Martin Bloch
Analyst · Sidoti & Company
Good afternoon, everybody.
Frequency Electronics is experiencing great success with our existing product line on satellite; of timing, precision timing; and the microwave frequency sources. And we'll see continued improved opportunities in the new product line that we're developing, which is the Ku and Ka band receivers up/down converters. We have many proposals outstanding for the product right now, and I can see the beginning of revenue in fiscal 2015. It is a very exciting product line. It will supplement what we have done and enable us to get bigger chance per satellite.
And the market is expanding. The demand for bandwidth is -- both in the military and the commercial, are just enormous. And to give some examples, I'm not allowed to name the satellite program, but I can tell you the magnitude: The present satellite that's being launched in 2016 has 41 channels. The satellites that are going to be launched in 2017, '18, '19 and '20 will have a minimum of 140 channels. Each channel provides us an opportunity for a receiver down converter in the Ka and Ku band. Now Frequency has the tickets and the legacy since we have launched this type of receivers and other programs, but what we needed to do is complete our development on making the unit smaller, lighter weight since the same platform will be used to carrying a lot more channels. And we are -- we have finished the engineering models and we are now in the process of building the delta qual models, which we expect to complete within the next couple of months on this. It's very exciting, many, many outstanding proposals and greater opportunities for this new product line, actually, new -- updated product line.
Now the key to success on that product line is -- first is, of course, you have to have the technology and legacy, which we have. Second is to make them smaller and lighter weight since a lot more channels will be -- have to be put on the same satellite on this. Third is to reduce the power consumption because power is at a premium on this. And the fourth, which is equally important, is to have a very attractive cycle time. And as Alan has mentioned, we buy parts on this in wafer form so we can have the inventory to respond quickly, and that is a big advantage in obtaining business. Obviously, being competitive is also a very important criteria. And we have spent a lot of effort to design this product line to be producible using a lot of automated test capability and to minimize the touch labor that's involved on there.
Another great opportunity of new business for FEI is coming to the surface, and this is to secure communication on this, especially with the jamming, and cyber security, which is necessary for our critical assets and for all communication. And being a scientist, I want to go back a little bit on what caused our dilemma now and what corrective action we have to take as a nation in order to safeguard it.
When wireless communication first started, there was a requirement that you had to have a nice precise time to be able to operate autonomously for 72 hours. As GPS became much more readily available and available on what we thought was 100% secure basis, the autonomy period of -- for timekeeping for secure communication was reduced from days to seconds because if you continuously calibrate a clock from GPS, you don't need a great clock. So a $2,000 atomic standard that was used in the early base stations was reduced by a $5 quartz clock. And it's, of course, a lot cheaper, but it has no autonomy. Thus, any jamming or spoofing of the GPS signal, you lose the communication link. If it jammed and if it spoofed, you -- it's even worse. You get the wrong information to the wrong people.
As part of the corrective action which the programs has already started because of FEI's legacy and precision timing is to provide a flywheel, which means much, much better timing on the base station, to be able to have this autonomy period, depending on the communications side, to have it from seconds to hours to days and then, sometimes, weeks on this. We have the expertise and the precision ruggedized timing to provide this for both fixed and mobile platforms. And like I mentioned, we are already working on this first phase of this program.
It's a great opportunity, a non-space business to expand our marketplace. Again, we did -- we have the technology and the legacy of this. We have the ruggedized low g-sensitivity clocks for the mobile platforms that's required. And the business we've -- is starting, and it's going to be of a very significant proportion to FEI, almost as important as the satellite business. So future lies in the satellite product line and in the secure communications, which will be initially for critical assets of DOD and other secure agencies, and then the same types of requirements will really have to be extended to the commercial sector because getting the wrong time or the wrong secure line for banks and stock transactions is becoming just as important.
And I think this is exciting news which I want to share with you. And now I'd like to open this session to questions and answers. I would appreciate if you -- when you address the question, please address it to either Alan Miller or Martin Bloch. Thank you.