Among our customers are global leaders, small and medium enterprises as well as startups.
We support them in designing and supplying custom analog, mixed signal and digital IC’s across multiple applications, pushing the boundaries of miniaturization, power, differentiation, performance or IP protection.
What our customers do have in common though is a need for business privacy. We respect this and are committed to providing the utmost confidentiality for their ASIC projects. This is why we can only share a small sample of what we have done here.
- All
- Aeronautics, space & defence
- Digital Security
- Healthcare
- Industrial
- IoT
Low-power & fast RISC-V-based SoC for Virtual Reality Device
Design and test services to perform the physical implementation of a RISC-V based test chip in the advanced and challenging TSMC 16nm FinFET technology node, embedding a new class of resistive RAM.
Asynchronous Secured IP block implementation
Following a successfull asynchronous Standard Cells (SC) library design and characterization, IC’Alps went on the implementation of an Embedded Security IP for the same Customer.
Asynchronous Standard Cells library development
The customer requested IC’Alps design services for the realization of the layout and virtual characterization of asynchronous standard cell libraries (> 60 cells) for TSMC 16nm FFC (FinFET Compact) and GF22nm FDX technologies.
Home Safety Residual Current Device (RCD) ASIC
The Customer needed a truly innovative ASIC combining exacting technical requirements and strong constraints regarding the production unit price and the supply chain.
Multicore mixed-signal ASIC for sensors interfacing
As their need grows exponentially, IC’Alps provided a multicore ASIC able to interface with a great variety of sensors and encoders.
Feasibility study – FPGA to ASIC migration
Migrating to an ASIC from a FPGA is typically well-suited for Customer wishing to protect his application or …
μLED driver ASIC for displays
IC’Alps held full responsibility for the ASIC feasibility phase, the specification, the design, up to ASIC prototyping in 180 nm CMOS process. Full production expected to begin soon.
Low-power Neural Processing Unit (NPU)
We presented the technical, economic, and time related elements which was valuable for the customer to assess the viability of this FPGA to ASIC conversion project
ASIC with eFPGA
Embedding FPGA technology into ASICs allows engineers to combine the cost/power/performance benefits of an ASIC with the flexibility offered by FPGAs to make changes to their design.
High Voltage ASIC for emergency lighting units
The ASIC was the solution to reduce the number of components on the electronic board, thanks to the integration of all desired functions into an all-in-one ASIC.
Ultra low power ASIC for IoT device
Physical implementation, sign-off for the targeted technology (22 nm), and supply chain management for prototyping and series production of a low-power IoT ASIC
Vital signs acquisition ASIC
Low-power implantable ASIC, part of an innovative digital stethoscope, including bio-impedance and ECG measurement read-outs for proactive management of heart failure.
Command control ASIC
FPGA-to-ASIC conversion to address obsolescence problems of communication adapters, and command/control functions used in aircrafts.
RadHard and High-Rel ASIC solutions by design
The expertise of our team spans data conversion, imaging solution, RadHard standard cells and IO libraries design and qualification.
Convinced by the ASIC advantages?
Let’s get in touch with our Business Managers for an initial discussion or to request an ASIC Design Consultation!