Overview
The Perform Series 2 slot ATCA chassis was especially designed for the most demanding applications, where superior performance, availability and reliability justify the investment on a best-in-every-category solution. Every aspect of the Perform Series 2 slot ATCA chassis has been developed to surpass the current solutions found in the market. The Perform Series 2 slot ATCA chassis can be used for development or demonstration purposes with the possibility of deploying the same shelf as a final product, reducing its time to market.
Superior Cooling Capabilities
With its support for 300W per slot, compliance with the strict NEBS (GR63) cooling requirements, and fault tolerance airflow design, the Perform Series 2 slot chassis surpasses the cooling capabilities of the current solutions found in the market. These enhanced cooling capabilities are based on a comprehensive thermal study, combined with the most advanced fan systems. In addition, Perform Series 2 slot features the ability to customize airflow to meet thermal requirements of up to 300W per slot.
Superior Control and Management
The Perform Series 2-slot ATCA chassis features a sophisticated shelf manager with a unique HPI-based SW module, offering seamless access to the shelf control and management interface. It features unique distribution of sensors, and comprehensive alarm I/O.
Superior Backplane Speed
With simulated backplane speed of 40 Gbps, the Perform Series 2 slot ATCA chassis surpasses the speed requirements of the ATCA standard, while ensuring signal integrity. These enhanced capabilities are based on extensive practical experience and comprehensive Signal Integrity Studies, which led to the unique optimization of the backplane.
Superior Availability and Serviceability
The Perform Series 2 slot ATCA chassis was designed to exceed the availability and serviceability requirements specified in the ATCA standard. Tested by an external laboratory, the Perform Series 2 slot chassis was found to exceed the standard MTBF and MTTR measurements, proving its superior availability and serviceability