Len Perham
Analyst · Benchmark. Your line is open. Please go ahead
Thank you, Bev. Good afternoon, everyone and thank you for joining us. On today’s call I intend to review our progress winning new designs in the third quarter and year-to-date, the status of our customer’s journey toward into a production status, and the progress our new product development is making both for Bandwidth Engine and LineSpeed product families. Following my remarks, Jim will discuss our financial results and then we’ll open the call to questions from you folks. The third quarter was extremely gratifying in terms of design wins, as it represented our highest design-win quarter to date. With three quarters behind us, we now expect to substantially beat our goal of doubling design wins year-over-year. On the revenue front we're also seeing customer orders and back log increasing as our earliest design wins are starting to ramp into production. From an operational point of view it’s very satisfying. On the technical front in quarter three, we taped out BE3 and will receive packaged silicon next week, as we continue to make progress towards our goal of sampling this new product family in early quarter one of 2016. We also introduced our newest products in the LineSpeed family, sample and to sell to customers and secured a few new design wins. Taking a look at this quarter’s record setting number of design wins reveals that we have now won more than 40 new design wins so far this year and have as yet one quarter left to complete. These new wins are primarily driven by our Bandwidth Engine products, in particular Bandwidth Engine 2. Bandwidth Engine 2 wins this quarter included six new line cards designed with our Tier-1 customer where our architectural footprint is expanding significantly. We also secured wins with two new customers as well as several re-use wins with an existing customer for Bandwidth Engine 1 products. To date I’m pleased to report that we have an excess of 60 cumulative design wins for BE1 and BE2 and I’m very gratified to note there's a strong activity in the sales funnel for BE2 again this quarter. Soon BE3 will be released. There's increasingly strong case to made that the Bandwidth Engine families will enjoy a long and successful design win cycle. This is because they solved serious challenges in our customer’s next-generation networking equipment. We also recorded multiple LineSpeed wins in the third quarter with new customers for optical module applications, including wins for our 100-gig MSH110 lower power retimer and recently announced LineSpeed Flex products, which I will discuss in a bit more detail later. Our notable progress on design wins this quarter substantially expanded our customer base, increasing number of applications BE2 serves in the system, and expanded our market penetration. Best of all it is beginning to be apparent that BE2 has an important role to solve – to serve in solving next-generation system-level challenges for our ever expanding customer base. Furthermore I’m very pleased to say we have entered the fourth quarter of calendar year 2015 with a robust sales funnel. That is we have several more potential wins close to being finalized and several longer-term opportunities being worked. All of which reflects the opportunity ahead yet another strong design-win quarter for both Bandwidth Engine and the LineSpeed product families. In summary, in addition to our strong third quarter we are very gratified to see that we have a good shot at making the fourth quarter calendar year 2015 another double-digit design win period. As mentioned earlier, this would result in design wins in 2015 being considerably greater than 2x, the wins in 2014. Our design win successes this year are led primarily or predominantly by BE2, are the results of several market factors which we expect to continue to play out in our favor. Among those the need for high performance and low latency, very high access rate network memory bandwidth is continuing to be ever more important in next-generation network and equipment, and serial memory at a high rate series is gaining broad acceptance. The switchover costs associated when moving from digital high parallel IO structures to higher speed serial IO structures are being overwhelmed by the need to achieve the much higher performance requirements that have to be met by tomorrow’s state-of-the-art networking gear. Additionally the requirements for more intelligence in the data center and the need for more robust statistics, load balancing, and acceleration capabilities in certain applications is rapidly growing. Specifically in the third quarter we recorded BE2 wins on line cards that support software-defined networking as well as other new design wins on line cards that is concerned with transporting high-definition video. In addition it appears that the time from customer deduction through evaluation and the resulting design win appears to be shortening. This is likely due to a mix of the following; the customer concluding the only solution to his design challenge is a serial IO or better yet a very sophisticated serial IO networking memory, the customer’s already using serial memory, therefore switchover costs are much less of a constraint, there are very few other feasible options available if one needs to meet pin count, board space and/or performance requirements, or the continued improvement of our ecosystem and the support we can provide to customers and potential customers is greater period to period. The success of our partners the FPGA suppliers, bringing their products out and working them close to our Bandwidth Engine and the success the two of us are having in the packet processing engine suite is feeding on itself. Our partners are also supporting, there's great enthusiasm from both sides. Bandwidth Engine networking memories and our LineSpeed not only address pin count, power usage and board space but also provide higher speed, a broad range of cutting edge differentiated features and are supported by solid carrier-grade reliability data. As a result we've been able to increasingly differentiate our products in the market, support an ever increasing range of applications and as a result initiate new discussions with customers for additional future projects on an ongoing basis that continue to yield a seemingly steady stream of potential new design wins. The most notable trend that we have seen is more that – excuse me, the most notable trend that we have seen is that once a customer is familiar with BE and it’s feature set, range of performance levels and the varied applications that it serves, the customer effectively copies and pastes the MoS BE solution onto other boards, often without even getting us involved or just telling us about it after the fact. This trend has been very prevalent off late and it’s very gratifying to the entire MoSys team. Let me discuss the progress we’re making on expanding each of these product families. I’ll start with Bandwidth Engine. Bandwidth Engine continues to account for the majority of our design win activity and remains a significant portion of our sales funnel. Adoption of one or another of the unique options available on our BE2 family continue to increase, most recently evidenced by additional wins with a new Tier-2 networking equipment provider using our MSR820 device, which in this case provided the customer with programmable macro functions. In short to the layman this means that every time the packet-processing engine has to cross the boundary over into the networking memory you can accomplish more than one instruction, so that you’re getting more done without –- with each access so that lesser number of accesses can do an ever increasing amount of work. Very, very important when you consider the performance level of networking equipment today and in future generations. We now have more than 15 customers using Bandwidth Engine products, many of them have awarded this multiple wins and substantially all of them have pending orders on our backlog. Both the unit quantities and the dollar values of those unit quantities reflects on our backlog have been increasing period-to-period throughout 2015. This coupled with the fact we're shipping to four of the top-tier board subcontractors around the world, all used by our customers, especially our top-of-the-line customers, would indicate our design wins from 2012 and 2013 are starting to ramp into production. Even though we cannot predict how steep these ramps might be or what the total value of each design win is, to MoSys it is gratifying to see this happen. It is also appropriate to recall that the 2012 designs were won in Japan while the early 2013 wins were from a U.S. based Tier-1 player. While this is happening we continue to strongly support the second half 2013 and 2014 design wins with good application support and a steady stream of small quantity orders all necessary in order for these next design wins to complete the journey to a full production release. A few Bandwidth Engine 1 design wins came in from our Asia customer bases quoted to as you will here recall the several copy and paste reuse wins for BE1 in that market there and in this last quarter and additionally won a BE1 -– a new BE1 order too in that region as well. We have a good inventory of BE1 products from which we will support these projects as they get released back into production. In terms of future product development we achieved a key milestone in our BE roadmap with a take out of BE3 earlier in this quarter. We issued packaged silicon back in-house within a week or two, and once back we can dive into testing, characterizing and verifying that all of the logical and functional capabilities encompassed by BE3 are alive and working precisely to product specification. It’s good to remember that BE3 is twice the memory size, i.e. twice the capacity from a 0.5 gigabit to a full gigabit of memory and it runs up to 25 gigabits on the IO, whereas BE2 only runs up to 15. So BE3 is not likely to steal away much BE2 business. It will be creating its own opportunity and allowing us to continue a long ramp of increasing design wins as we look out to the future. It would seem to me that by year end we will be running BE3 in referenced boards populated with FPGAs from both Xilinx and Altera. And additionally it is not out of the question that we will be running BE3 against the NPS-400 network processor before year end too. However, this might be a bit early for that characterization work to begin, to be safe though I think it is likely that we will not share BE3 reference boards and samples until into the first quarter of the calendar year 2016. As you can see throughout the development cycle we have continued to stay aligned with the roadmaps of our key FPGA partners Xilinx and Altera and as well with EZchip, as they work to complete the design and development of their world class NPS-400 network processor. As a result we already have strong customer interest in place waiting to see to see if one or another versions of the new BE3 family can solve some of their next-generation network system challenges. We will be spending significant time in the fourth quarter keeping customers apprised of the ongoing characterization and the subsequent availability of BE3 either as a standalone unit or in a reference board. Recently we have had many enquiries regarding the pending acquisition of EZchip. There is no news -– there is no new news from us. We do not expect any change in the status of our relationship with EZchip. The message we have received is simple, business as usual, continue to strive together to achieve the shared goals and objectives of our two companies. To date we've announced the first three IC derivatives or devices – excuse me, to date we've announced the first three IC devices in the BE3 family. A Burst of IC MSR630 for lookup and buffering applications, a macro function device the MSR830 which offers significant intelligent offload for functions such as statistics and metering, and finally the MSRZ30 device which builds upon the capabilities and performance of the BE3 macro with data rates, interface and data structures optimized to accelerate the performance in EZchip’s NPS-400 network processor. The BE3 MSRZ30 is targeted for use in intelligent white box solutions for carrier and data center applications where traffic management and flow awareness are important. In addition to advancing our first three BE3 ICs we're also moving forward with other versions of BE3 and we anticipate announcing these highly differentiated, very sophisticated networking memory solutions in mid to second half 2016. Turning to LineSpeed, with regard to our first generation LineSpeed gearbox products, we continued to see additional market opportunities and to win new designs. Current shipments primarily support multiple prototype builds for new platforms with our design win partners. Our LineSpeed products remain highly synergistic with Bandwidth Engine. Every 100-gig line card needs retimers and gearbox functionality and every line speed card customer is a prospect for a BE1 device. Most notably for LineSpeed, we made significant progress during quarter three, enabling us to introduce five LineSpeed products in our new LineSpeed Flex family of 100G PHY’s for High-Density Ethernet and OTN Networking Line Card Applications and modules. These new gearbox and retimer products leverage 100-gig RS-FEC for error correction and MLG, Multi-Link gearboxing technology, which will ensure our customer’s new devices remained compliant to the latest 100-gig and emerging 25-gig industry standards. Specifically we announced the first devices in our LineSpeed Flex family, which is currently comprised of two new retimers and three new gearbox devices. The octal retimer, MSH221 with integrated RS-FEC and a 10 lane full duplex retimer was with that as well, three new gearbox devices. 100-gig multi-link gearbox for modules, a 100-gig multi-link gearbox for line cards, and a general purpose 100-gig gearbox MSH320 with forward error correction. In quarter three we secured multiple new LineSpeed design wins including our first LineSpeed Flex design, and we have many more LineSpeed design win discussions in the pipeline. We also secured additional wins for our 100-gig MSH110 low power retimer with QSFP module providers and our original 100-gig multi-mode gearbox MSH310 with a new customer for use in an optical splitter. While we have multiple design end customers it’s important to note that unlike the BE products where we are architecturally locked in upon design, it is possible for us to sample our LineSpeed products, think we were designed in and at a later date lose the design because some of these products are multi-sourced. Most customers think hard before purchasing and committing effort, so this is typically not the norm. But unlike the Bandwidth Engine our LineSpeed products are not sole-sourced. Based on the engagements and interests from the customers we remain encouraged and optimistic regarding the future success of our LineSpeed product family. Closing, in summary, I’m pleased with the significant progress we've made increasingly on the design wins year-to-date. All achieved while maintaining a very robust sales funnel that should enable MoSys to more than double our design wins year-over-year. We've recorded an excess of 40 new design wins already in 2015 and now have over 70 design wins for IC products, from which we expect to generate meaningful future revenues. As you may recall we defined design win as the point at which a customer has made a commitment to build the board against the fixed schematic for his system and this board utilizes our IC products. This steady growth in design win reflects broadening acceptance of our products. These design wins represent a potential for significant future revenues. With limited history to date, we cannot estimate how much revenue each design will win nor can we predict how much revenue all of these and future design wins are likely to generate. But we are confident that significant additional revenue is forthcoming. Our backlog is increasing, production orders are beginning to achieve some traction and shipments should be expected to increase in the coming quarters. Though we are unable to forecast or stall for the customers’ ramps to full production or the level of success of their systems in the market, this situation should result in MoSys achieving meaningful period-to-period increases going -– in revenue of going forward. Additionally we've expanded our customer base and further diversified our product catalog with new devices in both product families, while continuing to manage the development of several more Bandwidth Engine and LineSpeed products. It appears that the continuing industry consolidation is going to provide new opportunities for us as customers have fewer competitive alternatives. Overall I believe we've made critical progress. Operationally we've done very, very well, especially this quarter. This will further expand our integrated circuit business and increase our footprint in the network and communications markets as well as broaden our served, available market. That said I’ll turn the call over to Jim for a review of our third quarter financials. Following his remarks we’ll close this call with a few -– we’ll answer your questions as well as we can, as best we can, and then we may have a few final remarks in closing. Thank you very, very much. Jim.