Introduction To The Arm Cortex-M55 Processor


This white paper covers the technical details, including pipeline, floating-point support and features of Arm Cortex-M55 processor. The Arm Cortex-M55 processor is Arm’s most AI-capable Cortex-M processor and the first to feature Arm Helium vector processing technology, bringing enhanced, energy efficient signal processing and machine learning (ML) performance. Click here to read more. » read more

Post Quantum Cryptography Is Coming


Quantum computing has made big advances in recent years and experts agree that quantum computers capable of breaking 2048-bit RSA or 256-bit ECC will be built — it’s just a matter of time. In this white paper, we discuss the security algorithms NIST has selected for Post Quantum Cryptography (PQC) and their instantiation in Rambus security products. Download this white paper to learn: ... » read more

Verify Perception Systems Virtually Via Accurate Fog Models


Under every lighting level and weather condition, cameras must reliably “see” pedestrians and other physical objects ― and trigger an appropriate reaction from critical systems such as braking. This is especially challenging in foggy conditions, which can confuse visual cameras, radar, lidar and other conventional sensor technologies. Thermal imaging represents a potential solution, helpi... » read more

MIPI In Next Generation Of AI IoT Devices At The Edge


The history of data processing begins in the 1960’s with centralized on-site mainframes that later evolved into distributed client servers. In the beginning of this century, centralized cloud computing became attractive and began to gain momentum becoming one of the most popular computing tools today. In recent years however, we have seen an increase in the demand for processing... » read more

Software Infrastructure For Silicon Lifecycle Management


Semiconductor technology continues to deliver higher levels of logic density in the era of nanometer processes. System-on-chip (SoC) teams can deliver even higher functionality when coupled with the massive integration possibilities of three-dimensional integrated circuit (3DIC) architectures. However, this growth must be matched by increases in capabilities and productivity in the collection a... » read more

Elevating Production Testing With Deep Data Analytics And ACS At The Edge And Cloud


The level of system integration continues to increase at a rate of greater than 30% per year — fueled by the industry’s desire for increased capability, advanced process nodes, and "more than Moore" packaging techniques. Co-optimization of the hardware and software have also been required not only at the design stage, but at test and in the field. This white paper will present how to ele... » read more

Responding To The Rapid Advancement Of Cockpit Domain Controllers


Every aspect of a modern vehicle’s performance is controlled by a complex network of hardware and software. Nowhere is this more apparent than the interface between the driver and the machine, in what is known as the cockpit domain. In order to succeed in this domain of fast-paced advancement, today’s OEM needs to understand the trends in this arena, the current challenges and solutions, an... » read more

Advancing The Maturity Of Your Hardware Security Program


Where are you today on the Hardware Security Maturity Model? Hardware security is a journey. LEVEL 1: Foundational Define security requirements and validate hardware security features are working with functional verification. LEVEL 2: Basic Introduce threat models and security verification requirements while also enabling hardware protection mechanisms. Ad hoc security verification beg... » read more

Closing The Loop: Meeting High-Frequency Power Demands With Decoupling Capacitors


The inability to supply adequate power in time can result in intermittent board failure and hours troubleshooting in the lab. Even an IC with ample current supply can experience "power shortage" if the energy needed to transmit the data bitstream isn't available in time. Click here to read more. » read more

Enhance IC Reliability Design Verification With Coordinate-Based P2P And CD Checking


Coordinate-based P2P and CD checks with the Calibre PERC reliability platform enable quick early-stage design verification of ESD protection and other IC reliability issues. Using coordinate-based checking minimizes the amount of rule deck coding required, enabling design teams to start Calibre PERC P2P/CD verification very quickly, and understand and debug the results easily. Because P2P/CD ch... » read more

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