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The DigRF 3G standard is designed to provide a standard interface that will allow interoperability between chipsets from different vendors, while being flexible enough to allow for proprietary implementations that will enable manufacturers to differentiate themselves from their competitors. Taking these DigRF products to market requires not only ensuring they conform to the standard, but also making sure that the products comply with proprietary specifications.

With gate counts over 1 million, effective design tools, and time-to-market advantages, FPGAs are used in many of today's systems to implement much of the functionality. Advances in design tools allow designs to be done at higher levels of abstraction, synthesize complex designs quicker, and complete place and route cycles in less time. As FPGA designs grow in sophistication and complexity, similar advances need to occur in debugging FPGAs. To keep pace with the increased debug needs of FPGAs, new tools are needed to optimize real-time FPGA debug.

To keep pace with the more complex and shorter design cycles, designers need to optimize their memory testing. In order for designers to be successful in these challenging circumstances, Tektronix offers a wide suite of memory test solutions. These solutions include DSO / DPO / sampling oscilloscopes, TDR modules, oscilloscope probes and logic analyzers (with Nexus Technology LAI interposers and NEXVu FB-DIMMs). These tools enable you to implement a better memory design, in less time.

PCI-Express is a third-generation I/O architecture, that addresses the need for ever-increasing I/O bandwidth by providing a point-to-point, high-speed, low pin count solution. With this new architecture also comes new interoperability and compliance design challenges that you must resolve. Tektronix' comprehensive, integrated tool set - digital debug and validation solutions, analog validation and compliance software solutions and device characterization solutions - enables you to resolve design challenges quickly and efficiently.

Do the Tektronix Logic Analyzers support the testing of your microprocessor? Probably. Browse though our extensive list of available supports and design your next board with us in mind.

RapidIO is a high-performance, packet-switched bus technology, that addresses the demand for next-generation networking and communications equipment by delivering higher bandwidth, increased throughput, software transparency, greater reliability, fault tolerance, low latency, low power and low cost. But, with it comes compliance and interoperability issues that demand high-performance test and measurement equipment. Tektronix' comprehensive, integrated tool set - signal sources, oscilloscopes, logic analyzers, probes and software - enables designers to resolve these issues quickly and efficiently so that they can easily implement RapidIO into their designs.

Tektronix is dedicated to finding measurement solutions for communications, computers, and peripheral manufacturers tasked with bringing to market products integrating serial bus technology.

Signal Integrity encompasses design issues such as maximizing timing & noise margins and understanding analog characteristics such as waveforms, crosstalk and electromagnetic interference. Learn how to use a Tektronix oscilloscope and logic analyzer to maximize the integrity of your design.

System Packet Interface (SPI), a point-to-point interface standard, allows network equipment designers to develop an array of next-generation multi-service switches and routers to support multi-service traffic with aggregate bandwidths up to OC-192 (10 Gb/s) and beyond, enabling them to dramatically increase system performance.