Platform FPGAs enable network processing
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2004-11-01 |
| Enhanced FPGA features provide a powerful platform for building revenue-generating routers and switches |
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| Speed up down-converter implementation with rapid prototyping
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2008-07-17 |
| Using the right EDA tools, performance can be simulated, analysed and design characteristics automatically converted to generic HDL code appropriate for synthesis and FPGA implementation |
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| High-speed FPGAs need enhanced PCB design
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2008-04-16 |
| As FPGAs have evolved into true programmable SoCs, the task of designing the PCBs on which these chips are used has become more complex. The die, chip package and board form a closely coupled system in which careful PCB design is needed to fully realise the capabilities of an FPGA |
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| PLDs ease time-to-market pressures
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2007-11-16 |
| Today's devices provide the advantages of both an FPGA and a CPLD with a non-volatile, low-cost, instant-on high performance logic solution for applications that have traditionally used CPLDs |
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| Program flash memory with parallel flash loaders and CPLDs
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2006-02-02 |
| Flash memory chips are common, but loading them up with code or data is still a trick. This how-to article shows you how FPGA chips can accelerate flash loading |
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| Logic suppliers seek ways to embed FPGAs
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2001-03-01 |
| Driven by the convergence of communications, computing and consumer applications, SoC design complexity increases the time required to bring competitive products to market, putting a premium on design speed and flexibility. |
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| Take advantage of GPIB capabilities
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2008-11-18 |
| Learn about new extensions of the General Purpose Interface Bus and their inetgration into hardware framework. |
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| Flow is shaky for programmable SoCs
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2001-03-01 |
| Programmable SoC designs are becoming the trend of the future thanks to the greater density of today's programmable devices and the availability of efficient microprocessors. Unfortunately the CAD flows for these devices are far from being robust. |
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| Open source hardware
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2002-12-02 |
| This technical article discusses how open-source techniques in hardware design are still impossible to achieve with the current technology available to engineers. |
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| The future of programmable logic
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2003-11-01 |
| Before long, platform FPGAs containing fixed or configurable processors and custom hardware will dominate the field of hardware design. By then, hardware/software codesign will be the norm. |
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| The C programmer's guide to Verilog
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2003-08-01 |
| Now that hardware is designed in high-level languages, the fields of hardware and software development are beginning to merge. Here's an introduction to hardware design in Verilog for the uninitiated. |
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| Complex SoCs breed new design strategies
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2001-03-01 |
| Building effective system-on-chip (SoC) devices are nudging electronic engineers and designers today as they are asked to confront the diverse circuit types that can coexist on a single chip. |
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| Lower the cost of intelligent power control with FPGAs
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2007-12-15 |
| Combining a programmable solution with an industry-standard processor core can save time, money, and real estate. |
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| Single-mask simplicity needed for SoC
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2001-06-01 |
| The move to multimillion-gate chips made it necessary to adopt design-reuse strategies for new SoC devices. |
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| Xilinx rolls soft core 32-bit MPU, targets networking
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2001-06-01 |
| Xilinx's MicroBlaze 32-bit processor setting up the groundwork for a new multi-processor platform for the industry to use in the near future. |
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