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- PowerArtistRTL Design-for-Power: Power Reduction, Analysis, and Debug
- RedHawkSoC Power Integrity: Dynamic Power, Advanced Low Power, Reliability, and Chip-Package Co-design
- TotemAnalog Power, Noise and Reliability: Dynamic Power, Substrate Noise, EM, and ESD
- SentinelChip-Package-System Convergence: Power/Signal Integrity, IO-SSO, Thermal, and EMI
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- RTL to SiliconRTL power reduction, analysis, and signoff
- Analog to DigitalFull-chip mixed-signal power, noise, and reliability
- Chip-Package-SystemChip, package, system co-design / co-analysis
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System-level Power Distribution Noise Closure: Looking Beyond the SoC Power Integrity Challenge
Announcing PathFinder, the Industry’s First Electrostatic Discharge (ESD) Integrity Solution
Apache Chosen by Major CPU/GPU/APU Semiconductor Design Company as Global Supplier for Power Noise and Reliability Sign-off Tools
Apache’s complete product offering enables next generation of computing and graphics designs
Apache’s Products for Chip-Package-System Convergence Selected by ASE
Apache’s CPS solutions enable the world’s leading semiconductor assembly and test company to deliver high value services to their customers
Apache’s Power and Noise Products Adopted by MoSys for IP Validation and Sign-off
Product adoption includes PathFinder, the Company’s newest solution for ESD integrity
In The News
Jul
23
Experts At The Table: The Power Problem, Part 3 - Low-Power Engineering Community
Jul
16
Experts At The Table: The Power Problem, Part 2 - Low-Power Engineering Community
Jul
8
Experts At The Table: The Power Problem, Part 1 - Low-Power Engineering Community
Event Calendar
Spotlight
Electro-magnetic Interference (EMI): Why it's Critical
We encounter issues associated with EMI in our daily lives. On the airplanes, we are reminded to disable all cell phones and other electronics for the fear that they may interfere with the on-board electronics. Recently, automotive electronics has been a suspect source of “unintended acceleration” in some automobiles.
There are two categories of electromagnetic interference – EMI and EMC. In EMI, the electronic source acts as a noise aggressor affecting other electronic devices. In EMC, the same electronic device becomes the victim that must operate properly in the presence of EMI noise.
Apache’s EMI solution accurately models the EMI noise source, analyzes its impact on the system, and provides debugging capabilities to help designers control the source of noise. To learn more