Recent Electronic & Embedded Design Projects

AR glasses developed by Voler

Voler designed the electronics in the Rokid glasses which include an integrated wearable computer.  The glasses include facial recognition, voice recognition, and hand gesture recognition.  Their open platform runs Android and therefore can be easily tailored to many enterprise applications. Our first prototype made it possible for Rokid to test several key technologies, such as time [...]

January 23rd, 2018|Categories: Recent Electronic & Embedded Design Projects, Wearable Devices|

User Interface for Chemical Analysis

Voler Systems developed an instrument that measures turbidity (cloudiness) of water for industrial water processing.  It uses the refractive index of the fluid to measure the volume of minute particles in the water.  The user interface provided control for operational, diagnostic, and calibration functions. We provided a clear and intuitive user interface for the instrument [...]

5x Battery Life for Electric IMP based Product

Recently, we worked with a startup to improve the battery life for their connected product. It was based on the Murata's impModule™ module with an ARM processor and WiFi transceiver. They needed a battery life of many weeks, and it was less than one week. First, we looked at various parts of the circuit and [...]

January 28th, 2017|Categories: Batteries, IoT, Recent Electronic & Embedded Design Projects, Ultra Low Power, V2017|

Partnership Provides Home Health Solutions

Voler Systems and V2Solutions recently partnered to develop the hardware, embedded software, mobile app and website for a home health product. It required a small battery-powered device to transmit data to a mobile phone and website. The biggest challenge in this project was the battery life: how to maximize the length of time between charges [...]

Motion Control for Medical Devices

Today, motion control has moved well beyond its traditional uses in manufacturing. Medical devices, automotive, robotics and personal tools like smartphones and tablets have all benefited from motion control subsystems with lower cost, lower power, and smaller footprints and packaging due to better miniaturization. The key to harnessing the complexity of the electronics and embedded [...]

Electronics and Embedded Software for Medical Devices

We provide full-service R&D consulting from concept and design to production of devices for human use and instruments. Our multidisciplinary team knows the regulatory process and procedures and delivers high-quality products on time and on budget. Voler Systems can design to the strict requirements for federal and European design that include: IEC60601 – medical device requirements IEC62304 [...]

Liquid Biopsy Platform – A Challenging Design

We have completed a challenging project that started with a referral from a partner. The liquid biopsy platform project was the design of a complex medical instrument and it required a combination of skills that we are known for: analog circuitry, FPGA, microprocessors, and firmware. The instrument is used for non-invasive liquid biopsies and requires the [...]

IoT based on ARM processor and TI CC3200 Wifi Module

We recently delivered two different IoT projects that were both based on the TI CC3200 Wifi Module with an ARM Cortex-M4 processor. We selected the ARM Cortex-M4 because it's low-power 16-bit processor was ideal for our real-time application.  The TI module nicely integrates the ARM processor, wifi block, timers, the Analog-to-Digital Converter (ADC) channels, and [...]

Non-invasive hemodynamic monitoring system

"We used Voler to help us design and develop a next generation non-invasive hemodynamic monitoring system. They had all of the expertise and resources to deliver everything we needed. They even spend countless hours working with us in the design FMEA." Review from Vendor Op

Flexible Electronics

Flexible electronics are lightweight, rugged, bendable, rollable, portable, and even foldable. As devices get smaller, the need for flexible electronic products is growing, and they are finding their way into more applications. Here are some interesting devices we have worked on. Wearable Devices Many of our wearable device designs have used flexible boards, including a [...]