Search Results for : SoC

Variscite, a leading System on Module manufacturer, and Basler, an expert in embedded vision, are stepping up their collaboration for solutions based on the NXP i.MX 8 application processor series. Basler and Variscite continue to expand their cooperation, which started in 2018. Both...

EIM technology has come up with STEP-MXO2 FPGA development board, a compact, breadboard-friendly, and easy-to-learn hardware design platform built around the Lattice MachXO2 FPGA.  It is targeted mainly for educational purposes. Hence, it offers several features that allow users to...

Epishine's organic solar cells for indoor use meet the need for a wireless renewable energy source for the rapidly growing IoT-market.  Epishine has developed a pioneering, patented process for printing organic solar cells with industry-leading low-light efficiency. They have just...

Stackpole Electronics' chip resistors feature wide terminations for efficient current handling Stackpole’s CSSK is a metal-alloy chip resistor designed to minimize the effects of lead resistance in current-sensing applications. The CSSK features terminations on the long dimension of...

Crowd Supply ITACA Innovation uChip Microcontroller Board is an Arduino Zero-compatible, narrow DIP-sized USB board. Based on the Microchip Technology SAM D21 Arm® Cortex®-M0+ Microcontroller, the uChip integrates 500mA boost and 1A buck converters and 14 I/O pins, two of which can...

Already, there have been a bunch of tiny RP2040-based development boards in the market. However, due to its small size and high performance, the Raspberry Pi in-house tape out of $1.00 RP2040 MCU has increased the demand in order to manufacture compact boards. As the name suggests, the...

The STM32 IoT Discovery Kit, commonly known as B-L462E-CELL1, is a ready-to-use development platform for cellular IoT devices created by STMicroelectronics. According to ST, the Discovery kit integrates a discovery mainboard powered by an LBAD0ZZ1SE module, a global coverage antenna,...

Murata has developed a silicon process technology capable of fabricating silicon capacitors with a density of 1.3 µF/mm². Intended for the mobile and high-performance computing (HPC) markets these devices have an extremely low ESL (few pH) and low ESR (few mΩ) which support the high...