Open-Silicon transforms ideas into system-optimized ASIC solutions within the time-to-market parameters desired by customers. The company enhances the value of customers’ products by innovating at every stage of design — architecture, logic, physical, system, software, and IP — and then continues to partner to deliver fully tested silicon and platforms. Open-Silicon applies an open business model that enables the company to uniquely choose best-in-industry IP, design methodologies, tools, software, packaging, manufacturing, and test capabilities. The company has partnered with over 150 companies ranging from large semiconductor and systems manufacturers to high-profile start-ups, and has successfully completed 300 designs and shipped over 100 million ASICs to date. Privately-held, Open-Silicon employs over 250 people in Silicon Valley and around the world.
Open-Silicon provides flexible model to engage at any stage of the design and delivers fully tested silicon packaged parts to customers.
– Spec Handoff to Chip
– RTL Handoff to Chip
– Netlist Handoff to Chip
– GDS2 Handoff to Chip
With spec handoff designs, Open-Silicon leverages it’s deep experience in Networking, Telecom, Storage, and Computing to take the lead in defining the SoC architecture and system design.
The starting point for a custom SoC can be an idea, concept, block diagram or specification. Open-Silicon’s technical solutions managers will work with the customer to review the available industry expertise and technology and select the best solution for each program. Then, Open-Silicon’s experienced systems engineers will work with customer to develop a full product plan including a microarchitecture specification suitable for RTL design and design verification. From that point, Open-Silicon’s program manager will provide a single point of ownership for all actions, managing the project through Open-Silicon’s ASICView program management software.
Open-Silicon’s teams have strong vertical expertise that enables them to make the right decisions for customers to minimize the amount of customer engineering needed to fully develop a new semiconductor product. From a detailed design flow and process, and a commitment to complete documentation, to a rigorous system of checklists, customer’s can trust Open-Silicon to put quality first and execute to their satisfaction.
Open-Silicon’s roots are in traditional ASIC design, including both RTL and Netlist handoffs. Open-Silicon continues to expand its ASIC offerings, including more IP partners, optimal foundry technology choice, and in-house technology solutions to design the best possible custom silicon.
Open-Silicon’s design engineering teams are experts in handling complex ASIC designs, with the experience of over 10 20 million gate designs under our belts. Our disciplined approach, combines active feedback to customers throughout the design process and ensures that programs are executed to a predictable design timetable. Our innovative design methodology, combined with our deep design expertise and experience in the selection, qualification and integration of third party IP, enables the consistent delivery of reliable silicon.
Early analysis of each customer’s design by our engineering team, including running Open-Silicon’s in-house developed DesignScanner software, allows us to identify and resolve technical challenges even before the design is completed. Our rigorous and rigid design methodology then reduces any chances of design escapes, allowing us to deliver an industry-leading level of first-time silicon success. Over two thirds of Open-Silicon’s new design starts come from repeat customers.
Open-Silicon offers full system prototyping, hardware board design, and software development solutions to help our customers complete their semiconductor product development. System prototyping solutions are based upon FPGA-based platforms for logic emulation, often combined with evaluation boards for IP such as high-speed interfaces or high-performance processors.
Offering a prototyping solution provides customers with a one-stop-shop with reliable execution throughout the product design and manufacturing process. Open-Silicon’s prototyping solutions is an executable, cost-effective representation of an SoC, board and I/Os. This allows for early software development, thereby enabling hardware/software co-development. It includes pre-silicon validation of software and acceleration of RTL simulation. It also enables architechtural exploration, proof of concept and customer demonstrations.
Using a well defined validation methodology and capabilities across pre-silicon development cycle, Open-Silicon enables hardware and software verification in post-silicon bring up phase. These include electrical checks, device characterization, function and performance qualification, and various tests based on customer requirements.
Printed Circuit Boards (PCBs) developed might be silicon validation bring-up boards, form factor evaluation boards, or system boards for production. Open-Silicon’s PCB design team has experience in areas as diverse as networking modules, medical systems, smartphones, multimedia boards, and audio conferencing systems.
Customers may want to take advantage of Open-Silicon’s attractive foundry mask and wafer pricing, or Open-Silicon’s ability to offshore test, or lower packaging costs. Whatever the need, Open-Silicon’s manufacturing teams are ready to assist customers with a seamless handoff, thorough internal checklists for production release, and state-of-the-art equipment in both foundry and laboratory to make sure the ramp is successful.
Open-Silicon partners with world-class foundries to provide complete manufacturing services. Our staff brings years of semiconductor manufacturing experience and product engineering expertise to every engagement.
We work closely with the customer to identify and select the right process and technology solution for each design. Selecting the process node and the optimal process options requires careful comparison between different foundries, design objectives, market applications and target price. Our manufacturing experts pride themselves in staying current with all existing and emerging process technologies to ensure complete choice through our OpenMODEL™.
Open-Silicon’s experienced Production Control (PC) team plays a crucial role once the customer releases their part to production. This team performs and monitors the following activities to guarantee on-time delivery:
Scheduling, planning and forecasting
Wafer, assembly and test management
24×7 automated WIP tracking and reporting via ASICView
Open-Silicon provides a complete solution, from package selection, through design & development and into high-volume manufacturing. We understand the importance of selecting the proper packaging solution to meet the technical and cost constraints of each design. Our packaging capabilities are very broad and our experience level very deep to meet the unique needs of each customer to successfully launch their product into any of the following:
Wafer-level chip scale packages
Low-cost leadframe packages
The full range of BGA packages
High-performance flip chip packages
Organic and ceramic packaging
Multi-Chip Packages, including both stacked and side-by-side die configurations
Signal and power integrity modeling of packages and PCBs
High-performance interface design, including >10GHz SerDes, high speed DDR2/3, and WiMAX
Open-Silicon views test engineering as an essential part of the design process, so we address test very early in the design cycle. Our test engineers have extensive design for testability (DFT) experience with a variety of automatic test equipment (ATE). This allows us to create a smooth transition from a simulation environment to a tester environment, thus avoiding getting stuck in endless loops while debugging test vectors.
Open-Silicon’s test engineering capabilities include:
Ultra low-cost digital test
High-performance digital test including high speed interfaces
Analog and mixed-signal test
The primary goal of Open-Silicon’s Product Engineering Group is to maximize the yield of chips from each wafer produced. We monitor yields on regular basis and work closely with both the foundry engineers and the assembly house to address any process drift or changes that may cause yield issues.
As part of the debug process, we perform failure analysis upon any Return Material Request (RMA) and issue 8 Discipline (8D) reports explaining the root cause of the problem and the corrective actions that need to be taken to avoid the problem in the future. We also perform product characterization at different process splits and operating conditions in order to guarantee the quality of the product. Our team assists customers during the validation and debugging phase by providing bench measurement and FIB work if required.
Open-Silicon provides a full suite of die and package qualification including burn-in, ESD, latch up, and Highly Accelerated Stress Test (HAST). We also have the capability of performing second level reliability testing.
Open-Silicon utilizes the latest equipment for silicon failure analysis, including:
o E-Beam Microscopes
o Scanning Electron Microscopes (SEM)
o Focused Ion Beam (FIB) including Dual Beam
o Emission Microscopes
o Liquid Crystal Hot Spot Detection
o X-Ray Imaging Systems
o Scanning Acoustic Microscopes
o Ball Shear and PULL Testers
o Wire Pull Testers
o Laser Markers
o High Power Microscope Decapping Systems
o Plasma Etchers
o Atomic Microscopes
Open-Silicon’s Interlaken IP is a scalable, high-speed chip-to-chip interface protocol that builds on the channelization and per-channel flow control features of SPI4.2, while reducing the number of chip I/O pins by using high-speed SerDes technology, similar to XAUI. The Interlaken IP supports the following
Interlaken Alliance specifications:
The Open-Silicon HMC Controller IP is architected and designed to provide the highest performance and most flexible solution for integrating the many benefits of HMC technology into next-generation systems.