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DESIGN TECHNOLOGIES CADENCE PCB DESIGN CADENCE PCB DESIGN System-level design Custom design Digital design Logic design PCB design Quickturn system-level verification Physical verification IC package design Figure 1: The integrated Cadence solution INTEGRATED TECHNOLOGIES Cadence addresses every aspect of your electronic design with the most comprehensive set of integrated design technologies in the industry (see Figure 1). Each Cadence Design Technology is made up of a flexible set of tools that form end-to-end solutions throughout the following areas: · System-level design · Functional verification · Emulation and acceleration · Synthesis/place-and-route · Analog, RF, and mixed-signal design · Custom IC layout · Physical verification and analysis · IC packaging · PCB design Cadence® PCB Design offers a complete range of integrated PCB design solutions for both individual and team-based environments. Scalability is also a key offering. At any point in the design flow, you can scale to the next level of performance preserving your investment in libraries, design data, and expertise. DESIGN TECHNOLOGY CONVERGENCE Converging design technologies such as digital logic, RF, and analog circuitry are becoming an integral part of PCB design. As a result, PCB engineers must now consider a host of new challenges throughout all stages of PCB development. System-on-a-chip (SoC), system-in-package (SiP), and other complex silicon technologies are also requiring advanced solutions. With high-speed (sub nanosecond rise times, high percentage of nets requiring constraints) designs now accounting for over half of all PCB systems developed, critical issues such as constraint development and management must be considered in ways never before imagined. Today, design teams need to develop PCB systems faster, more economically, more reliably, and with greater collaboration from front to back -- all the way to manufacturing. Using non-integrated "point tools" will only lead to increased design cycles, altered product specifications, and unacceptable delays. To stay competitive, you need an integrated set of solutions that provide critical functions across the entire design flow. 1 Library creation PCB Librarian Expert Analog simulation PSpice Analog Workbench Design entry Capture CIS Concept HDL Signal integrity analysis SPECCTRAQuest Digital simulation NC-Sim Verilog Desktop VHDL Desktop Board layout and routing Allegro SPECCTRA Mfg. out Figure 2: High-speed PCB design flow INCREASED DEMAND FOR HIGH-SPEED PCB Cadence PCB Design includes Constraint Manager, the industry's first truly integrated and unified constraint management system. Managing complex constraints is more critical than ever. It's not uncommon to see a 5,000-net PCB with over 50% of the nets constrained today -- compared to only 5% of the nets constrained a few years ago. Complex high-speed PCB designs also require advancements in power delivery. In fact, current demand has been g