Engineering Excellence: Unleashing Innovation in Hardware and Firmware
With over 150 years of combined leadership and technical team experience in hardware and firmware development, RDS stands as a beacon of excellence in engineering design services. Our commitment to providing exceptional solutions tailored to meet the unique needs of our clients is unwavering. Through collaboration, expertise, and cutting-edge technologies, we deliver innovative, practical, and cost-effective solutions across various industries.
Engineering Design Excellence: Innovating Beyond Boundaries
At RDS, our engineering design approach is defined by relentless pursuit of excellence through multidisciplinary collaboration. From concept to optimization, we leverage advanced technologies to drive efficiency and enhance performance, ensuring our solutions remain innovative and ahead of industry trends. By staying abreast of hardware and firmware developments, we empower clients to stay ahead in their industries.
Versatile Hardware Design Proficiency
At RDS, our team possesses a versatile array of hardware design skills to address complex engineering needs. With expertise in OrCAD, Allegro, Mentor Graphics PADS, and more, we excel in system design, PCB layout, and SPICE simulation. Our proficiency extends to antenna tuning networks, signal integrity analysis, and embedded Linux SBC design, ensuring robust solutions tailored to specific requirements. Leveraging industry-standard tools like Hyperlynx SI and advanced instrumentation, we deliver reliable and innovative hardware solutions across diverse industries.
Proficient Firmware, Software, and Linux Automation Capabilities
Embedded C/C++ Expertise
Our team boasts extensive experience in developing firmware for a variety of microcontroller units (MCUs), system-on-chips (SoCs), and microprocessor units (MPUs) using languages like C and C++. We are adept at utilizing tools such as GNU GCC Compiler for ARM, Keil MDK, and ST Visual Develop to ensure efficient code development and optimization.
RTOS and Bare-Metal Development
From Real-Time Operating Systems (RTOS) like FreeRTOS to custom RTOS solutions, we have the skills to develop firmware tailored to specific application requirements. Our expertise extends to bare-metal programming, ensuring optimal performance and resource utilization in embedded systems.
Service Offerings
Cloud-Based Software Development
With proficiency in Google Cloud Platform and Infrastructure-as-a-Service (IaaS) cloud automation, we specialize in software and application development for both packaged and cloud-based environments. Our team leverages cloud technologies to deliver scalable and resilient solutions that meet the evolving needs of modern businesses.
Open Source Software Customization
We have a strong track record of customizing open-source software to suit specific automation needs, ensuring compatibility with existing applications and systems. Whether it’s software automation or custom application development, our expertise in open-source technologies enables us to deliver tailored solutions efficiently.
Device Driver Development and Debugging
Our team possesses in-depth knowledge of Objective C, C++, and Python for device driver development and porting C/C++ libraries to embedded systems. We excel in debugging runtime memory issues using advanced debugging tools like J-Link, ensuring the reliability and stability of firmware and software solutions.
Industries We Serve
Transforming Mining Operations: Rail in Motion Weigh Bridge Solutions
RAIL IN MOTION WEIGH BRIDGE
Our Rail in Motion Weigh Bridge project revolutionizes dynamic weight measurement for train freight wagons in mining operations. Utilizing a distributed control system, this solution comprises two modules: the Controller Board and a High-Speed, High-Resolution Analog to Digital Converter Board. These components work seamlessly together to compute individual wagon weights as they move along the track. Our team’s roles and responsibilities encompass a comprehensive redesign of schematics and PCBs using ORCAD CIS and Allegro PCB Designer. From selecting Analog to Digital Converters to designing DC to DC converters with high surge protection, we ensure the utmost precision and reliability. We also undertake firmware development for MCU clusters and custom RTOS code, guaranteeing seamless operation in challenging mining environments. Critical interfaces such as USB and high-speed ADC signals are meticulously handled, and rigorous on-site testing and calibration ensure optimal performance at mining sites in Chhattisgarh and Odisha.
Advancing Efficiency: Road in Motion Weigh Bridge Solutions
RAIL IN MOTION WEIGH BRIDGE
In line with our commitment to innovation, our Road in Motion Weigh Bridge solution brings dynamic weighing capabilities to on-road vehicles transporting commodities in mining operations. Mirroring the principles of our Rail in Motion Weigh Bridge, this project employs a distributed control system comprising Controller and Analog to Digital Converter Boards. Using ORCAD CIS and Allegro PCB Designer, our team designs and develops schematics and PCBs tailored to the specific requirements of road-based weighing. Component engineering ensures the selection of optimal Analog to Digital Converters and filter networks for high-speed ADC design. Our expertise extends to firmware development for ARM Cortex-M series controllers, encompassing both bare-metal and RTOS environments. Critical interfaces, including USB and high-resolution differential analog signals, undergo meticulous analysis and validation using tools like Mentor Graphics Hyperlynx. Through thorough field testing and calibration in mining sites across Chhattisgarh and Odisha, we ensure the reliability and accuracy of our Road in Motion Weigh Bridge systems, enhancing efficiency and productivity in mining operations.
Pioneering Wearable Technology: Muse Smart Watch
In our pursuit of innovation, we introduce the Muse Smart Watch series, seamlessly blending analog sophistication with digital intelligence to redefine the wearable technology landscape. With a focus on preserving traditional craftsmanship while integrating cutting-edge functionalities, Muse Smart Watches cater to the evolving needs of the technology and wearable technology industries. Our team’s expertise in circuit design, PCB development, firmware development, and project management ensures the seamless integration of advanced features, positioning Muse Smart Watches at the forefront of innovation in the tech and wearable technology sectors.
Revolutionizing Home Living: Centralized Home Automation System
In our endeavor to enhance modern living, we introduce a groundbreaking Centralized Home Automation system. This innovative solution utilizes BLE communication-based distributed control modules and a Single Board Computer (Raspberry Pi) as a master gateway unit to seamlessly control devices and gather data from sensors installed throughout the house. Our team plays a pivotal role in this project, undertaking various responsibilities to ensure its success. We develop circuit schematics for a diverse range of home automation products, employing ORCAD CIS for precision and efficiency. Utilizing KiCAD, we design PCBs tailored to the specific requirements of each product, with a focus on miniaturization and optimization. Through component engineering, we further refine the designs, making them more compact and efficient. Rigorous testing and verification, utilizing industry-standard tools such as DSO and SWR Meter, guarantee the reliability and performance of the assembled boards. Additionally, our expertise extends to designing and verifying PCB trace antenna designs using ANSYS HFSS, ensuring seamless connectivity standards such as Wi-Fi and BLE. With the development of device drivers and application firmware for NRF5x SoCs, we validate the hardware design, ensuring compatibility and functionality. Our utilization of software tools like Hyperlynx SI, ORCAD SI, KiCAD, and ANSYS HFSS further enhances the precision and reliability of our solutions. Critical interfaces such as USB, BALUN Networks, and Single Ended Antenna Tuning networks are meticulously handled, guaranteeing optimal performance and connectivity. Through our commitment to innovation and excellence, our Centralized Home Automation system revolutionizes home living, providing unparalleled convenience, efficiency, and comfort to homeowners.
