Technical Design Capabilities
At Xirka Dama Persada, we offer a range of technical design capabilities tailored to meet your specific requirements. Our expertise spans across various stages of chipset manufacturing, ensuring high-quality and reliable products that meet the demands of modern technology.
Our Technical Design Capabilities
- sensors Digital Signal Processing
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Utilizing advanced techniques, we analyze and manipulate electronic signals with precision, converting analog signals into digital data, processing them using algorithms, and optimizing signal quality for enhanced performance and functionality
- code Embedded Programming
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Our skilled engineers develop software that runs directly on embedded systems, programming microcontrollers and other devices to perform specific functions such as data processing, control logic, and communication protocols, ensuring seamless integration with external systems and peripherals
- memory Printed Circuit Board Design
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Designing printed circuit boards (PCBs) that serve as the physical foundation for our chipsets. Our process involves laying out circuitry, components, and connections to optimize performance, minimize interference, and ensure reliability, utilizing state-of-the-art design software and adhering to industry standards
- home_iot_device Product Design
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Our experienced team collaborates closely with engineers and clients to integrate processed signals, embedded software, and PCBs into a finished product. We develop product specifications, select components, and optimize overall design for performance, functionality, and manufacturability, ensuring the creation of reliable and high-quality products
Detailed Technical Capabilities
Key Components
Explore these components further to understand the depth of our chipset manufacturing capabilities.
- SOC System Architecture Design
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We meticulously craft the system-on-chip (SoC) architecture to ensure optimal performance and integration of various components.
- Digital and RTL Coding (VHDL/Verilog/System C)
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Our skilled engineers utilize advanced digital and RTL coding techniques to implement complex functionality and logic in hardware description languages.
- Analog and Mixed Signal Design
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Our expertise extends to analog and mixed-signal design, ensuring precision and reliability in signal processing and interfacing.
- Front End and Back End ASIC Physical Design
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From initial conceptualization to physical layout, we handle both front-end and back-end ASIC design to optimize performance and manufacturability.
- Digital Signal Processing (DSP) and Physical Wireless Communication System Modeling
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We employ DSP techniques and wireless communication system modeling to achieve efficient signal processing and system performance.
- Field Programmable Gate Array (FPGA) Prototyping
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Utilizing FPGA prototyping allows for rapid development and testing of chipset designs before production.
- Embedded System Programming
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Our engineers specialize in embedded system programming, enabling seamless integration and functionality of chipsets in various applications.
- Wireless System Testing (RCT, PCT, IoT)
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Rigorous testing methodologies, including RCT (Rapid Compatibility Testing), PCT (Performance Compatibility Testing), and IoT (Internet of Things) testing, ensure reliability and performance in wireless systems.
- Printed Circuit Board (PCB) Design
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Our PCB design expertise ensures optimal layout and connectivity for chipsets, meeting stringent performance and reliability standards.
- Design for Test and System Verification
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We implement design-for-test strategies and rigorous system verification processes to ensure the quality and reliability of chipsets.
- Energy Harvester Circuit Design
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Incorporating energy harvesting circuits enables efficient power management and extends the battery life of chipsets in low-power applications.
- Multi Cores and Multi Bus System on Chip (SoC) Architecture
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Our SoC architecture supports multi-core and multi-bus configurations, optimizing performance and scalability.
- Advanced Channel Coding Architecture
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We employ advanced channel coding techniques such as Turbo Coding, Reed-Solomon, BCH, and LDPC to enhance error correction and data reliability in communication systems.
- High Mobility OFDM System Synchronizer and Equalizers
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Our expertise in OFDM system synchronizers and equalizers ensures robust performance in high-mobility environments.