Synopsys Users Group (SNUG)’s Post

DDRx memory interfaces are key enablers for the technology that shapes today’s lifestyle. Below are just some of the products that demand high-speed, high-bandwidth, double-data rate (DDRx) memory. Each generation of DDRx DRAM brings new advantages that allow for faster, higher-capacity, and lower power-consumption products. BUT – each generation also brings its own unique signal integrity (SI) and timing-related complexities. Successful DDRx interface design requires: - Investigation of SI impairments - Characterisation of timing margins

DDR4 #DRAM 101 How it Works DDR4 SDRAM provides a lower operating voltage and a higher transfer rate than its processors. It can also process more data within a single clock cycle, which improves ...CLICK TO READ MORE https://lnkd.in/gZfk4ivV #DDR4SDRAM

Explore how Cadence’s latest white paper dives into the UCIe PHY and Controller IP, a key technology for advanced chiplet designs. https://lnkd.in/gfCvEHjS #chiplets #efpga #fpga #UCIe YorChip Inc

DDR4 DRAM 101 How it Works DDR4 SDRAM provides a lower operating voltage and a higher transfer rate than its processors. It can also process more data within a single clock cycle, which improves efficiency. In this article, Nishant looks at DDR4 from the system design level, the physical structure level and the protocol level. Topics Covered How does DDR4 SDRAM work?What's the top-level functionality of DDR4 SDRAM?How are the DRAM's rows and columns set up?How ...CLICK TO READ MORE https://lnkd.in/gZfk4ivV

DDR4 DRAM 101 How it Works DDR4 SDRAM provides a lower operating voltage and a higher transfer rate than its processors. It can also process more data within a single clock cycle, which improves efficiency. In this article, Nishant looks at DDR4 from the system design level, the physical structure level and the protocol level. Topics Covered How does DDR4 SDRAM work?What's the top-level functionality of DDR4 SDRAM?How are the DRAM's rows and columns set up?How ...CLICK TO READ MORE https://lnkd.in/gZfk4ivV

TMS320F28335PGFA • High-performance static CMOS technology – Up to 150 MHz (6.67-ns cycle time) – 1.9-V/1.8-V core, 3.3-V I/O design • High-performance 32-bit CPU (TMS320C28x) – IEEE 754 single-precision Floating-Point Unit (FPU) (F2833x only) – 16 × 16 and 32 × 32 MAC operations – 16 × 16 dual MAC – Harvard bus architecture – Fast interrupt response and processing – Unified memory programming model – Code-efficient (in C/C++ and Assembly) • Six-channel DMA controller (for ADC, McBSP, ePWM, XINTF, and SARAM) • 16-bit or 32-bit External Interface (XINTF) – More than 2M × 16 address reach • On-chip memory – F28335, F28333, F28235: 256K × 16 flash, 34K × 16 SARAM – F28334, F28234: 128K × 16 flash, 34K × 16 SARAM – F28332, F28232: 64K × 16 flash, 26K × 16 SARAM – 1K × 16 OTP ROM • Boot ROM (8K × 16) – With software boot modes (through SCI, SPI, CAN, I2C, McBSP, XINTF, and parallel I/O) – Standard math tables • Clock and system control – On-chip oscillator – Watchdog timer module • GPIO0 to GPIO63 pins can be connected to one of the eight external core interrupts • Peripheral Interrupt Expansion (PIE) block that supports all 58 peripheral interrupts #electronic  #electronics  #electroniccomponents  #interesting  #knowledge

TIF On Demand: As technology advances and data transfer demands increase, it is critical to understand the latest best practices for PCI Express 6.0 electrical design and validation. Hear experts from Tektronix, Synopsys, and Anritsu as they discuss key considerations to design for the future of high-speed interconnect, from understanding the latest technology timelines to leveraging advanced simulation and testing methodologies. Sign up here: https://bit.ly/3O5M2vg to learn about the future of PCIe, 64 GT/s and beyond. #Tektronix #PCIE #EngineeringTheFuture

The Future of #PCIe Is Optical: Synopsys Inc and OpenLight Present First #PCIe 7.0 Data-Rate-Over-Optics Demo https://lnkd.in/gnqzrA_t #semiconductor

Renice LRM airborne recording module 100% domestic LRM airborne data storage module based on domestic VX690T FPGA processor+domestic Feiteng CPU FT2000/4+domestic storage module. This module is based on a central processing unit (CPU) and FPGA, equipped with various communication interfaces such as Aurora, RapidIO, Gigabit Ethernet, fiber ports, RS422, CAN, and PCIE. It can achieve partitioning and classification storage of data files, real-time recording, automatic indexing, playback, loading and unloading, data encryption, data destruction, gigabit network routing and switching, configuration, timing, visual media access, self checking, etc. The total storage capacity is 2TB, the real-time data recording and transmission bandwidth is not less than 1.6GB/s, and the working temperature range is -55 ℃~+70 ℃. The recording module is mainly used for high-speed real-time recording of system data, high-speed loading and unloading processing, as well as application scenarios with high reliability requirements and harsh environments.

Watch a High Bandwidth PCI Express 5.0 FPGA demo video with a path to Compute Express Link (CXL). #IAmIntel