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Worldwide
E8875A 3GPP FDD W-CDMA Design Library |  |
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Product Highlights
Product DescriptionE8875A 3GPP FDD W-CDMA Design Library makes it possible to rapidly develop 3GPP designs in ADS. It also helps verify those designs against the Third Generation Partnership Project (3GPP) Wideband CDMA (W-CDMA) specifications.
Pre-Built Algorithmic (Behavioral) Models for ADSPre-built ADS algorithmic models are supplied for user-equipment and base station sources. Models for rate 1/2 and 1/3 convolutional coding, rate 1/3 turbo coding, rate matching and multiplexing, HPSK scrambling, fading, and many other features of the 3GPP FDD specification are provided. Pre-Configured Test and Verification ProjectsPre-configured Test and Verification projects help with design verification throughout the design process. Designs can be tested, at any point in the design cycle, against many of the transmitter and receiver tests specified in the 3GPP TS 25.101, and TS 25.104, TS 34.121, and TS 25.141 technical specifications. Baseband Functionality3GPP FDD W-CDMA Design Library contains baseband functionality including framing, encoding, interleaving, and spreading to help model the physical channel of the 3GPP W-CDMA system. These library elements support rapid, parallel design cycles by making an RF system and circuit design baseline available well before the baseband designs are complete. When the designs are ready, simply substitute the actual baseband designs for the library elements. Connectivity to Test EquipmentConnectivity between the Advanced Design System and test equipment, " Connected Solutions", helps bridge the gap between design and test, combining with the 3GPP W-CDMA Design Library to create a seamless design flow.
Recent Product EnhancementsProduct enhancements in recent releases include the following:
How To Buy
To request immediate sales assistance - for help choosing the best system; for product configuration and integration details; to request telephone assistance or an on-site demo of the software; or to request a price quotation - click on the following link: Configuration DetailsRequiredAvailable for PC and UNIX platforms. Related Products
Product Literature
Technical Articles
Training ClassesAdvanced Design System FundamentalsThis is a medium-paced three-day detailed introduction to the application of Advanced Design System (ADS) for communication systems and circuit designs. This course instructs designers on schematic capture, the proper application of a wide variety of simulators, and the display and manipulation of results. After a brief study of ADS basic operation, students design and test amplifier and filter circuits that are then placed in a down-converting receiver system for final simulation. Real-world examples are used at all times so that designers can return to their jobs ready to apply ADS effectively to their design challenges. For detailed course descriptions and class schedules worldwide, click on the following link: Advanced Topics in Circuit DesignThis is a medium-paced two-day course that shows some of the more expert features of Agilent EEsof EDA's Advanced Design System. This course instructs designers on the proper application of advanced simulation methods found in ADS, use of measured data in ADS simulations, and the modeling of devices used in common design schematics. Some of the advanced simulation methods used in the course are transient-assisted harmonic balance, yield optimization, oscillator analysis, design of experiments (DOE), and sensitivity analysis. Very realistic circuits are used in this course, such as those found in cellular phones or radio receiver sections. At the end of this course, the designer should be very comfortable with using ADS and understand how to implement the more advanced simulation methods on their own designs. For detailed course descriptions and class schedules worldwide, click on the following link: Using ADS Communication Systems DesignerThis is a medium-paced three-day review of communications system design techniques, for systems that consist of digital/DSP and RF/Analog sub-blocks. The path from requirements to system design specifications is shown, followed by individual sub-system design specifications. Different simulation techniques are used to aid in the design decisions, including optimization, budget analysis for transmitters and receivers, statistical design and yield analysis, digital filter synthesis, BER measurement. The class is hands-on oriented. Each student builds his own project, effectively using all the necessary features of ADS. The project developed during the training course is built from the ground up into a complete PI4DQPSK communications system: data source, modulator, transmitter, RF propagation channel model, receiver, demodulator. Simulations are performed on various sub-systems, to validate their performance prior to integration into the top-level system design. For detailed course descriptions and class schedules worldwide, click on the following link: Designing W-CDMA 3GPP Communication Systems Using Advanced Design SystemDesigning W-CDMA 3GPP Communication Systems Using Advanced Design System is a system-level class for design engineers working in the digital communication industry. Topics covered include DS-SS technology and its application to CDMA systems, an overview of W-CDMA for 3G systems, applying Advanced Design System to the design of user equipment and base stations, and verification of these designs. This advanced course extends over three days and assumes previous hands-on experience in using Advanced Design System for analog, digital and system designs, and familiarity with system design issues. For detailed course descriptions and class schedules worldwide, click on the following link:
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