Germany
InCirT offers multi-gigabit bandwidth ultra-low power data converters, high-frequency sub-ps jitter PLLs and DLLs, high-speed serializer/deserializer (SerDes), ASIC designs, and customized IP and system-on-chip (SoC) solutions. Each product is highly integrable and easily customizable to meet customer needs.
InCirT specializes in sophisticated and complex SoCs for wireless communication, including WiFi-7, sub-6GHz and mm-wave 5G, and point-to-point communications. InCirT’s high-speed data converters (DAC and ADC) support up to 8GHz coherent modulation bandwidth with significantly lower power consumption than industry-standard solutions. Our IPs enable customers to achieve state-of-the-art performance.
InCirT provides an extensive catalogue of PLL and DLL IPs with industry-leading figures of merit in jitter, power consumption, and area. Our silicon-proven solutions enhance the overall performance of complete SoCs. With the support of our experienced team, customers can meet project requirements and fulfill design specifications efficiently.
InCirT provides the multigigabit bandwidth capable and extreme low power consumed data converters (DACs and ADCs), and sub-ps rms jitter featured PLLs which help our customers to achieve the best-figure-of-merit SoCs in the market. With our support and silicon proven intellectual property (IP) blocks customers can overcome the most challenging development issues.
InCirT’s patented and silicon proven data converters lead to achieve up to several GHz of modulation bandwidth capable data converters while keeping the total power consumption at extremely low level.
InCirT’s products are highly integrable and easily adaptable to the customer needs which saves a huge time and effort.
InCirT has a very experience and sophisticated team which has already finalized several tapeouts in different technologies successfully.
Our Silicon IP (Intellectual Property) design and services provide robust, high-quality solutions to accelerate your semiconductor development and enhance the performance of your integrated circuits. With a comprehensive portfolio of IP blocks and custom design services, we cater to a wide range of applications, ensuring seamless integration, scalability, and innovation.
Extensive IP Portfolio:
Custom IP Design:
IP Integration and Verification:
High-Performance and Low-Power Design:
Design for Manufacturability (DFM):
Technical Support and Maintenance:
Our ASIC (Application-Specific Integrated Circuit) design service offers end-to-end solutions for custom silicon design, tailored to meet your unique requirements. With a focus on high performance, low power consumption, and cost efficiency, we transform your concepts into cutting-edge ASICs that drive innovation and success in your applications.
Custom ASIC Design:
Design Specification and Architecture:
RTL Design and Verification:
Physical Design:
Prototyping and Tape-Out:
Post-Silicon Validation and Support:
Our Digital Predistortion (DPD) Architecture design service offers comprehensive solutions for enhancing the linearity and efficiency of RF power amplifiers. Our expert team provides tailored DPD architecture including our RF-DAC technology to meet the specific needs of your application, ensuring optimal performance and compliance with industry standards.
Key Features:
High Performance:
Wideband and Multi-Band Support:
Efficiency Improvement:
Service Offerings:
Needs Assessment and Consultation:
Custom DPD Design:
Implementation and Integration:
Performance Optimization:
InCirT’s PCB (Printed Circuit Board) design service provides comprehensive solutions tailored to meet your specific electronic design needs. Leveraging advanced design tools and industry best practices, we ensure high-quality, reliable, and cost-effective PCB layouts for a wide range of applications.
Key Features:
Custom PCB Design:
Schematic Capture:
Layout and Routing:
Signal Integrity Analysis:
Documentation and Support:
InCirT offers an innovative multi-band, multi-mode RF-DAC architecture that overcomes the limitations of data converters in high-speed wireless communication. This software-defined radio allows for programmable output frequency, modulation bandwidth, and multi-mode and multi-band features through an on-chip implemented DSP.
InCirT’s silicon-proven RF-DAC outperforms state-of-the-art designs in spectral efficiency, spectral shaping, modulation bandwidth, power consumption, and area. Our RF-DAC features:
Our RF-DAC is ideal for applications such as WiFi-7, mm-wave 5G, mm-wave communication, radar technologies, and point-to-point wireless access.
InCirT’s silicon proven data converters outperform the state-of-the-art designs in terms of spectral efficiency, spectral shaping, modulation bandwidth, power consumption and area.
Our high-performance 11-bit DAC is designed to meet the needs of advanced digital signal processing applications, offering a blend of high speed, precision, and efficiency.
Key Features:
High Resolution and Speed:
Excellent Performance:
Low Power Consumption:
Applications:
Our state-of-the-art PLLs offer exceptional performance for a wide range of applications, combining high frequency operation, low jitter, compact design, and low power consumption.
Key Features:
Wide Operating Frequencies:
Supports below frequency ranges for versatile application: 4.5GHz to 9.5GHz for PLL-1, and 6GHz to 12.5GHz for PLL-2
Ultra-Low Jitter:
Achieves 600fs (femtoseconds) of rms jitter, ensuring excellent signal integrity and performance in high-speed applications.
Compact Design:
Occupies a minimal area of only 0.1mm², making it suitable for space-constrained designs and enabling higher density integration on chips.
Low Power Consumption:
Applications:
Our cutting-edge high-speed interface is engineered to deliver exceptional data transfer rates, flexibility, and efficiency. Designed for modern high-performance applications, this interface provides the perfect solution for demanding data communication needs.
Key Features:
High Data Rate:
Programmable Receiver Frontend:
Programmable Transmitter:
Advanced Clock Management:
Low Power Consumption:
High Degree of Integrability:
