San Diego, Jan 18 (9am - 1pm)
Designers of H.264 graphics chips need to simulate hundreds of conformance streams to make sure that the chip is ready to ship.
In the wireless handheld SOC space, firmware is key. Ultimately, the device must boot Linux and run a Java application on its LCD screen.
Designers of network routers need to stress their chips through pseudo-random traffic to benchmark key performance metrics, such as packet drop rate.
All these tasks have one thing in common: they require billions of cycles of simulation. Until designers realize that they can’t manage billions of cycles like any other simulation, they hit a wall called the “Billion-Cycle Challenge.”
Space at this must-see seminar is limited, so REGISTER NOW HERE
This seminar is co-sponsored by
8:45am - 9am
Registration, Breakfast9am - 9:45am
Debugging billion-cycle simulations: using a multi-level approach combining software debug of embedded applications with hardware debug9:45am - 10:15am
A step-by-step guide on building system-level testbenches using virtual components and accurate transaction-level modeling10:15am - 10:30am
Break10:30am - 11am
Guest speaker: experiences in overcoming the billion cycle challenge (speaker is different for each city)11am - 11:30am
Live demo: see the actual debug of a Linux boot sequence, when chasing HW/SW bugs in a peripheral device. Is it a software bug or a hardware bug? How can the HW and SW teams work hand-in-hand?11:30am - 11:45am
The latest ARM-based SOCs present new verification challenges. Learn about ARM’s newly announced co-emulation strategy that supports the latest processor advances.11:45am - 12:15pm
Development of complex SoC requires comprehensive RTL verification, with easy connections to early virtual prototypes as well as emulation to facilitate continuous hardware/software validation.12:15pm - 12:45pm
Who should attend:
- Hardware designers and managers in charge of verification and validation
- Firmware and software engineers that need pre-silicon models and prototypes
2518 Mission College Blvd
Santa Clara, CA 95054