Power Architecture Designs
High-performance Power Architecture Designs based on PowerPC, QorIQ and PowerQUICC platforms for Defense, Aerospace, telecom, interactive multimedia, industrial control and automotive electronics applications.
OVERVIEW
Power Architecture is a reduced instruction set computer (RISC) instruction set architecture (ISA) developed by IBM. The name is an acronym for Performance Optimization With Enhanced RISC. Power Architecture Designs have descended directly from the 801’s CPU, widely considered to be the first true RISC processor design. One of the quiet revolutions of the 1980s was the rapid growth of distributed power architecture designs in a wide variety of complex electronic systems. Power Architecture Designs and Power PC based designs are ideal for diverse applications that require high processor performance for compute-intensive applications, high digital signal processing and low power dissipation. Power Architecture Designs like PowerPC, QorIQ or PowerQUICC produce cost effective, power efficient, high-performance data computing solutions.
Power Architecture Designs
Power Architecture Designs are ideal for real-time SWaP-constrained embedded applications. Mistral has worked on various Power Architecture Designs offering Power QUICC, QorIQ based designs and PowerPC based designs around MCP8xx, PPC e200, PPC 6xx/e300, PPC 7xx, PPC e500, PPC 74xx/e600, PPC e5500, PPC e6500, P10xx, P2010, P2020, P204x, P30xx, P40xx and P50xx.
Mistral’s Power Architecture based Designs and PowerPC Designs are ideal for applications and systems like networking equipment, telecom switches & routers, interactive multimedia equipment, automotive control systems, industrial robotics to name a few. Mistral’s expertise in PowerQUICC, QorIQ and PowerPC based designs include Hardware Design, System Software Development, BSP & Drivers, Firmware, Embedded Applications, Design for Manufacturability, Testing & Validation, Production Support Services and Product Life-cycle Support.
EXPERTISE
- RF, Wireless, Mixed signal based Power Architecture Designs
- High-speed digital Designs
- Hardware software co-design
- Custom device integration
- Design for manufacturability
- Independent verification and validation
