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January 26, 2016

Mars Opportunity Rover, Expected to Last Only 90 Days, Celebrates 12 Years – Powered by CompactPCI

PICMG

This week, the Mars rover Opportunity celebrated its 12th anniversary on the red planet, having  landed there on Jan. 24, 2004. The rover is still functioning, and has an exploratory mission over the winter in “Marathon Valley” in the Endeavour crater.

Opportunity is controlled by two CompactPCI computers, designed and built by BAE Systems.

When Opportunity first landed, the NASA team thought the harsh Martian environment would render it useless in a matter of months. But the golf cart-sized rover, powered by solar energy, is still collecting data today.

CompactPCI remains a vital and important technology for a wide range of applications, and is widely used in satellites and other space applications. It’s rugged and it works.

Congratulations to the NASA engineers and support teams, and BAE.

 

Joe Pavlat

PICMG

September 11, 2014

GEN4 – A New High Performance Platform

PICMG

While PICMG and its members are committed to the future of ATCA, we recognize that at some time in the future a new, platform that may not be backwards compatible with ATCA may be needed.

A PICMG working group is already defining the requirements for this new platform, which will be called GEN4™.

The GEN4 architecture will be optimized for very high performance computation and network modular platform applications that are beyond the capacities of current AdvancedTCA systems. It will be targeted at high performance computing, central network, network edge, and high capacity storage applications with critical capacity, performance, reliability, density, and efficiency requirements. The explosive growth of Internet traffic (especially driven by video, big data, and the WEB 3.0) will require the deployment of much more capable network elements and will require that they be deployed rapidly. As datacenter and telecommunications networks converge, and cloud computing and various heterogeneous processing models become prevalent, GEN4 will be positioned as the standard modular platform architecture of choice.

GEN4 will be scalable in computational power, networking bandwidth, and storage capacity.

GEN4 will be a new architecture which is complementary to AdvancedTCA. While the boards and shelves will not be plug compatible, the software and management infrastructure elements will be adaptable between architectures. GEN4 will achieve order of magnitude levels of improvement over original PICMG 3.0 R1.0 systems in multiple dimensions, including:

  • Architected with energy efficiency, simplicity, and scalability goals set by emerging market demands.
  • Module size for high-capacity networking and compute performance using off-the-shelf silicon.
  • System throughput (to hundreds of terabits/s), module bandwidth (to tens of terabits/s), and storage capacity in exabytes.
  • Efficient power delivery with High Voltage DC options as well as AC
  • Module cooling capacity (over 2000 Watts, with fluid cooling options)
  • Scalability to efficiently create large multi-frame systems
  • Cybersecurity at the lowest level of the hardware architecture to address secure military communications applications.

GEN4 will be a new approach to address the widely varying performance needs of the applications through hierarchy of increasing capability subsystems, supporting SDN and NFV, while providing investment protection for customers with deployed AdvancedTCA systems. And like all PICMG platforms, it will be an open, public standard that anyone can implement.

GEN4 systems will provide the capacity and density required by the next decade of Internet application and traffic growth, serving the modular platform marketplace from 2015 through at least 2025.

September 11, 2014

High Speed Ethernet Fabrics for MicroTCA and AMC.2 Working Group

PICMG

This effort is developing enumerated requirements that incorporate 10GBASE-KX4, 10GBASE-KR and 40GBASE-KR4 to the Common Option (ports 0 and 1), Fat Pipes (ports 4-7) and Extended Pipes (8-11) as defined in AMC.2 and used there and in all variants of MicroTCA. A key goal of this activity is to guarantee backward compatibility with existing MTCA and AMC mechanicals and connectors, and interoperability with BX/BX4 fabric options.

In addition to enumerated requirements, the Working Group may generate guidelines/best practices to help ensure uniform interpretation of the specification and ease potential interoperability issues between BX/BX4 and KX/KX4/KR. These best practices may be generated as a separate deliverable, distinct from the enumerated requirements. Deliverables include:

  • A 40G Ethernet Specification for MicroTCA.0 and AMC.2 (analogous to PICMG 3.1R2 40G Ethernet for AdvancedTCA)
  • Provide a roadmap for higher speed Ethernet Fabrics for the future (100G, etc.).
  • Update the MicroTCA guide to include new higher speed Ethernet options.
  • Develop test plan and procedure for signal integrity analysis at 40G speeds. Perform tests with shared costs across working group members and PICMG contributing as budget permits.