IHS Embedded Ranks VME/VPX Suppliers

With vendor-supplied data, analyst firm IHS ranks the largest embedded suppliers in the VME/VPX market.

[Update 22 Jan 14: Replaced figure with the original slide from IHS; added a link to the entire IHS presentation here.  C. Ciufo ]

At today’s Embedded Tech Trends insider conference in Phoenix, IHS senior analyst Toby Colquhoun revealed the top suppliers in the VME and VPX market space for the year ended 2012 (the latest data available). The conference is sponsored by the standards organization VITA that’s responsible for these open standards.  It’s always a challenge to get quantitative data on this niche market which primarily services the world’s rugged military and aerospace markets with harsh environment modules, connectors and systems.

GE Intelligent Platforms is the largest supplier when VME, VPX and systems are combined, followed by: Curtiss-Wright Controls Defense Systems, Mercury Computer, Kontron, and Emerson Network Power (Figure 1, with apologies for the quality).

IHS ranking of VME and VPX suppliers for 2013, as presented at Embedded Tech Trends conference. (Courtesy: IHS, VITA, ETT.)

IHS ranking of VME and VPX suppliers for 2013, as presented at Embedded Tech Trends conference. (Courtesy: IHS, VITA, ETT.)

Toby also indicated that the VME market is shrinking, as legacy designs migrate to VPX modules and systems. In the VPX-only market for modules and systems, the ranking changes to:

1. Curtiss-Wright at 38 percent

2. GE Intelligent Platforms at 19 percent

3. Mercury Computer at 16 percent.

This ranking is consistent with my own expectations (and CW’s recent press releases proclaiming themselves as number one). Interestingly, when I asked the question about small form factor systems like those from these same suppliers, plus ADLINK, Advantech, MEN Mikro and others, Toby responded that IHS doesn’t see that these kinds of rugged systems are encroaching on the VME/VPX market. I disagree, but can’t quantify that just yet.

We’ll update this data once we receive the actual presentation later today.

 

Some insight into Altera’s Stratix 10 plans

Hint: Intel’s 14nm tri-gate (FinFET) process is at the core (no pun) of Altera’s recipe, but architecture and software tools round out new FPGA family plans.

Figure 5 Altera SoC roadmap (PNG)First to announce plans for a quad-core ARM Cortex A53-based SoC FPGA, Altera will rely on their Intel fab exclusivity to provide what an Altera spokesman called “unimaginable performance”. One of the titans in the FPGA market (the other is Xilinx), Altera has been slowly opening the curtain on their roadmap plans.

I’ve been following and reporting on Altera’s announcements, acquisitions, and possible strategies for the last 12 months. Now, all is revealed in the company’s Stratix 10 technology announcement. An in-depth report (with links) is available here.

Editor’s note: While Altera is announcing their technology plans, Xilinx announced new 20nm devices in Virtex and Kintex UltraScale devices. Our in-depth report on Xilinx will follow shortly.  C. Ciufo, editor.