Virtual Prototyping
Accelerate pre-RTL embedded software development, hardware/software integration, and system validation
Architecture Design
Quickly explore tradeoffs in your SoC architecture to achieve optimal product performance and cost to avoid over- or under-design
FPGA-Based Prototyping
Accelerate the creation of your ASIC prototype with a high-speed hardware prototyping environment including a comprehensive software flow
Core Optimization
Differentiate your product with the right combination of performance, power and area for your most design-critical cores
Design Flow Deployment
Optimize your design flow to address the latest design challenges
Physical Design Assistance
Leverage our tape-out proven flows and project experience to implement your very-deep submicron chip
IP Integration & SoC Verification
Get to market faster and reduce SoC design and verification cost by applying best practices in RTL creation and functional verification
Advanced Dynamic Power Reduction Techniques: XOR Self Gating
A common technique for saving dynamic power is to insert clock gates. Clock gates are elements that control the arrival of clock signals to sequential elements. If a condition can be found in which the sequential element does not need to load data, then power can be saved by blocking the clock signal. This can be performed via XOR self-gating, an effective technique for reducing dynamic power consumption.
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