AI News, Synopsys

SYNOPSYS INC. Registered Shares (SYP.SG)

expects smartphone shipments to grow 20% next year -- about the same pace as in 2019 -- even if it’s blocked from the latest Google software, suggesting the Trump administration efforts to contain the company’s rise may not be working.The world’s largest smartphone maker after Samsung Electronics Co.

Billionaire founder Ren Zhengfei later chimed in to say the Chinese giant should manage to move 240 million to 250 million devices in 2019, a rise of as much as 21% from last year.Huawei is approaching a critical juncture in its fight for survival, six months after Washington barred it from buying key U.S. components and software without special licenses.

That threatens to dent Huawei’s smartphone business, which ships more than twice as many devices as Apple Inc., while impeding its ability to make fifth-generation networking gear.Read more: Huawei Faces Worker Backlash Over Extreme Hours to Fight TrumpOn Wednesday, Ren said the inability to access Google’s latest and greatest would depress sales overseas -- but not so much in China, where consumers behind the Great Firewall have long been forced to seek out local content.

But we don’t know about the future.”China’s largest technology corporation is a central facet of sensitive negotiations intended to defuse trade tensions with the U.S. Commerce Secretary Wilbur Ross has expressed optimism that the U.S. would strike a “Phase One” trade deal with China this month, adding that licenses would come “very shortly” for American companies to sell components to Huawei.

Till then, the U.S. blacklist is exacting an uncertain toll on the Chinese networking giant.Read more about the trade war: China Insists Trump Give Up His Favorite Trade Weapon -- TariffsZhang said in the past Huawei set one target for smartphone shipments, but now because of increased uncertainty in the market it developed three different goals that include best and worst case scenarios.

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protocols, including AMBA5 CHI Issue D(CHI-D), and verification automation solutions including VC AutoTestbench for Testbench Generation and VC Autoperformance for Performance Verification of ARM based protocols, which designers have widely adopted and achieved numerous tape-out successes.

Synopsys VIP for the AMBA5 CHI Issue D (CHI-D) specification enabled early customers and partners to extend the standard architecture for their next-generation coherent designs with new enhancements for increased performance.

Coherency is the crux to most of the today’s complex SoCs targeting wide range of applications, such as: mobile, networking, AI/machine learning, automotive, and data centers.

AMBA5 CHI defines the interfaces for connection of fully coherent processors and dynamic memory controllers, to high performance, non-blocking interconnects i.e.

CHI-D introduces the support for key ARM Architecture features, a series of performance improvement features, transaction latency improvement features, and Functional Safety (FuSa) features.

where there are foreground and background jobs, and the requirement is that foreground job’s response time should not be compromised, and the background job’s throughput should be optimized.

The performance of the foreground and background jobs can be monitored with the help of MPAM IDs, and the resource allocations can be changed dynamically to optimize foreground response time and background throughput.

•Completer Busy Indication: Completer of a transaction can indicate its current level of activity, so that the Requester can, for example, determine how aggressively it can generate speculative activity to improve performance.

Synopsys solution for AMBA5 CHI-D, provides performance metrics for latency and throughput analysis, configurable interconnect model, a reference verification platform and system level checks for protocol, data integrity and cache coherency.

Synopsys

Synopsys (/səˈnäpsəs) is an American electronic design automation company based in Mountain View, California that focuses on silicon design and verification, silicon intellectual property and software security and quality.

Products include logic synthesis, behavioral synthesis, place and route, static timing analysis, formal verification, hardware description language (SystemC, SystemVerilog/Verilog, VHDL) simulators, as well as transistor-level circuit simulation.

The simulators include development and debugging environments which assist in the design of the logic for chips and computer systems.

They have evolved to become a leader in electronic design automation, semiconductor intellectual property, and software security solutions.[3]

Synopsys has three primary areas of business including silicon design and verification, silicon intellectual property, and software integrity.

In order to preserve the full history of these acquisitions, we have included the history across these three business units.[4]

Novas Software (often referred to as 'Novas') was a company founded in 1996 by Dr. Paul Huang to address the ongoing problem of debugging chip designs.

company was primarily known for its IP portfolio, software tools and services covering alternating Phase Shift Mask (alt-PSM) Technology providing sub-wavelength design to manufacturing solutions.

(Cadabra), a provider of automated IC layout cell creation technology used to create the building blocks for standard cell, semi-custom and custom integrated circuits.

was a supplier of software solutions for design of programmable logic devices (FPGAs, PLDs and CPLDs) used for communications, military/aerospace, consumer, semiconductor, computer and other electronic systems.

ARC International PLC was the designer of ARC (Argonaut RISC Core) embedded processors, which were widely used in SoC devices for IoT, storage, digital home, mobile, and automotive applications.

He raised $50 million pre-IPO and took the company public in September 2000, raising an additional $250 million.

The research and development for Clarified Networks' tools began in 2002 and continued for four years in the Oulu University Secure Programming Group (OUSPG) before Clarified Networks spun off from the research group in 2006.

Coverity's tools operated via Static and Dynamic software analysis, and were capable of finding defects related to security, stability, and testing.

In November 2016, Synopsys acquired Cigital, a software security firm that specializes in source-code static analysis and penetration testing.[37]

The Black Duck Hub solution scans source and binary code for open source libraries and components, providing visibility into license[38]

The silicon design and verification tools focus on integrated chip design including: Fusion Design Platform, Visually-Assisted Layout Automation using Custom Design Platform, FPGA based Design and managed Synopsys design services.[40]

This business unit provides integrated application security testing tools and managed and professional services.

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