QNX Freescale Multi-Core Seminar - Tel Aviv, Israel
QNX-Freescale Multi-Core Seminar TEL-AVIV
Designing and Optimizing Software for Freescale's MPC8641D Dual-Core PowerPC™ Processor
Location: Freescale Semiconductor Inc., Herzelia Room, 1 Shenkar Street, Tel-Aviv, Israel
July 5, 2006
10:00 to 13:00
LUNCH included (sponsored by QNX and Freescale)
Join QNX Software Systems and Freescale Semiconductor for a technical seminar that looks at understanding and overcoming the challenges of designing optimized software for dual-core processors.
Applications today require more and more processing performance within existing system power budgets. Fortunately for developers, the dual-core MPC8641D processor available from Freescale provides many options for increasing and optimizing application performance without dramatically increasing power consumption.
There is one problem: most embedded engineers today are only familiar with single core processor programming and need guidance on how to design and optimize software for dual core architectures. To address this imminent transition, QNX has introduced its Multi-core Edition, the industry’s only comprehensive software infrastructure for multi-core processors.
Presenters at this seminar will address the problem by exploring proven strategies and techniques for distributing software tasks across dual cores. It also discusses the benefits and tradeoffs of several multiprocessing models (AMP, SMP, BMP) and discusses tools for troubleshooting and optimizing Freescale’s dual-core PowerPC processors.
Agenda:
10:00 - 10:30 | QNX Software Systems Overview |
10:30 - 11:00 | QNX Software Systems Technology Overview (Adaptive Partitioning, High Availability) |
11:00 - 11:30 | Freescale Semiconductor Overview MPC8641D and Roadmap |
11:30 - 12:30 | Freescale, QNX and Multi-core Processors |
12:30 – 13:00 | LUNCH served and Demonstration: QNX Momentics Multi-Core Edition on dual PPC7448 |
Location:
Freescale Semiconductor Inc.
Herzelia Room
1 Shenkar Street, Tel-Aviv, Israel
Please register below.