Electronic Design Automation (EDA)

Increasing EDA design complexities, shrinking design cycle times, and dwindling budgets are forcing companies to demand more from their HPC solutions. Chip designers require more computational performance, memory, and storage from their IT infrastructure. A greater choice of options, such as operating systems and partners is also a necessity. Reliability is expected, and the ability to optimize the data center in terms of power, cooling and floor space also ranks high on the list of must-have capabilities.

HP understands the challenges facing the EDA industry and provdes the tools needed to contront these challenges head on.

• Performance. HP leverages the best industry-standard processors to design fast, high performance workstations, servers and blades computing solutions.
  
  
• Memory Capacity. For large design jobs, memory capacity is critical. That's why HP has server systems with up to 256GB RAM memory.
  
  
• HP EDA Solutions Team. HP maintains a world-wide team of EDA-focused specialists who provide a strong technical and business relationship with leading EDA software vendors and processor suppliers. This same team also hosts EDA focused user forums and develops technical whitepaper publications.
  
  
• Complete EDA IT Infrastructure. HP focuses on complete datacenter solutions to maximize efficiency of power and cooling systems, and includes the impressive HP BladeSystem c-Class systems as part of our datacenter portfolio. These systems are engineered for minimal floor space and minimal power consumption.