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Learn how to compare and benchmark different VLSI architectures for AES encryption using key factors, metrics, techniques, tools, and methods.
Learn how VLSI can help optimize HDD components such as read/write heads, preamplifiers, and controllers for higher data density and lower power consumption.
Learn about the emerging trends and technologies for enhancing the reliability and durability of VLSI storage devices, such as flash memory or solid-state drives.
Learn about the new memory technologies and architectures that can overcome the limitations of traditional memory and enable new applications for VLSI systems.
Learn how to deal with the thermal and noise issues of VLSI storage devices. Discover the types, applications, and trends of VLSI storage devices.
Learn about the latest trends and innovations in VLSI design for DRAM and SRAM, two types of memory devices that enable high-performance and low-power computing…
Learn how to design, simulate, verify, synthesize, and test error correction codes (ECC) in VLSI memory devices using hardware description languages (HDLs).
Learn how to deal with the trade-offs between power, performance, and area (PPA) for dynamic timing analysis (DTA) in very-large-scale integration (VLSI) circuits.
Learn the pros and cons of using standard cells or custom cells for implementing logic functions in VLSI layout design. Find out how to use a hybrid approach for…
Learn how to ensure the quality and reliability of your VLSI design and testing processes with these tips and best practices on DFT, verification, testing…
Learn about the main challenges of VLSI testing for tape drive circuits, such as fault coverage, test time and cost, test reliability and accuracy, and test…
Learn how to implement error correction and recovery mechanisms in VLSI for RAID systems, and what are the benefits and trade-offs of different methods.
Learn how to balance the cost and time factors of VLSI design and testing projects using FPGA and ASIC testing techniques and agile and lean principles.
Learn how VLSI, the process of designing and fabricating integrated circuits, can enhance the capacity, speed, accuracy, and durability of tape drives.
Learn about the advantages and disadvantages of different VLSI fabrication technologies, such as CMOS, BiCMOS, GaAs, SOI, and MEMS.
Learn how VLSI standards and specifications affect the compatibility and interoperability of tape drives, and how to avoid or resolve issues.
Learn how VLSI technology can enhance flash memory devices for data-intensive applications. Explore the advantages and challenges of VLSI-based flash memory.
Learn what a distributed storage system is, why it is essential for VLSI, how to evaluate and design it for your VLSI projects.
Learn how to avoid or minimize crosstalk and noise in your VLSI layout design using some effective techniques and tools.
Learn how VLSI design techniques can enhance the speed, efficiency, and reliability of tape drives for data storage. Discover the benefits, challenges, and future…
A comparison of network-on-chip (NoC) and system-on-chip (SoC) design paradigms for very-large-scale integration (VLSI) of complex circuits.
Learn about the types, advantages, and limitations of error correction codes (ECC) in VLSI memory devices, and how to deal with multiple bit errors and error…