Our Services
Unlock the power of innovation with expert solutions designed to drive technological breakthroughs. From concept to production, we deliver precision, performance, and reliability for a smarter tomorrow.
- Core Domain Expertise
Analog Design
We deliver high-performance analog design solutions tailored for modern
semiconductor challenges. Our expertise spans the complete design cycle from
architecture to design to verification to silicon validation ensuring robust, scalable,
and power-efficient designs.
Our expertise exists in the following Analog Domains
- Data converters (ADC/DAC)
- Power management circuits (LDOs, DC-DC converters)
- PLLs, clocking solutions, and high-speed interfaces
- Custom analog front-end design
- Die-to-Die UCIE and IO (GPIO) interfaces
Out core competency is
- Layout-aware design for optimal performance and yield
- Low Power Design
- Best PPA (Power Performance Area) design
- High quality (Bug-free) Design
- Expereince in multiple process nodes on leading foundries in the world
- Diverse resource pool with experience on EDA tools from various vendors
AMS Verification
Our AMS verification solutions ensures complete verification of the digital and analog
interface for various analog blocks of complex IPs. We leverage advanced
methodologies and tools to validate complex mixed-signal systems efficiently.
Our expertise includes:
- System-level modeling using Verilog-AMS/SystemVerilog
- Real-number modeling (RNM) for faster simulations
- Mixed-signal co-simulation and verification environments
- Functional and performance verification of AMS blocks
- Review of the AMS results, debug and verification of the fix
- Coverage-driven and assertion-based verification
Additionally, We have experience in using various tool features for automatic
waveform comparison, and faster tool convergence for complex blocks.
- IPs We Work on
Our expertise in Analog Design and AMS Verification includes all catagories such as serial IO, parallel IO and linear IP(s).. The prominent IP(s) we have worked are listed below
IP 1: High-Speed Interface IP
- SerDes (Multi-Gbps Serializer/Deserializer)
- PCIe Controller & PHY (Gen3 / Gen4 / Gen5)
- USB 2.0 / USB 3.x Controller & PHY
- MIPI CSI / DSI (C-PHY / D-PHY)
- LVDS / High-Speed Differential Interface IP
- SATA / UFS Interface IP
IP 2: Interconnect and memory IPs
- DDR Phy (DDR5, LPDDR5, MRDIMM)
- HBM Phy (HBM3E and bryond)
- Die to Die (UCIE)
- GPIO
IP 3: Power Delivery IP(s)
- Low Dropout Regulator (LDO)
- DC-DC Buck / Boost Converter
- Bandgap Reference (BGR)
- Switching Regulator
IP 4: Custom Mixed-Signal IP
- ADC (SAR / Sigma-Delta / Pipeline)
- DAC (Current-Steering / Resistor-String)
- PLL / Frequency Synthesizer
- Clock Generation & Distribution IP
- Sensor Interface IP (AFE for sensors)
- Features
Low Power
We employ advanced circuit techniques, architectural optimizations, and verification
methodologies to minimize power consumption while maintaining performance,
reliability, and signal integrity.
- Dynamic & Static Power Optimization
- Multi-Voltage Domain Support
- Power-Aware Design & Verification
- Advanced Circuit Techniques
- Application Optimization
Support for Complex Protocols & Advanced Technologies
We bring deep expertise in designing and verifying systems that operate across
complex protocols and advanced semiconductor technologies, enabling robust and
scalable next-generation solutions.
- High-Speed & Multi-Layer Protocol Expertise
- Advanced Node Compatibility (FinFET & Beyond)
- Robust Design & Verification Methodologies
- Signal Integrity & Timing Closure
We will have multiple options suited for wide range of applications
In-Package Voltage Regulators chiplet
Our In-Package Voltage Regulator (IPVR) chiplet integrates seamlessly within your SoC package to provide efficient, scalable power delivery.
Digital LDO IP
Our Digital Low Dropout Regulator (DLDO) IP provides efficient, fast, and high current-density voltage regulation optimized for the dynamic power requirements of modern SoCs.