Pigeon Point Systems 
      World-Class Management Components. Focused. Dependable. Proven.
       
Pigeon Point Systems' product portfolio includes world-class management components for modular platforms based on the AdvancedTCA (ATCA), AdvancedMC, and MicroTCA architectures, PCI management components and software, and consulting and design services. Pigeon Point Systems focuses on products and services supporting the adoption of open modular platforms. In addition, Pigeon Point Systems provides world-class components licensed by leading CompactPCI vendors and included in Windows XP Embedded.
      
 Fusion-Based TCA 
      
Actel  and Pigeon Point Systems are working together to develop and market Actel Fusion-based  solutions to speed the design of ATCA blade and AdvancedMC carrier board  management controllers, with production ATCA development kits shipping in  September. As future development 
 
   
  
  
  
  
    
     
projects mature and are announced, the  combined portfolios of Actel and Pigeon Point Systems bring development kits,  reference designs, easy-to-use development environments, and expert design  services to customers. Designers can address system and power management issues  at the component, board, and firmware levels.
      
This  diagram illustrates where Fusion can be used in TCA systems.
       Fusion-Based Pigeon  Point ATCA Development Kits 
      These kits enable designers to develop ATCA blade or AdvancedMC carrier  products using fully ATCA-compliant Pigeon Point firmware. Customers can fully  test these designs in hardware on the bench using the common ATCA development  kit board. Supporting all four Serial over LAN (SOL) modes, the PPS ATCA  Development Kit delivers more functionality than any other design available  today, at a lower total system cost. The Fusion-based PPS ATCA solution  provides direct bottom line savings in comparison with existing solutions,  yielding a 37% improvement in BOM total parts count, a 27% savings in BOM cost  and total cost including assembly, and a 38% reduction in board area (4,094 mm2 vs. 2,540 mm2), for a total savings of $35 per board.