Firmware Upgrade for Intelligent Soundbar System
Case Study – eInfochips took complete ownership of BSP and firmware migration to the latest Android version for all product variants…
Secureboot and Device Identity enablement for Videobar
Case Study – : Secureboot, which uses a one-time programmable fuse, assures that the device boots up with images signed with a specified key (available with client only)…
Development of Optical Hand-held Device
Case Study – eInfochips took complete ownership of the design, development, and certification of the product. eInfochips proposed a design based on Qualcomm QCS605…
How Cadence Coverage commands solve manual efforts in coverage closure exercise?
Coverage is traditionally used as a confidence-building metric and the quality of verification is measured based on it. Coverage works as a safety net to ensure that the design is verified thoroughly and keeps track of the progress of the verification process. While verifying a complex SoC (System on Chip) or IP (Intellectual Property), we invest most of our time in other verification phases like planning, development, and debugging. We generally struggle to close on coverage numbers. The purpose of this article is to highlight some hidden but useful coverage commands supported by the Cadence IMC tool that can help to ease and speed up the coverage closure.
Hardware Design Services: From Prototype to Production – Brochure
Brochure – Over 25 years of experience in enabling 500+ embedded products across mission-critical and consumer-grade applications…
Emergency Communication Edge Gateway for Smart Home
Case Study – eInfochips helped the client with wall mount edge communication gateway development – hardware, firmware development, audio activation, and Azure cloud enablement…
Re-engineering of Respiration belt and Temperature probe
Case Study – : eInfochips proposed a new hardware design based on the Atmel SAM4X microcontroller architecture, utilizing its extensive product re-engineering…
AMS verification – Co-simulation vs. Digital-centric simulation
Introduction Analog-centric and digital-centric simulations are two different types of mixed-signal simulations. The real challenges appear when the simulation is analog-centric due to the large analog circuit. On the other hand, the digital-centric mixed-signal simulation is faster since the digital-centric mixed-signal simulation requires a digital kernel. Therefore, the mixed-signal simulation is categorized into two different […]
Wireless Charging Technology of the Future and Its Applications
The days of charging your electrical gadgets through cables and cords have passed. It’s been more than a century since wireless charging technology became popular. The magnetic resonant coupling, invented by Tesla, permits the energy to be sent over the air via two circuits ̶ a transmitter and a receiver. This technique was not used in the real world for about a hundred years. However, there are numerous wireless charging methods available today that reduce the need for cords on everything from mobile phones to wearable smart gadgets, laptops, household appliances, and automobiles.
Micro–Controller based Multi Directional Light Sensor Board
Case Study – eInfochips re-design the MDLS board with the appropriate sensor through which the client achieved higher accuracy (>30%) with very few BOM changes…
