Panasonic Meeting Market Needs with Higher-Performance Megtron 7


Reading time ( words)

I-Connect Technical Editor Pete Starkey sat down with Panasonic’s Tony Senese and Tomoyuki Abe at IPC APEX EXPO 2015 in San Diego–high-speed digital materials, particularly those with very low-loss characteristics, was the focus of their discussion. Also noted were the positive responses from chemical process suppliers, and the realistic length of a product development cycle.

Pete Starkey: Panasonic Megtron 6 has become established as the industry standard, but I understand there is a new product coming out of development and in the early stages of production, Megtron 7, which is the lowest-loss material that is currently available from Panasonic. Can you gentlemen give me some details of the characteristics and performance of the material, and the sort of applications of the industry sectors where this material is going to be of substantial benefit?

Tony Senese: We have a technology development roadmap that we update on a regular basis at least a couple times a year, and we have several market segments that we track our products in.

Tomoyuki Abe: Right now, Megtron 6 is the standard of the high-end server router equipment material, but the market is requesting the more high-speed material. Megtron 6 is quite good, but the market needs higher-performance material.

Starkey: To clarify, when you talk about high-speed material, what sort of data rates are you aiming at?

Senese: In the high-speed digital area right now, products are operating in the 10 Gbps to 20 Gbps range enabled by Megtron 6. However, at 20 Gbps other things have to be done to the circuit boards to make them meet the loss budget. Megtron 6 enabled the major IT infrastructure suppliers to use very similar design techniques to what they were using at lower speeds—say, 6–10 Gbs. So now, that is kind of the standard rate in that high-speed digital arena.

panasonic_megatron_series.jpgStarkey: So Megtron 7 effectively is an enabler that opens up the possibilities for them to develop into higher data rates?

Senese: That’s right. Basically, at the 25 Gbps data range, which is actually already in place, Megtron 7 removes a few roadblocks that make the fabrication difficult. At the 25 Gbps data range, especially on the large format back planes, and some of the line cards, the loss budget is too close to the mark, even with Megtron 6. It is a goal of all of these infrastructure companies to increase the amount of data they can transmit because of things like streaming video that have started to become ubiquitous, so they need to have their core routers to be much faster.

So 25 Gbps is where they're designing right now, and there are people who are designing certain pieces of equipment at the 50 Gbps range. So that meansthat really Megtron 6 isn't enough to build those core routers, as is. 

There are connectors being developed that are fast enough and can be used that are early in production, and the people that are building what I would call proof-of-concept hardware are really just too close to the edge. They can build it once, but they can't build it in high volume, or even in normal quantities. But when it comes to loss, there is quite the difference from Megtron 6.

Share




Suggested Items

Material Conservation: The PCB Designer's Role

09/01/2022 | I-Connect007 Editorial Team
During these times of supply chain uncertainty, many product developers are considering new ways to conserve materials—from laminates to components, layer reduction, and everything in between. Barry Matties and Happy Holden recently spoke with Alun Morgan, president of EIPC and technology ambassador for Ventec, about material conservation strategies for today’s PCB designers and design engineers. Alun explained why this may be the perfect time to educate PCB designers about conserving materials: When a model is broken, the people involved are much more open to new ideas.

Designing for Material Conservation Means Changing Attitudes

08/29/2022 | I-Connect007 Editorial Team
It makes a lot of sense: During times when the supply chain is stretched to the breaking point—and the last few years certainly qualify—what if PCB designers created boards that used fewer components and less laminate? Do PCBs still have to be 0.062" thick? Why not reduce layer count while they’re at it? Andy Shaughnessy and Nolan Johnson spoke with I-Connect007 columnist Dana Korf about the idea of designing a PCB with material conservation in mind. Is it a great new idea, or are we opening a whole new can of worms and a separate group of problems?

Design Tips for Lowering Costs of Fab and Assembly

08/25/2022 | Cherie Litson, CID+, Litson1 Consulting
This is the million-dollar question of every project: How can I cut the cost of the PCB? There are about a thousand answers to this question. There are a few simple guidelines that everyone can follow to reduce costs. I talk about them in my IPC CID and CID+ courses. Designers, fabricators, and assemblers talk about them in a variety of articles. Some professionals who have published some great articles on cost-saving strategies include Tara Dunn, Happy Holden, Chris Church, Kella Knack, Judy Warner, Julie Ellis, Lars Wallin, and many, many others.



Copyright © 2022 I-Connect007. All rights reserved.