layout Design, Low EMI Design, Power Management
USB, Ethernet, CAN, Bluetooth, WIFI, GPS, GPSID, UART, SPI, I2C, camera, LCD, Flash, SD/MMC, SDIO, GPIO
Design for Manufacturability
Design for high volume, Low cost design, Production test: electrical, functional
Mixed speed and signal technology, High-speed digital and analog, Low EMI/RFI design, Fine pitch PCB technology, High-density, multi-layer
Altium, Eagle, Over 10,000-part CAD library