Renesas Electronics Announces New PMIC Reference Designs for Xilinx FPGAs and SoCs
Easy to Use Reference Designs with ISL91211AIK and ISL91211BIK PMICs in BGA Packages Speed Time to Market for Industrial and Computing Applications
Easy to Use Reference Designs with ISL91211AIK and ISL91211BIK PMICs in BGA Packages Speed Time to Market for Industrial and Computing Applications
Lattice Semiconductor Corporation, the low power programmable leader, today extended its position as a global…
Optimal processing solutions are often provided by combinations of RISC, CISC, graphics processors and FPGAs, by FPGAs on their own, or by FPGAs that boast hard processor cores as part of their fabric. However, many designers are unfamiliar with the capabilities of FPGAs, how they’ve evolved, and how to use them. This article, Part 1 of a 5-part series, will discuss the fundamentals of FPGAs and introduce example solutions from major providers. Part 2, Part 3, Part 4, and Part 5 will focus on the FPGA device families and design tools offered from Lattice Semiconductor, Microchip, Altera, and Xilinx.
Early access program starts for PolarFire SoC, which delivers simultaneous support of real-time applications and rich operating systems with unparalleled power efficiency
Lattice Nexus Platform Delivers Solution, Architecture and Circuit-Level Innovations to Enable Low Power Edge Applications
First Product on New Lattice Nexus FPGA Platform;
Up to 75% Lower Power Compared to Similar Class Competitive Devices
Latest Version Supports New Lattice CrossLink-NX FPGAs
* Power-efficient new Eco Capture model supports 4K video at 60 frames per second over single-link SDI connectivity
FPGAs are widely used in a variety of products due to their many advantages, including short development time, cost effectiveness, and flexibility to reconfigure or update in the field. Many new FPGAs employ advanced technology to achieve low power consumption and high performance. They use a new fabrication process that tends to require a lower core voltage, which extends the supply voltage range and increases current capability. Many FPGAs also have varying power supply requirements for each power rail. These power rails may have a different voltage output requirement, sequencing requirement, and noise sensitivity. Power module devices are ideal for addressing these power supply requirements.
BittWare, a Molex Company, a leading supplier of enterprise-class FPGA accelerator products for demanding compute,…