| Reconfiguring SoC according to Garp
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2001-05-01 |
| Programmable SoC components, containing a microcontroller and reconfigurable hardware, promise the flexibility of software and the performance of hardware |
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Enhancing ARM-based embedded SoC performance
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2006-11-27 |
| This article gives a brief look into conventional SoC designs. It provides a new approach to ARM processor architecture that includes the use of simple, silicon-efficient DMA and the addition of dedicated busses between high-throughput elements on the chip |
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| Five things to keep in mind when selecting a mobile SoC
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2007-12-18 |
| This article sorts through SoC design options such as power management, performance, peripherals, memory, and bus structure |
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| Hardware root of trust: critical requirement for today's SoC
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2009-07-21 |
| As embedded programmable processor-based features increase in power, increasingly sophisticated platform SoC architectures now bring to systems the ability to modify basic hardware functions and features without redesigning the SoC from scratch |
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| Things to remember when selecting an embedded mobile SoC
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2006-12-23 |
| This article presents five things to consider when selecting SoC processors for your embedded systems |
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| Multi-threaded design tackles SoC performance bottlenecks (1
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2006-12-22 |
| Multi-threading processor core tackles both the CPU efficiency and the bus latency bottlenecks in driver-assistance/vision/navigation system SoC design |
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| Programmable logic enables powerful SoC solutions
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2002-10-01 |
| With the ability to embed complete systems on a single FPGA, programmable logic has enabled a new realm of powerful yet very flexible SoC solutions |
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| SuperHyway provides SoC backbone
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2000-12-01 |
| Recent technology improvements have made it cost-effective to integrate components previously connected on a PCB onto a single piece of silicon. These so-called system-on-a-chip (SoC) devices generally comprise most of the blocks commonly found on a computer motherboard plus some application-specific intellectual property (IP). This means design issues that were formerly the province of systems designers are now within the realm of the chip architect. As a result, interconnection schemes common at the system and network level, such as packet switching, must now be considered at the SoC level |
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| Media SoC design for reduced power consumption
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2006-11-24 |
| Different architectural design techniques are available to reduce power consumption for complex SoC designs |
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| Using UML for SoC hardware/software design
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2006-07-21 |
| This article presents the central problem of SoC design and also proposes an xtUML solution |
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| Will 2010 be multi-core SoC's year
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2010-04-15 |
| It's time for software to step up—no more sitting on the sidelines. It's time to adapt and embrace the multi-core hardware options available. |
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| How to use UML in your SoC hardware/software design (2
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2006-07-24 |
| Following an introduction to an executable UML in part 1, this article describes its elements and how to ensure that they are translatable into multiple hardware and software uses. |
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| Towards cost-effective SoC-based network appliances
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2010-05-31 |
| Developing a family of SoCs with slightly varying features with a common embedded base allows embedded designers and OEMs a quick and cost-effective path to diversifying their applications very effectively. |
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| Multi-threaded design tackles SoC performance bottlenecks (2
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2006-12-27 |
| This article presents the advantages of using multi-threading processors in SoC designs to address bottlenecks, particularly in QoS, processor efficiency, and control |
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| SoC-based MCU bus design in high bandwidth embedded apps
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2005-01-17 |
| A number of alternative approaches based on on-chip serial interconnects similar to serial fabrics, crossbar switches and packet-based busses are being researched. |
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