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The Power of Developing Hardware and Software in Parallel

"Exploring trends in the highly competitive mobile device market and the highly regulated automotive industry, this paper will discuss the challenges device development teams face today and how ...

Faster Time to First Prototype - A Rapid Bring-Up Methodology for the ...

ASIC and SoC development projects demand prototypes as early as possible for system validation and hardware/software integration. A combination of a Design-for-Prototyping (DFP) methodology and ...

Link Adaptation in LTE/LTE-Advanced

This article discusses link adaptation and channel-state information reporting in LTE/LTE-Advanced systems and uses an implementation of LTE Downlink using Synopsys SPW to demonstrate the features ...

Solving the ASIC Prototype Partition Problem with Synopsys ProtoCompiler

When developing a multi-FPGA prototype of an ASIC or SOC, you have many decisions to make: how to distribute clocks; where to put the daughter boards with real-world interfaces; which modules ...

HAPS QSFP+ Interface Daughter Board

Part of the Synopsys HAPS FPGA-Based Prototyping Solution

Universal Multi-Resource Bus: The Gateway to Your Prototype

In physical prototyping, two critical components are required in order to significantly boost the utility of a prototyping platform: a high performance, low latency communication channel, and ...

Virtual Hardware "In-the-Loop": Earlier Testing for Automotive Applications ...

This whitepaper is the first one in a series of publications that will describe the concept of virtual hardware "in-the-loop" (vHIL). The goal of vHIL is to frontload the testing process by ...

Virtual Prototypes for Early Software Development: Requirements, Solutions ...

"In previous white papers, we've looked at the demands of the rapidly changing market and how the use of virtual prototypes has evolved to help meet them. In this white paper, we look specifically ...

Virtual Prototyping for Energy Efficient Mobile Platform Design

"This white paper introduces the complexity of power management at the software level for mobile devices by means of Linux and Android. The complexity of hardware power management is mirrored in ...

SystemVerilog for e Experts

This document identifies the major differences between the e language as defined by the IEEE P1647/ D6 draft standard and the SystemVerilog language as defined by the IEEE Std. 1800™ 2005 standard....