富士ソフト Product Lineup

Coverity Static Analysis is a static analysis (SAST) tool provided by Black Duck, which is globally adopted in the field of application security. It detects defects and security vulnerabilities without executing the source code, supporting improvements in quality and security from the early stages of development. Utilizing its unique advanced analysis technology, it analyzes data flows and execution paths across functions and modules, accurately detecting critical defects such as null references, memory leaks, deadlocks, and race conditions. Additionally, practical analysis results that minimize false positives allow developers to focus on the issues that truly need attention. It supports a wide range of languages including C/C++, Java, C#, Python, and Go, and is utilized in diverse development environments from embedded software to business systems and web applications. Furthermore, it integrates with development tools such as GitHub, GitLab, and Jenkins, enabling the automation of quality management in CI/CD environments. Fujisoft provides comprehensive support from the introduction of Coverity to operational establishment and integration into development processes, assisting customers in improving quality and building a secure software development framework.

• Other information systems
• Other security
• Software (middle, driver, security, etc.)

Next-Generation Edge AI Development Accelerated with MediaTek Genio-Equipped SoM/SBC As the demand for edge AI applications expands in areas such as AI cameras, video analysis, robotics, smart retail, and industrial IoT, there is a growing need to achieve high-performance AI processing on the device side while maintaining low power consumption, space efficiency, and development efficiency. The MediaTek Genio series SoM/SBC is a platform designed for edge AI and IoT devices, featuring AI inference processing with high-performance NPU, excellent power efficiency, and a rich set of I/O interfaces. It enables real-time image recognition and video analysis on the device side without relying on the cloud, contributing to reduced latency and communication costs. Fujisoft provides one-stop support for customers' edge AI product development, offering not only SoM/SBC solutions but also assistance in hardware selection, carrier board design, Linux and Android environment setup, device driver development, and application development.

• Embedded Board Computers
• Other embedded systems (software and hardware)
• Industrial PCs

The "RDMA (RoCEv2) IP" is an IP core that minimizes the involvement of the CPU and OS, enabling low-latency and low CPU load data transfers. This IP allows hardware to perform direct read and write operations to memory, resulting in minimal CPU load and enabling high-bandwidth communication. By implementing it over UDP, routable communication is achieved. In addition to the typical configuration via DRAM, it also provides support for IO nodes that can send sensor outputs completely without CPU involvement, catering to a wide range of applications. Please feel free to contact us if you are interested. 【Main Features】 ■ High-speed, low-latency communication that minimizes CPU load ■ Ethernet-based RDMA with RoCEv2 support ■ RDMA IP for IO nodes ■ Flexible data input/output interface ■ Complete communication stack in hardware ■ High-bandwidth, high-performance FPGA implementation * For more details, please download the PDF or feel free to contact us.

• Embedded Board Computers
• Other embedded systems (software and hardware)
• Communications

In the energy industry, ensuring stable operation and safety of equipment is extremely important. Especially for equipment located in remote areas or harsh environments, real-time situation awareness and rapid response are required. Early detection of equipment anomalies and prevention of unexpected shutdowns directly contribute to reducing operational costs and stabilizing supply. In response to these challenges, our physical AI solution analyzes on-site sensor information in real-time using AI, supporting optimal equipment operation and contributing to efficiency, stable operation, and improved safety. 【Use Cases】 - Anomaly detection and condition monitoring of energy equipment (power plants, substations, plants, etc.) - Real-time situation awareness for remote equipment - Predictive maintenance and reduction of downtime for equipment 【Benefits of Implementation】 - AI processing is completed on-site without relying on the cloud - Advanced processing, including generative AI, is possible with low power consumption of 10W - Real-time decision-making and control without communication delays - Reduced system costs and thermal design load due to GPU-less configuration - Long-term supply and support suitable for industrial applications

• Embedded system design service
• Image Processing Equipment
• Sensors

In the financial industry, risk analysis requires the ability to quickly and accurately capture signs of market fluctuations and fraudulent activities. In particular, real-time data analysis and the accompanying precise judgments are essential for minimizing losses and ensuring compliance. Traditional cloud-dependent analysis can face challenges such as communication delays and security risks. Our Physical AI solution provides a mechanism that links data collected on-site with AI inference in real-time, enabling autonomous optimal operations. This allows for responsiveness tailored to on-site conditions and can be utilized as an implementation-based AI platform that supports improved accuracy and speed in risk analysis. The core of this solution is SiMa.ai's SiMa MLSoC "Modalix," a next-generation edge AI platform that can directly execute generative AI on the edge with low power consumption of less than 10W, making it an ideal solution for financial environments where real-time performance and safety are required. 【Use Cases】 - Real-time analysis of market data and anomaly detection - Early detection of fraudulent transactions and alert issuance - Analysis of customer behavior patterns and risk assessment

• Embedded system design service
• Image Processing Equipment
• Sensors

In the IoT industry, the connection of diverse devices and stable communication are required. Especially for devices used in various environments, such as sensors and gateways, it is important to have a consistent process from design to manufacturing and quality control. Fujisoft's DMS/EMS services support the development of your IoT devices. 【Usage Scenarios】 - Various sensor devices - Communication modules - IoT gateways 【Benefits of Implementation】 - Early market launch of devices - Assurance of quality - Support for small quantities and diverse varieties - Reduction of inventory management burden

• Circuit board design and manufacturing
• EMS
• Contract manufacturing

In the security authentication industry, reliable collaboration between hardware and software is required to meet advanced security requirements. Particularly in areas such as biometric authentication and multi-factor authentication, robust design to prevent unauthorized access and a tamper-proof manufacturing process are crucial. Inadequate design or manufacturing can lead to security vulnerabilities, increasing the risk of information leaks and impersonation. Our DMS/EMS services provide design and manufacturing tailored to your security requirements, ensuring a high level of security. 【Use Cases】 - Biometric authentication devices - Multi-factor authentication systems - Security gates 【Benefits of Implementation】 - Improved reliability of security authentication systems - Reduced risk of unauthorized access - Faster time-to-market for products

• Circuit board design and manufacturing
• EMS
• Contract manufacturing

In the wearable healthcare device industry, miniaturization, high performance, and high reliability are required. In particular, it is important to accurately measure biometric information and maintain stable operation over a long period. Inadequate design or manufacturing can lead to incorrect measurement results or device failures. Fujisoft's DMS/EMS services provide consistent support from design to manufacturing, offering optimal solutions tailored to customer needs. 【Usage Scenarios】 - Healthcare devices - Wearable devices - Biometric measurement devices 【Benefits of Implementation】 - Achieving miniaturization, high performance, and high reliability - Reducing development time and costs - Enabling early market entry

• Circuit board design and manufacturing
• EMS
• Contract manufacturing

In the collaborative robot industry, there is a demand for product development that balances safety and efficiency. Particularly for robots designed for collaborative work with humans, high reliability and safety are essential. Malfunctions or misoperations not only threaten the safety of operators but can also lead to decreased productivity. Fujisoft's DMS/EMS services provide a consistent process from design to manufacturing, contributing to the improvement of collaborative robot reliability and the reduction of development time. 【Usage Scenarios】 - Prototype development of collaborative robots - Small-batch, diverse production - Parts procurement and inventory management 【Benefits of Implementation】 - Reduction in development time and costs - Achievement of high-quality products - Shortening of time to market

• Circuit board design and manufacturing
• EMS
• Contract manufacturing

In the automotive industry, particularly in ECU development, high reliability and quality are required. ECUs related to vehicle safety must operate under harsh environmental conditions, making consistent quality management essential from the design phase through manufacturing and evaluation. Fujisoft's DMS/EMS services contribute to improving quality and shortening development time in ECU development by providing a consistent process from design to manufacturing. 【Application Scenes】 - In-vehicle ECUs - ADAS-related ECUs - Powertrain control ECUs 【Effects of Implementation】 - Improved ECU reliability - Reduced development time - Thorough quality management

• Circuit board design and manufacturing
• EMS
• Contract manufacturing

In the medical field, particularly in surgical assistance, real-time accurate information processing and safety are the top priorities. To improve the precision of surgeries and reduce the burden on surgeons, advanced image analysis and robotic control are required. Physical AI solutions provide a foundation that meets these needs by achieving high-speed processing and low power consumption through edge AI, thereby enhancing the quality of surgeries. 【Use Cases】 - Control of surgical assistance robots - Anomaly detection through endoscopic image analysis - Environmental monitoring in the operating room 【Benefits of Implementation】 - AI processing is completed on-site without relying on the cloud - Advanced processing, including generative AI, is possible with low power consumption around 10W - Real-time decision-making and control without communication delays - Reduced system costs and thermal design load due to GPU-less configuration - Long-term supply and support suitable for industrial applications

• Embedded system design service
• Image Processing Equipment
• Sensors

In the infrastructure industry, there is a demand for both efficiency and safety in inspections of bridges, tunnels, and power lines. Many challenges exist, such as labor shortages, a decrease in skilled technicians, and the risks associated with working at heights. Physical AI solutions contribute to improving efficiency and safety by providing autonomous inspection systems that utilize AI to address these challenges. 【Use Cases】 - Crack detection in bridges - Anomaly detection on tunnel walls - Foreign object detection on power lines 【Benefits of Implementation】 - Increased efficiency of inspection work - Improved inspection accuracy - Ensured safety for workers

• Embedded system design service
• Image Processing Equipment
• Sensors

In the logistics industry, the worsening labor shortage and the need for efficiency in warehouse operations have become significant challenges. In particular, there is a demand for improved accuracy in automated mobile robots (AMR) and inventory management systems. These systems require real-time situational judgment and rapid control, and relying on a cloud environment can lead to issues due to communication delays. Physical AI solutions can perform advanced processing, including generative AI, on the edge with low power consumption of less than 10W, enabling real-time judgment and control. 【Use Cases】 - Control and situational awareness of autonomous mobile robots (AMR) in logistics and warehouses 【Benefits of Implementation】 - AI processing is completed on-site without relying on the cloud - Advanced processing, including generative AI, is possible with low power consumption in the 10W range - Real-time judgment and control without communication delays are achieved

• Embedded system design service
• Image Processing Equipment
• Sensors

In the construction industry, it is crucial to accurately and swiftly grasp the on-site conditions for project progress management. Various factors, such as weather, worker deployment, and material delivery status, can potentially lead to project delays. Physical AI solutions analyze on-site information using AI and visualize progress in real-time, addressing these challenges. Our solution, equipped with SiMa.ai's Modalix, achieves responsiveness tailored to on-site conditions, contributing to the efficiency and safety of construction projects. 【Use Cases】 - Safety management of workers on construction sites - Optimization of material inventory management and delivery planning - Monitoring the operational status of heavy machinery and equipment 【Benefits of Implementation】 - AI processing is completed on-site without relying on the cloud - Capable of advanced processing, including generative AI, with low power consumption at the 10W level - Enables real-time decision-making and control without communication delays

• Embedded system design service
• Image Processing Equipment
• Sensors

In the automation of industrial machinery, high precision and reliability are required. Particularly in cases where complex control and high-speed operation are demanded, optimization of design and high-quality manufacturing are essential. Inadequate design or manufacturing can lead to a decline in machine performance or failure. Our DMS/EMS services provide consistent support from design to manufacturing, offering optimal solutions tailored to our customers' needs. 【Application Scenarios】 - FA (Factory Automation) - Robot Control - Image Processing Systems - Various Sensor Control 【Benefits of Implementation】 - Development of high-quality products - Reduction of development time - Cost savings - Support for small-lot, diverse products - Acceleration of market introduction

• Circuit board design and manufacturing
• EMS
• Contract manufacturing

In the medical device industry, particularly in the diagnostic field, advanced technology and quality are essential. Reliable product development is crucial in the design and manufacturing of electronic devices that influence diagnostic accuracy. Fujisoft's DMS/EMS services provide consistent support from design to manufacturing, assisting customers in the development of diagnostic equipment. 【Usage Scenarios】 - Imaging diagnostic devices - Biometric monitors - Analyzing equipment 【Benefits of Implementation】 - Reduced development time - Improved quality - Cost reduction

• Circuit board design and manufacturing
• EMS
• Contract manufacturing

In quality inspection of the manufacturing industry, it is important to quickly and accurately detect product defects and prevent the outflow of defective products. Especially as manufacturing lines become faster, there is a demand for real-time inspection capabilities. Traditional inspection methods require manual visual inspections or expensive dedicated inspection equipment, leading to challenges such as increased costs, variability in inspection accuracy, and delays in inspection. Physical AI solutions are being utilized as an implementation-based AI platform that realizes responsiveness according to on-site conditions, supporting appearance inspection, anomaly detection, and equipment condition monitoring in manufacturing environments. [Use Cases] - Appearance inspection, anomaly detection, and equipment condition monitoring in manufacturing environments [Benefits of Implementation] - AI processing is completed on-site without relying on the cloud - Advanced processing, including generative AI, is possible with low power consumption around 10W - Real-time judgment and control without communication delays are achieved

• Embedded system design service
• Image Processing Equipment
• Sensors

Physical AI solutions are systems that integrate real-time connections between on-site information obtained through sensors and AI inference and control processes, enabling devices and robots to operate autonomously and optimally. They achieve responsiveness tailored to on-site conditions and are utilized as implementation-based AI platforms to support efficiency, stable operations, and improved safety in fields such as manufacturing, logistics, and mobility. At the core of realizing these physical AI solutions on-site is SiMa.ai's SiMa MLSoC "Modalix." Modalix is a next-generation edge AI platform that can directly execute LLM, LMM, and generative AI on the edge with low power consumption of less than 10W, functioning as an optimal "brain" for environments that require real-time performance and safety. **Usage Scenarios:** - Appearance inspection, anomaly detection, and equipment condition monitoring in manufacturing sites - Control and situational awareness of autonomous mobile robots (AMRs) in logistics and warehouses - Autonomous control and task optimization of robots in robotics and factory automation (FA) fields.

• Embedded system design service
• Image Processing Equipment
• Sensors

In the entertainment industry, the protection of copyrighted works and the safety of software that handles them are crucial. Particularly in content distribution and software development, vulnerabilities in open-source software (OSS) and licensing risks can lead to copyright infringement and information leaks. Compliance with the Cyber Resilience Act (CRA) starting in 2027 is also urgent. Fujisoft's cybersecurity measures support safe software development through OSS vulnerability management, automatic generation of Software Bill of Materials (SBOM), and integration with DevOps infrastructure. This enables the coexistence of copyright protection and enhanced security, allowing businesses to operate with peace of mind. 【Use Cases】 - Content distribution platforms - Software development companies - Game development companies - Video production companies 【Benefits of Implementation】 - Reduction of OSS vulnerability risks - Increased efficiency in software configuration management through SBOM - Preparation for CRA compliance - Reduction of copyright infringement risks

• Other security

In the IT industry, it is important to diagnose software vulnerabilities and protect systems from cyber attacks. Especially with the increasing use of OSS (open source software), managing vulnerabilities and license risks is essential. By 2027, the Cyber Resilience Act (CRA) will be mandated, requiring enhanced security measures. Fujisoft's cybersecurity measures contribute to safe product development and reduce the burden of the development process through high-precision detection of OSS vulnerabilities, automatic generation of SBOM, and integration with DevOps infrastructure. This is recommended for those considering strengthening software security and addressing OSS vulnerabilities. 【Use Cases】 - Want to understand OSS vulnerabilities and license risks - Feeling challenged in balancing specifications and security measures - Want to streamline SBOM management and CRA compliance 【Benefits of Implementation】 - Visualization of OSS vulnerability risks - Reduction of management workload through automatic SBOM generation - Support for CRA compliance

• Other security

In the retail industry's payment systems, it is essential to securely protect customer information and financial transactions. Information leaks and system outages due to cyberattacks can undermine customer trust and have serious impacts on business continuity. By 2027, the Cyber Resilience Act (CRA) will be mandated, making software security measures even more important. Fujisoft's cybersecurity measures support the construction of secure payment systems through OSS vulnerability management, automatic generation of SBOMs, and integration with DevOps infrastructure. 【Usage Scenarios】 - Online payment systems - POS systems - Store networks 【Benefits of Implementation】 - Protection of customer information - Reduction of system outage risks - Compliance with regulations

• Other security

In the energy sector, particularly in critical infrastructure, system outages caused by cyberattacks can have a significant impact on society as a whole. By December 2027, the Cyber Resilience Act (CRA) will be fully applied in the EU, mandating the strengthening of software security. For systems supporting critical infrastructure, addressing OSS vulnerabilities, managing SBOMs, and complying with the CRA are urgent tasks. Fujisoft will leverage its 40 years of embedded development experience to support your cybersecurity measures. By utilizing Black Duck SCA, we will achieve safe product development and reduce the burden of the development process. 【Usage Scenarios】 - Control systems for critical infrastructure such as power plants, transmission networks, and oil and gas plants - Mitigating the risk of system outages due to cyberattacks - Streamlining CRA compliance, OSS vulnerability management, and SBOM management 【Benefits of Implementation】 - Visualization of OSS vulnerabilities and license risks - Reduction of management workload through automatic SBOM generation - Establishment of a safe product development process

• Other security

In the transportation supply chain, the security of information systems is crucial. In particular, the risk of cyberattacks across the entire supply chain is increasing, and information leaks or system outages can significantly impact business continuity. By 2027, the Cyber Resilience Act (CRA) will be applicable, making security measures across the entire supply chain essential. Fujisoft's cybersecurity measures contribute to safe product development and the reduction of burdens in the development process through high-precision detection of OSS vulnerabilities, automatic generation of SBOMs, and integration with DevOps infrastructure. This is recommended for those considering strengthening software security and addressing OSS vulnerabilities. 【Use Cases】 * Strengthening security across the entire supply chain * Addressing OSS vulnerabilities * SBOM management * Compliance with CRA 【Benefits of Implementation】 * Reducing security risks across the entire supply chain * Mitigating the risks of information leaks and system outages * Supporting compliance with CRA * Ensuring safe product development and reducing the burden of the development process

• Other security

In educational institutions, it is important to manage the personal information of students and staff appropriately and to minimize the risk of information leaks. Especially with the increase in online learning activities, information leaks and system outages due to cyberattacks can become serious issues that hinder the continuity of education. There is also pressure to comply with the Cyber Resilience Act (CRA) starting in 2027, making the strengthening of security measures an urgent task. Fujisoft's cybersecurity measures support safe system development and operation through vulnerability management of OSS, automatic generation of SBOM, and collaboration with DevOps infrastructure. We encourage you to consider this to balance personal information protection and the continuity of educational activities. 【Use Cases】 - Personal information management in schools and boards of education - Strengthening security for online learning platforms - Information security education for staff 【Benefits of Implementation】 - Reduction of personal information leak risks - Protection of systems from cyberattacks - Preparation for CRA compliance - Establishment of a safe educational environment

• Other security

In the telecommunications network industry, the stable operation of systems and the protection of customer data are the top priorities. In particular, vulnerabilities in the software that makes up the network increase the risks of service outages and information leaks. By 2027, the Cyber Resilience Act (CRA) will be mandated, making security measures essential. Fujisoft's cybersecurity measures achieve safe product development and reduce the burden of the development process through high-precision detection of OSS vulnerabilities, automatic generation of SBOMs, and integration with DevOps infrastructure. 【Use Cases】 - Development of network equipment - Strengthening the security of communication infrastructure - Addressing software vulnerabilities 【Benefits of Implementation】 - Compliance with CRA - Visualization of OSS risks - Streamlining SBOM management

• Other security

In the protection of government agency systems, robust security measures are essential to prevent information leaks and system outages. Particularly in systems that handle critical information of citizens, it is necessary to minimize damage from cyber attacks. By 2027, the Cyber Resilience Act (CRA) will be mandated, making software security measures mandatory. Fujisoft's cybersecurity measures support safe system development through the detection of OSS vulnerabilities, automatic generation of SBOMs, and integration with DevOps infrastructure. We encourage government agencies considering software security enhancements and OSS vulnerability measures to review our materials. 【Usage Scenarios】 - Strengthening security for critical infrastructure systems - System security measures for personal information protection - Compliance with CRA 【Benefits of Implementation】 - Reduction of OSS vulnerability risks - Streamlining of SBOM management - Establishment of a safe system development process

• Other security

In the healthcare industry, highly confidential information such as patients' personal data and medical records is handled. Information leaks not only undermine patient trust but also carry risks of legal liability and damages. In particular, cyberattacks that exploit software vulnerabilities are one of the main causes of information leaks. The Cyber Resilience Act (CRA) will come into effect in 2027, requiring healthcare institutions to strengthen their software security measures. Fujisoft's cybersecurity measures support safe software development through OSS vulnerability management and automatic generation of SBOM, reducing the risk of information leaks. 【Use Cases】 - Electronic medical record systems - Medical information systems - Patient portal websites 【Benefits of Implementation】 - Reduction of information leak risks - Compliance with regulations - Gaining trust from patients

• Other security

In the manufacturing industry, there is always a risk of leakage of confidential information such as intellectual property and customer data. Information leaks due to cyberattacks can undermine a company's trust and make business continuity difficult. By 2027, the Cyber Resilience Act (CRA) will be mandatory, making software security measures essential. Fujisoft's cybersecurity measures support safe product development through the detection of OSS vulnerabilities, automatic generation of SBOMs, and integration with DevOps infrastructure. This is ideal for those considering strengthening software security and addressing OSS vulnerabilities. 【Use Cases】 - Protection of confidential information - Risk management in the supply chain - Compliance with CRA 【Benefits of Implementation】 - Reduction of information leakage risks - Compliance with regulations - Streamlining of the development process

• Other security

In the financial industry, protecting customer data and preventing fraudulent transactions are the top priorities. Information leaks and system outages due to cyberattacks can lead to a loss of trust from customers and cause significant damage. The Cyber Resilience Act (CRA) will be fully applied in the EU by December 2027, affecting financial institutions as well. Attacks exploiting software vulnerabilities are relentless, and urgent measures are required. Fujisoft's cybersecurity measures support safe system development through OSS vulnerability management and automatic generation of SBOMs. Let's enhance the security of the fraud detection system by utilizing Black Duck SCA. 【Use Cases】 * Strengthening the security of fraud detection systems * Protecting customer information * Compliance with the Cyber Resilience Act (CRA) 【Benefits of Implementation】 * Early detection and response to OSS vulnerabilities * Streamlining software configuration management with SBOM * Safe system development and operation

• Other security

"DoCD" is a complete debugging system for the DCD DQ80251/DQ8051/DT8051/DP8051x/DP80390x microcontroller cores. It offers several features, including real-time non-intrusive debugging capabilities, enabling pre-silicon validation, post-silicon, and on-chip software debugging. This allows for hardware breakpoints, tracing, variable monitoring, and multi-C source debugging. 【Key Blocks】 ■ Debugging features of the IP core ■ Hardware debugger ■ Debugging software *For more details, please download the PDF (English version) or feel free to contact us.

• Other core systems

The "DQ8051CPU" is an IP core for a single-chip 8-bit embedded microcontroller designed to operate with both high-speed (on-chip) and low-speed (off-chip) memory. It is 100% binary compatible with the 8051 8-bit microcontroller and is specifically designed with a focus on performance-to-power consumption ratio, featuring an advanced Power Management Unit (PMU). Additionally, it includes a built-in DoCD-JTAG on-chip debugger and supports the Keil μVision development platform as well as standalone DoCD debugging software. 【Specifications (partial)】 ■ 100% compatibility with 8051 ■ Capable of executing 28.40 times faster than the original 80C51 at the same frequency due to a quad-pipeline architecture ■ Up to 26.721 VAX MIPS at 100MHz ■ 24 times faster multiplication ■ 12 times faster division *For more details, please download the PDF (English version) or feel free to contact us.

• Other electronic parts

The DQ80251 is an IP core for a 16-bit/32-bit embedded microcontroller that is 100% binary compatible with the 16-bit 80C251 and the 8-bit 80C51 microcontrollers. It features a built-in DoCD-JTAG on-chip debugger and supports debugging software from Keil DK251 and DoCD. The Dhrystone 2.1 benchmark program runs at 75 times the speed of the original 80C51 and 6 times the speed of the original 80C251 under the same frequency conditions. Furthermore, due to its high instruction efficiency, the size of the code compiled for SOURCE mode is approximately half that of the equivalent standard 8051 code. 【Specifications (partial)】 ■ 100% binary compatible with 80C251 ■ Implements BINARY and SOURCE modes ■ Most instructions execute in 1 clock cycle ■ Quad pipeline architecture allows operation at the same frequency, 75 times faster than the original 80C51 and 6 times faster than the 80C251 *For more details, please download the PDF (English version) or feel free to contact us.

• Other electronic parts

The "D32PRO" is an IP core for a 32-bit microcontroller based on the Harvard architecture. It supports dual and multi-core systems, making it suitable for embedded systems that require higher computational performance and system complexity by improving code density. It comes with various peripheral interfaces such as USB, SPI, LCD, HDLC, UART, Ethernet MAC, CAN, LIN, and RTC, allowing for easy system construction. 【Specifications (partial)】 ■ 32-bit Harvard architecture ■ Maximum performance of 1.52/2.67 DMIPS/MHz and 2.59 CoreMarks/MHz ■ Minimum ASIC gate area of 10.6k/6.8k ■ 15 32-bit general-purpose registers ■ ASIC silicon-proven architecture *For more details, please download the PDF (English version) or feel free to contact us.

• Other electronic parts

The "DI3CM" is an HCI controller that complies with the MIPI I3C Basic v1.1.1 specification and the Host Controller Interface v1.1 specification. I3C (Improved Inter-Integrated Circuit) is a bus that succeeds the I2C bus. I3C significantly improves usage, power, and performance while maintaining the assets inherited from I2C. The core uses two pins and has minimal power consumption, reducing cost and complexity while allowing easy interfacing with multiple sensors from various vendors to the controller or application processor. 【Specifications (partial)】 ■ Compliant with MIPI I3C Basic v1.1.1 specification and Host Controller Interface v1.1 specification ■ MIPI Manufacturer ID: 0x03B3 ■ Supports static and dynamic addresses for I2C devices ■ Support for Dynamic Address Assignment (DAA) *For more details, please download the PDF (English version) or feel free to contact us.

• Other electronic parts

"DUART" is a soft core of a Universal Asynchronous Receiver/Transmitter (UART). It enables serial transmission in UART mode and is a very simple and small UART IP core available on the market. Additionally, it features a programmable 16-bit baud rate generator that can divide the timing reference clock input by a divisor ranging from 1 to (2^16-1). 【Specifications (partial)】 ■ Majority logic ■ Addition or removal of standard asynchronous communication bits (start, stop, parity) to serial data ■ Supports UART mode ■ Independently controlled transmission, reception, line status, and data set interrupts *For more details, please download the PDF (English version) or feel free to contact us.

• Other electronic parts

The "D16450" is a soft core universal asynchronous receiver/transmitter (UART) that is functionally the same as the TL16C450. It also includes a programmable 16-bit baud generator, which can divide the timing reference clock input by a divisor ranging from 1 to (2^16-1). Supported devices/OS include Intel FPGA, Lattice FPGA, Xilinx FPGA, and ASIC. 【Specifications (partial)】 ■ Software compatible with 16450 UART ■ Configuration features ■ Isolated configurable BAUD clock line ■ Majority logic ■ Addition or removal of standard asynchronous communication bits (start, stop, parity) to serial data *For more details, please download the PDF (English version) or feel free to contact us.

• Other electronic parts

The "D16750" is a soft core universal asynchronous receiver/transmitter (UART) that is functionally the same as the TL16C750. It supports serial transmission in two modes: UART and FIFO. In FIFO mode, the transmitter and receiver are buffered with 64 (up to 512) bytes of FIFO each, reducing the number of interrupts to the CPU. In UART mode, the receiver and transmitter are double-buffered to eliminate the need for precise synchronization between the CPU and serial data. 【Specifications (partial)】 ■ Software compatible with 16450, 16550, and 16750 UARTs ■ Configuration features ■ Isolated configurable BAUD clock line ■ Majority logic ■ Supports RS232 and RS485 *For more details, please download the PDF (English version) or feel free to contact us.

• Other electronic parts

The D16950 is a soft core universal asynchronous receiver/transmitter (UART) that is functionally the same as the OX16C950. It supports serial transmission in two modes: UART and FIFO. In FIFO mode, an internal FIFO is activated, storing 128 bytes (up to 512) in both the receive and transmit directions (with 3 bits of error data per byte in the RCVR FIFO). Additionally, it features a programmable 16-bit baud generator that can divide the timing reference clock input by a divisor ranging from 1 to (2^16-1). 【Specifications (partial)】 ■ Software compatible with 16450, 16550, 16650, 16750, and 16950 UARTs ■ Configuration features ■ Isolated configurable BAUD clock line ■ Majority logic ■ Supports RS232 and RS485 *For more details, please download the PDF (English version) or feel free to contact us.

• Other electronic parts

We would like to introduce the SPARKLE multi-GPU server 'W790-52L-8P' that we handle. It boasts excellent cost efficiency, equipped with a large capacity of VRAM and high Tokens/s performance. It features an Intel Xeon W-3400 processor in a full tower workstation. Please feel free to contact us if you have any inquiries. 【Features】 ■ Up to 192GB VRAM, with 4 SPARKLE Intel Arc Pro B60 Duo 48GB cards ■ Full tower workstation equipped with an Intel Xeon W-3400 processor ■ Over 70 models optimized/validated with IPEX-LLM (e.g., Llama, Gemma3, etc.) *For more details, please download the PDF (English version) or feel free to contact us.

• server

The "W790-52L-6P" is a cost-effective multi-GPU server from SPARKLE, equipped with large-capacity VRAM and high Tokens/s performance. It features a full tower workstation with an Intel Xeon W-3400 processor. The company offers not only hardware but also barebone servers and workstation solutions, ranging from GPUs to full systems. 【Features】 ■ Up to 144GB VRAM, with three SPARKLE Intel Arc Pro B60 Duo 48GB ■ Full tower workstation equipped with an Intel Xeon W-3400 processor ■ Over 70 models optimized/validated with IPEX-LLM (e.g., Llama, Gemma3, etc.) *For more details, please download the PDF (English version) or feel free to contact us.

• server

We would like to introduce the SPARKLE multi-GPU server 'W790-4U-10P' that we handle. Equipped with an Intel Xeon W-3400 processor in a 4U rack-type workstation. Over 70 models have been optimized/validated with IPEX-LLM. The company provides not only hardware from GPUs to full systems but also barebone servers and workstation solutions. 【Features】 ■ Up to 240GB VRAM, 10 SPARKLE Intel Arc Pro B60 24GB cards ■ Equipped with an Intel Xeon W-3400 processor in a 4U rack-type workstation ■ Over 70 models optimized/validated with IPEX-LLM (e.g., Llama, Gemma3, etc.) *For more details, please download the PDF (English version) or feel free to contact us.

• server

The "C741-6U-16P" is a multi-GPU server that can accommodate up to 16 SPARKLE Intel Arc Pro B60 24GB graphics cards. It features dual Intel Xeon Scalable processors in a 6U rack-mounted multi-GPU server. It offers excellent cost efficiency, large capacity VRAM, and high Tokens/s performance. 【Features】 ■ Up to 384GB VRAM, 16 SPARKLE Intel Arc Pro B60 24GB ■ Dual Intel Xeon Scalable processors in a 6U rack-mounted multi-GPU server ■ Over 70 models optimized/validated with IPEX-LLM (e.g., Llama, Gemma3, etc.) *For more details, please download the PDF (English version) or feel free to contact us.

• server

The "C741-6U-Dual 16P" is a cost-effective multi-GPU server equipped with large-capacity VRAM and high Tokens/s performance. It can accommodate up to 16 SPARKLE Intel Arc Pro B60 Duo 48GB graphics cards. Achieve the maximum VRAM capacity with a single server. 【Features】 ■ Up to 768GB VRAM with 16 SPARKLE Intel Arc Pro B60 Duo 48GB ■ 6U rack-mounted multi-GPU server with dual Intel Xeon scalable processors ■ Expandable with SPARKLE PCIe 5.0 expansion boards ■ Over 70 models optimized/validated with IPEX-LLM (e.g., Llama, Gemma3, etc.) *For more details, please download the PDF (English version) or feel free to contact us.

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The "Intel Arc Pro B60 24GB GDDR6-Blower" is a PCIe GPU card suitable for demanding professionals. The blower model features a radial fan design that efficiently expels heat from the card/enclosure, making it ideal for professional workstations and multi-GPU configurations with limited internal airflow. It supports Linux multi-GPU LLM, enhancing AI performance and delivering faster, higher-quality results. 【Specifications (Partial)】 ■SPECIFICATIONS ・Boost Clock: 2400MHz ・Xe Cores: 20 ・Ray Tracing Units: 20 ・Intel XMX Engines: 160 *For more details, please download the PDF (English version) or feel free to contact us.

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The "Intel Arc Pro B60 24GB GDDR6-Passive" is a PCIe GPU card that supports Linux multi-GPU LLM, enhancing AI performance to achieve faster and higher-quality results. Equipped with 24GB of GDDR6 memory, a bandwidth of up to 456GB/s, and 160 XMX AI engines, it is well-suited for demanding professionals. The efficient passive cooling system optimizes thermal performance while maintaining quiet operation. 【Specifications (Partial)】 ■SPECIFICATIONS ・Boost Clock: 2400MHz ・Xe Core: 20 ・Ray Tracing Units: 20 ・Intel XMX Engines: 160 *For more details, please download the PDF (English version) or feel free to contact us.

• Other electronic parts