Category Archives: IP Cores

Faraday Delivers SAFE™ IP Portfolio for Samsung Foundry 14LPP Process

Faraday Technology Corporation (TWSE: 3035), a leading ASIC design service and IP provider, today announced that its 14LPP application-specific IPs have been listed on SAFE™ (Samsung Advanced Foundry Ecosystem) IP system. These FinFET IPs, including LPDDR4/4X PHY, MIPI D-PHY, V-by-One, FPD-link, LVDS I/O, ONFI I/O, and memory compilers, are silicon

IP Talk: Marcus Movér, CEO, ShortLink

This interview was held with Marcus Movér, CEO, ShortLink AB.

 
Tell me about your company’s IP portfolio?
 
Our IP portfolio is based on our long experience in low-power mixed-signal wireless ASICs. The crown jewel is our range of  Sub-GHz RF Transceivers. We also offer high performance clock

Processor (CPU) IP Cores Overview

In the semiconductor industry, an IP core is a building block that has been developed by a company and is sellable.  In todays SoC designs, many IP blocks are used. The most common one is a processor (CPU) IP core. In this article we will describe the processor IP cores

CAST introduces the First CANsec IP Core for CAN XL Bus Security

Woodcliff Lake, New Jersey — September 13, 2022 — Semiconductor intellectual property provider CAST today announced the immediate availability of an IP core that implements CANsec security features to better protect any CAN XL bus.
 
The CAN protocol defines a data transmission bus that is extremely popular in automotive

Cortus Announces the Launch of its New Secure Low Power RISC-V Microcontrollers

Cortus, an innovative French fabless semiconductor company today announces the availability of its secure low power RISC-V microcontrollers (MCUs) that address consumer products and automotive electronics for body control and driving control. These MCUs offer better cost and power efficiency than competitive MCU alternatives. Additional MCUs will come in the

RISC-V IP Cores Overview

RISC-V architecture enjoyed a rapid growth in the last few years, so it’s a good time to explore its architecture, usage, and advantages. There are essentially two CPU choices for SoC designs: ARM or RISC-V. Each of these two CPU types are tied to differing philosophies about open-source models, but