Rob Pettigrew, Emerson Network Power

• Enabling Workload Consolidation on the Next-Generation Communications Platform from Intel(r), codename Crystal Forest

  

  Introducing a new approach which enables a single blade type to perform both control and packet processing functions at very high speed. This white paper describes the key elements of the next-generation communications platform from Intel(r), codename Crystal Forest, which enables a new homogeneous topology, and the key requirements for an effective system-level implementation of the new Intel(r) microarchitecture.

  Rob Pettigrew Emerson Network Power Embedded Computing and Brian Carr Emerson Network Power Embedded Computing

• eBook: Get Ready for 40G ATCA

  

  In this eBook you will learn about the following: • What is driving the growth in IP traffic • The underlying technologies driving 40 Gbps ATCA • The relevant industry standards • The steps to 40G heaven

  Rob Pettigrew Emerson Network Power Embedded Computing, Jeffrey Berk,, Michael Schaepers,, and Brian Carr Emerson Network Power Embedded Computing

• Catching the 40G wave

  

  Simple blade replacement can solve complex concerns over reaching 40G while reining in costs.

  Brian Carr Emerson Network Power Embedded Computing, Rob Pettigrew Emerson Network Power Embedded Computing, and Michael Schaepers Emerson Network Power

• Co-opetition and the evolution of open standards-based telecommunications platforms

  Rob Pettigrew Emerson Network Power Embedded Computing

  Intertwined: Co-opetition and the drive for interoperability