富士ソフト Product Lineup

The "Agilex 3 SoC FPGA System on Module" is a product equipped with a dual-core Arm Cortex-A55 processor (up to 800MHz) and provides up to 135,110 logic elements. It features 4GB of HPS LPDDR4 memory (expandable up to 8GB), 32GB of eMMC storage (expandable up to 128GB), and 1Gb of QSPI flash (expandable up to 2Gb). Additionally, it offers four GTS transceivers (up to 12.5Gbps) and various interfaces (such as 2.5G Ethernet PHY, USB 2.0 OTG), and supports an operating temperature range of -40°C to +85°C. [Features (partial)] ■ AgilexTM 3 C-Series family with M16A Package ■ HPS LPDDR4 – 32bit 4GB (Expandable up to 8GB) *For more details, please download the PDF or feel free to contact us.

We would like to introduce the 'Agilex 7 SoC FPGA SOM iW-RainboW-G43M' that we handle. It features an enhanced 200G (half-duplex communication) encryption core with MACsec IP supporting AES-GCM encryption/decryption, protecting network traffic. With enhanced bfloat16 and up to 25 TFLOPS of digital signal processing (DSP) performance (FP16), it achieves high performance per watt. 【Features (partial)】 ■ Quad ARM Cortex A53 Processor ■ R31B/R31C Package With 4 x F-Tile ■ 32GB eMMC (Expandable) ■ 8GB DDR4 with ECC for HPS (64bit + 8bit) ■ 2 x 8GB DDR4 with ECC for FPGA (64bit + 8bit) *For more details, please download the PDF or feel free to contact us.

With extensive knowledge in hardware design centered around FPGAs, we can accommodate a wide range of FPGA development from small to large scale. We offer a one-stop solution that includes not only RTL design and other logical designs but also software development and custom implementation, including board development. We have formed alliances with various chip vendors, enabling us to work with not only major FPGA vendors but also new FPGA vendors that have gained attention due to the recent semiconductor supply shortages. 【Areas of Expertise】 - Research and Development - System Design - Hardware Development - Comprehensive Verification - System Verification - Mass Production

At Fujisoft, we offer the "Edge AI Consultation" service, which supports and provides the first step of POC (Proof of Concept) from initial consideration to data collection and implementation. 【Service】 The development of Edge AI can be broadly divided into two stages: the preliminary stage, which involves the design of objectives and the creation of training data, and the latter stage, which consists of AI training and its implementation as Edge AI. Our "Edge AI Consultation" service supports appropriate tasks and suitable choices at each stage with the help of our AI engineers and embedded engineers, enabling effective AI development for our customers. <Content> - Edge AI Data Consultation We support the creation of high-quality training data from the initial consideration stage. - Edge AI Implementation Consultation We support the implementation from AI creation to Edge device deployment. *For more details, please feel free to contact us.

We would like to introduce the 'Agilex 5 SoC FPGA SOM iW-RainboW-G58M' that we handle. It achieves excellent power efficiency performance with 1.6 times the performance per watt compared to competing products with 16nm FPGA, improving HPS energy efficiency with the first asymmetric Arm application processor cluster. With a wide range of IP sets and connection options covering a broad density range (50KLE-656KLE), it meets the diverse application needs and allows scaling of device size to accommodate various I/O standards for edge and embedded sensors that can be configured with a single FPGA device. [Features (partial)] ■ Agilex 5 E-Series family with B32A Package ■ Dual-core 64-bit Arm Cortex-A76 up to 1.8 GHz ■ Dual-core 64-bit Arm Cortex-A55 up to 1.5 GHz *For more details, please download the PDF or feel free to contact us.

Providing a group of MPEG standard codecs as IP Cores with high quality, low latency, low power consumption, and a small footprint. Available in Intel FPGA and Xilinx versions.

IntelliProp develops high-quality and high-performance IP core products and ASSP products for the storage industry. Since its establishment in 1998, the company has been providing competitive IP core products as a leading company in specialized fields such as SATA, SAS, PCIe/NVMe, NAND flash, security/encryption, and RAID technology in Longmont, Colorado, USA, where major companies in the storage industry gather. *For more details, please refer to the PDF document or feel free to contact us.*

Northwest Logic has been providing controller IP cores focused on memory interfaces, MIPI, and PCI Express since its establishment in 1995. For memory interfaces, we offer a wide range of controllers including HBM2, DDR4/3, and LPDDR4, as well as CSI-2 and DSI-2/DSI for MIPI, and Gen4/3 for PCI Express. Our customizable IP cores are equipped with the full functionality of each protocol and are compatible with both ASIC and FPGA platforms. In addition to achieving high performance and quality for standalone controller IP cores through extensive simulation and hardware verification, we also focus on collaboration with PHY IP vendors and verification IP vendors, enabling us to provide total solutions for customers looking to integrate memory interfaces, MIPI, and PCI Express functionalities into their systems. *For more details, please refer to the PDF materials or feel free to contact us.

We specialize in acceleration boards and COTS boards targeted at applications that perform network packet processing (NPP), high-performance computing (HPC), and large-scale, high-volume signal processing (SP). Our product lineup includes boards equipped with Xilinx FPGAs and Intel(R)(Altera) FPGAs, providing platforms suitable for acceleration, security, and network development. We also offer PCI interfaces in various sizes. *For more details, please refer to the PDF materials or feel free to contact us.*

The "IP Core SAS Target for FPGA and ASIC" complies with the SAS 3.0 standard and supports a maximum transfer rate of 12Gbps (1200MB/s) for Serial-SCSI (SAS) target (device). It consists of four blocks (Phy layer, LINK layer, PORT layer, TRN layer) and interfaces with processors, SerDes, and memory. It is designed to connect to SAS-compliant host applications to transmit and receive OOB signals, primitives, and SAS frames. 【Specifications (Excerpt)】 ■ Compliant with SAS 3.0 standard ■ Supports SAS 3.0Gbps, 6.0Gbps, and 12.0Gbps ■ Register access to link layer/transport layer ■ Supports SerDes, PIPE, and SAPIS interfaces ■ Supports OOB sequence and speed negotiation sequence *For more details, please download the PDF or feel free to contact us.

The "IP Core SAS Initiator for FPGA/ASIC" complies with the SAS 3.0 standard and supports a maximum transfer rate of 12Gbps (1200MB/s) for Serial-SCSI (SAS) initiators (hosts). It consists of four blocks (Phy layer, LINK layer, PORT layer, TRN layer), along with a processor, SerDes, and memory interface. It is designed to connect to SAS-compliant device applications to transmit and receive OOB signals, primitives, and SAS frames. 【Specifications (Excerpt)】 ■ Compliant with SAS 3.0 standard ■ Supports SAS 3.0Gbps, 6.0Gbps, and 12.0Gbps ■ Register access to link layer/transport layer ■ Supports SerDes, PIPE, and SAPIS interfaces ■ Supports OOB sequence and speed negotiation sequence *For more details, please download the PDF or feel free to contact us.

We would like to introduce the 'FPGA/ASIC IP Core for NVMe Target' handled by Fujisoft Inc. It is equipped with NVMe command queuing response functionality, allowing it to be used in high-performance storage products that take advantage of NVMe's high data transfer speeds. This is an IP core for NVMe targets that complies with the NVMe 1.4 specification and operates on PCIe 4.0 (8Gbps) x 8 lanes. 【Specifications (Excerpt)】 ■ Compliant with NVM Express 1.4 specification ■ Compatible with third-party PCIe Root Complex IP cores ■ Application layer with an interface to the processor ■ FIFO data interface ■ Register access from the processor is possible *For more details, please download the PDF or feel free to contact us.

The "IP Core for SATA RAID for FPGA/ASIC" provides RAID 0 (striping and concatenation) and splits data across multiple storage endpoints to achieve higher system storage performance. It is designed to operate with extremely low latency during data transfers between SATA storage devices and backend data interfaces. This can be used for RAID 0 storage solutions that require high speed and large capacity. 【Specifications (excerpt)】 - Supports RAID 0 (striping and concatenation) - Operates with an even number of drives - SATA transfer rates: 1.5Gbps, 3.0Gbps, and 6.0Gbps (supports automatic speed negotiation) *For more details, please download the PDF or feel free to contact us.

We would like to introduce our "FPGA/ASIC IP Core for SATA Device ADCI." This is an IP core for SATA devices that complies with the SATA 3.3 standard and supports a maximum transfer rate of 6Gbps (600MB/s). It features an ADCI (Advanced Device Controller Interface) that allows for easy operation via processors/firmware, making it suitable for a wide range of SATA storage device solutions. 【Specifications (Excerpt)】 ■ Complies with SATA Revision 3.3 standard (1.5Gbps, 3.0Gbps, 6.0Gbps) ■ Supports Application layer, Transport layer, Link layer, and Phy layer, including ADCI ■ Supports OOB (Out of Band) ■ Uses FIFO for DATA interface *For more details, please download the PDF or feel free to contact us.

The "IP Core SATA Host AHCI for FPGA/ASIC" complies with the SATA 3.3 standard and supports a maximum transfer rate of 6Gbps (600MB/s) for SATA hosts. With the AHCI interface, it can be easily connected using standard drivers. Additionally, it consists of the SATA core [Phy layer, LNK layer, TRN (Transport) layer], SATA host application, and AHCI layer. 【Specifications (Excerpt)】 ■ Complies with SATA Revision 3.3 standard (1.5Gbps, 3.0Gbps, 6.0Gbps) ■ Supports OOB (Out of Band) ■ Supports either SerDes, PIPE, or SAPIS interfaces ■ Supports power modes (partial/slumber) ■ Equipped with self-test functionality *For more details, please download the PDF or feel free to contact us.

We would like to introduce our "SATA Host APP IP Core for FPGA and ASIC." This is an IP core for SATA hosts that complies with the SATA 3.3 standard and supports a maximum transfer rate of 6Gbps (600MB/s). It consists of the PHY layer, LNK layer, TRN (Transport) layer, application layer, SerDes, and FIFO interface. 【Specifications】 ■ Complies with SATA Revision 3.3 standard (1.5Gbps, 3.0Gbps, 6.0Gbps) ■ Supports OOB (Out of Band) ■ Uses FIFO for the DATA interface ■ Supports either SerDes, PIPE, or SAPIS interfaces ■ Supports power modes (partial/slumber) ■ Equipped with self-test functionality *For more details, please download the PDF or feel free to contact us.

The XUP-VV8 is a 3/4 length PCIe card equipped with a QSFP-DD (double-density) cage. The Virtex UltraScale + VU13P or VU9P FPGA supports up to 8x100GbE or 32x10/25GbE. The FPGA provides a large logic and memory resource with up to 3.8M logic cells and 455Mb of memory. This board also includes a jitter cleaner to support synchronous Ethernet. It can be configured as a single width for users who do not require DIMMs for external memory.

The XUP-P3R is a 3/4-length PCIe x16 card based on the Xilinx Virtex UltraScale+ FPGA. UltraScale+ devices provide high performance, high bandwidth, and low latency for systems that require large data flows and packet processing. This board offers up to 512 GBytes of memory, advanced clocking, extensive memory configurations, and four front panel QSFP cages that support up to 100 Gbps (4x25), including 100GbE. It also incorporates a Board Management Controller (BMC) for advanced system monitoring, significantly simplifying platform integration and management.

We would like to introduce the 'AV-811p' that we handle. This card supports up to four 400GbE with QSFP-DD, 48GB LPDDR4 memory, PCIe Gen5 x8x8, and an AI engine (only for VP2802). Additionally, it is equipped with a sophisticated board management controller (BMC) that enables advanced system monitoring and control. 【Specifications (partial)】 ■ACAP ・AMD Xilinx Versal Premium VP1802 / VP2802 ・Core speed grade -2 ・AI engines (only for VP2802) 472 AI Engine Tiles, 118Mb AI Engine Memory ■Onboard Flash ・Flash memory for ACAP boot *For more details, please download the PDF or feel free to contact us.

BittWare's "AV-860h" is a PCIe Gen5 accelerator card designed to provide the highest performance for data centers and edge computing. This card is equipped with LPDDR4 memory, PCIe Gen5 x8, and a board management controller (BMC) for advanced system monitoring and control. It can be used as an accelerator on its own or connected to I/O via custom servers or add-on cards. 【Specifications (partial)】 ■ACAP ・AMD Xilinx Versal HBM XCVH1528 ・Core speed grade -2 ・32GB HBM2e ■Onboard flash ・Flash memory for ACAP boot *For more details, please download the PDF or feel free to contact us.

BittWare's "AV-870p" is a PCIe Gen5 accelerator card designed to deliver the highest performance for data centers and edge computing. The AV-870p, equipped with AMD Versal Premium, is a full-height, 3/4-length PCIe accelerator that supports high-performance servers. This card features QSFP-DD ports supporting up to 4x 400GbE, PCIe Gen5 x8x8, and a board management controller (BMC) that enables advanced system monitoring and control. 【Specifications (Partial)】 ■ACAP ・AMD Xilinx Versal Premium VP1402/VP1502/VP1552 ・Core speed grade -2 ■Onboard Flash ・Flash memory for ACAP booting *For more details, please download the PDF or feel free to contact us.

The "RFX-8440L" that we handle is designed as a standalone card in a PCIe form factor. By installing this card in a robust chassis, it is possible to place the product near the antenna and convert antenna data into packets. It is powered entirely from an external power connector and can communicate via an onboard RJ45 connector, so a PCIe slot is not required. 【Specifications (partial)】 ■ Equipped with Flash - Flash memory for FPGA boot - Flash memory for ARM bootloader and OS image ■ External Memory - Processing System: 16GB, 64-bit DDR4-2100 with ECC - Programmable Logic: 10GB, single bank 40-bit DDR4-2400, without ECC *For more details, please download the PDF or feel free to contact us.

The BittWare 'RFX-8440A' data acquisition card is equipped with a 3rd generation AMD Zynq UltraScale+ RFSoC. This data acquisition solution meets the critical needs of applications such as phased array RADAR with its wide frequency range. It is a product that does not require power or signals from a PCIe slot. 【Specifications (partial)】 ■ Flash included - Flash memory for FPGA boot - Flash memory for ARM bootloader and OS image ■ External memory - Processing system: 16GB, 64-bit DDR4-2100 with ECC - Programmable logic: 10GB, single bank 40-bit DDR4-2400, without ECC *For more details, please download the PDF or feel free to contact us.

The "250-SoC" can form remote distributed storage or Ethernet Just-a-Bunch-of-Flash (EJBOF) when used. Equipped with both programmable logic and a 64-bit ARM processor, the Xilinx Zynq UltraScale+ MPSoC device. This high-spec device adjusts data transfer. 【Specifications (partial)】 ■ Host Interface - x16 mechanical PCIe Gen3 compatible - Configurable as two x8 PCI slots in a x16 or bifurcated slot up to Gen3 ■ QSFP Cage - Two front panel 4-25Gbps lane QSFP28 cages - User-programmable low-jitter clocking supporting 10/25/40/100GbE *For more details, please download the PDF or feel free to contact us.

The 『250-U2』 is a computing storage processor compliant with the U.2 form factor. It is equipped with a Xilinx Kintex UltraScale+ FPGA directly coupled to local DDR4 memory. It is designed to be deployed within traditional U.2 NVMe storage arrays, enabling FPGA-accelerated instances. 【Specifications (partial)】 ■ Power - Hot-swappable resistance - Power on the card obtained from U.2 power supply ■ Environment - Operating temperature: 5℃ to 35℃ - Cooling: air convection *For more details, please download the PDF or feel free to contact us.

BittWare's "IA-860m" is an Altera Agilex-M series FPGA card. By leveraging the unique tile architecture of the Agilex chip and featuring QSFP-DD, CXL-compatible PCIe Gen5 x16 and an optional MCIO expansion port, it supports a variety of applications. The M series FPGA is equipped with a rich memory hierarchy, maximizing memory bandwidth. 【Specifications (partial)】 ■ Onboard DDR4 SDRAM ・ DDR4 SDRAM x72bit (1 bank) ・ 8GB bank (16GB version also available) ■ Host Interface ・ U.2 connector ・ Compliant with SFF-8639 *For more details, please download the PDF or feel free to contact us.

BittWare's "IA-720i" is a product that supports up to twice the bandwidth of Gen4 with a PCIe Gen5 interface. The two M.2 slots support enterprise SSDs for data storage. Please feel free to contact us if you have any inquiries. 【Specifications (partial)】 ■ Onboard Flash ・ 2Gbit flash memory for FPGA boot ■ External Memory ・ 2×72-bit DDR4 banks (discrete components), up to 16GB each (total 32GB) ■ M.2 SSD Slots ・ 2x slots for NVMe PCIe M.2 22110 SSDs * For more details, please download the PDF or feel free to contact us.

BittWare's "IA-780i" is a card equipped with the Intel Agilex 7 I series FPGA. By leveraging the unique tile architecture of the Agilex chip and featuring two QSFP-DD, DDR4 SDRAM SODIMM, and CXL-compatible PCIe Gen5 x16, it accommodates a variety of applications. It supports Intel oneAPI, and the abstracted development flow significantly simplifies code reuse across multiple architectures. 【Specifications (partial)】 ■ ARM HPS ・Dedicated 40-bit DDR4 ・Dedicated Flash memory for booting ARM ・Optional 1GbE interface (contact BittWare) ■ Onboard Flash ・2Gbit flash memory for FPGA boot *For more details, please download the PDF or feel free to contact us.

BittWare's "IA-440i" is a card equipped with the Intel Agilex 7 I series FPGA. It is a NIC-sized single-slot card that leverages the unique tile architecture of the Agilex chip. With QSFP-DD (400GbE), DDR4 SDRAM, and CXL-compatible PCIe Gen5 x16, it supports a variety of applications. 【Specifications (partial)】 ■ Onboard Flash - 2Gbit flash memory for FPGA boot ■ External Memory - 2 x bank onboard DDR4, each with a maximum of 16GB ■ Host Interface - Direct connection of x16 Gen5 interface to FPGA, connected to PCIe hard IP - CXL v1.1 *For more details, please download the PDF or feel free to contact us.

The "IA-840F" is an Intel Agilex-based FPGA card. It features three QSFP-DD (3×200G), PCIe Gen4 x16, and two MCIO PCIe expansion ports for various applications. This card also supports Intel oneAPI. Please feel free to contact us if you need assistance. 【Features (partial)】 ■FPGA ・Intel Agilex AGF027 in an R2581A package ・Core speed grade -2, I/O speed grade -2 ■Onboard Flash ・2Gbit flash memory for booting the FPGA *For more details, please download the PDF or feel free to contact us.

The "IA-420F" is a low-profile FPGA card based on Intel Agilex. It features QSFP-DD (1×200G), up to 16GB of DDR4 SDRAM, PCIe Gen4 x16, and GPIO ports for various applications. This card also supports Intel oneAPI. Please feel free to contact us when needed. 【Features (partial)】 ■FPGA ・Intel Agilex AGF014 ・Core speed grade -2, I/O speed grade -2 ■Onboard Flash ・2Gbit flash memory for booting the FPGA *For more details, please download the PDF or feel free to contact us.

The "IA-220-U2" is a computational storage processor that directly connects to local DDR4 memory. The energy-efficient and flexible compute node is designed to be placed within a traditional U.2 NVMe storage array (approximately a 1:8 ratio). FPGA-accelerated instances are possible. 【Specifications (partial)】 ■FPGA ・Intel Agilex AGF014 ・Core speed grade - 3: I/O speed grade - 3 ■Equipped with DDR4 SDRAM ・DDR4 SDRAM x2 banks x72 bits ・Up to 8GB per bank (default 4GB) *For more details, please download the PDF or feel free to contact us.

The "520N-MX," designed for accelerated computing, is a PCIe board equipped with Intel's Stratix 10 MX2100 FPGA that integrates HBM2 memory. The size and speed of HBM2 enable acceleration for memory-bound applications. The board's 100G QSFP28 is suitable for clustering, and the OCuLink connector allows for expansion. 【Specifications (partial)】 ■FPGA ・Intel Stratix 10 MX (MX2100 in F2597 package) 　16GBytes on-chip high bandwidth memory (HBM2) DRAM, 410 GB/s (speed grade 2) ■Onboard Flash ・2Gbit flash memory for booting the FPGA *For more details, please download the PDF or feel free to contact us.

The "VP815" leverages the Speedster 7t FPGA architecture optimized for AI/ML and high-performance computing (HPC). Equipped with a Machine Learning Processor (MLP) block, 2D Network-on-Chip (NoC), GDDR6 memory, and 112G SerDes, it achieves exceptional AI inference performance. Please feel free to contact us when needed. 【Key Benefits】 ■ Acceleration of AI performance ■ High throughput and low latency ■ Scalable architecture *For more details, please download the PDF or feel free to contact us.

The "S7t-VG6" offers a 7nm Achronix FPGA. The board equipped with a QSFP-DD cage supports up to 1x 400GbE or 4x 100GbE using the 56G PAM4 compatible Speedster 7t device. Additional QSFP ports support 2x 100GbE, and 4x MCIO connectors support NVMe connected storage. 【Features (partial)】 ■ Onboard Memory - 8x GDDR6: 8 Gbit per, 2 independent 16 bit channels per; 8 GBytes total - 1 bank DDR4-2666 with ECC, up to 4 GBytes (x72) - Flash memory host interface for FPGA booting ■ Host Interface - PCIe Gen4 x16 interface directly connected to the FPGA *For more details, please download the PDF or feel free to contact us.

The "RFX 880" is a PCIe card equipped with a 3rd generation RFSoC ZU43DR featuring 4-channel ADC and 4-channel DAC, supporting up to 400GbE. This product, which offers 400GbE digital I/O, supports four times the bandwidth compared to PCIe used during data transfer through two QSFP-DD ports. It is well-received by customers building satellite base stations. 【Features】 ■ Analog: 5GSPS 14-bit ADC x 4 + 9.7GSPS 14-bit DAC x 4 ■ Digital: Up to 400Gb/s I/O (RFX 880) *For more details, please download the PDF (English version) or feel free to contact us.

The "RFX 770" is a PCIe card equipped with a third-generation RFSoC ZU43DR featuring 4-channel ADC and 4-channel DAC, supporting PCIe Gen4 x8x8. This product provides a bandwidth of PCIe Gen3 x16, achieving a physical transfer speed of 16GB/second. When sending packets to the host DRAM via the host CPU, a transfer speed of approximately 10GB/second can be achieved. 【Features】 ■ Analog: 5GSPS 14-bit ADC x4 + 9.7GSPS 14-bit DAC x4 ■ Digital: PCIe Gen4 x8x8 (RFX 770) *For more details, please download the PDF (English version) or feel free to contact us.

In the telecommunications industry, the demand for increased data volume and real-time processing is rising, making high-speed data processing capabilities essential. Particularly in next-generation communication systems such as 5G and 6G, high-speed signal processing using FPGAs becomes a crucial factor that influences system performance. FPGA/board contract development is proposed as a one-stop solution that includes not only logical design such as RTL design but also software development and custom implementation for board development. 【Use Cases】 - 5G/6G base stations - High-speed network equipment - Data centers 【Benefits of Implementation】 - High-speed data processing - Real-time processing realization - Overall system performance improvement

In the field of medical imaging, high resolution, real-time processing, and low latency are required. In particular, fast and accurate image processing is essential to improve diagnostic accuracy. FPGAs are the optimal solution to meet these demands. Our FPGA/board contract development provides one-stop support from RTL design to board development and software development, assisting in the development of medical imaging systems. 【Application Scenarios】 - Endoscopic image processing - X-ray image processing - MRI image processing - Ultrasound image processing - Ophthalmic image processing 【Benefits of Implementation】 - Reduced diagnosis time through high-speed image processing - Improved diagnostic accuracy through high-resolution image processing - Surgical support through real-time image processing - Enhanced operability through low-latency processing

In the development of autonomous driving systems, advanced computational processing capabilities and real-time performance are required. FPGAs are a key technological element to meet these demands. In particular, the flexibility and parallel processing capabilities of FPGAs are essential for high-speed processing of sensor data and the implementation of complex algorithms. Our company leverages its extensive knowledge in FPGA-based hardware design to support our customers in solving challenges in autonomous driving system development. We offer a one-stop solution from logical design such as RTL design to software development, board development, and custom implementation. 【Application Scenarios】 - Processing of sensor data from LiDAR, cameras, and radar - Development of Electronic Control Units (ECUs) - Implementation of autonomous driving algorithms - Prototyping of in-vehicle systems 【Benefits of Implementation】 - Achieving safer autonomous driving through high-performance computational processing - Shortening development time and reducing costs - Adaptation to the latest FPGA technologies - Improved flexibility of the system

In the aerospace industry, data analysis requires real-time capabilities and high-precision processing power. Particularly in the analysis of flight data and sensor data, it is crucial to process vast amounts of data quickly and obtain accurate results. FPGAs contribute to the acceleration of data analysis due to their high parallel processing capabilities. Our FPGA/board contract development supports solving challenges in data analysis within the aerospace field. 【Use Cases】 - Flight data analysis - Sensor data processing - Real-time data analysis 【Benefits of Implementation】 - Acceleration of data analysis - Improvement of real-time capabilities - High-precision data processing

In the field of defense signal processing, advanced data processing capabilities and real-time performance are required. Particularly in radar systems and communication systems, high-speed signal processing is essential, making the use of FPGAs important. FPGAs allow for custom designs and can build hardware optimized for specific signal processing algorithms. Our FPGA/board contract development service provides a one-stop solution from RTL design to board development and software development to meet these demands. We also address semiconductor supply shortages and provide optimal FPGA solutions. 【Application Scenarios】 - Radar systems - Communication systems - Image processing systems - Data collection systems - Electronic warfare systems 【Benefits of Implementation】 - Realization of high-speed signal processing - Miniaturization and lightweight of systems - High reliability and durability - Optimization through customization - Assurance of long-term stable supply

In the industrial equipment industry, advanced control and real-time processing are required. Particularly in the automation of manufacturing lines and robot control, fast data processing and high reliability are essential. FPGAs are the optimal solution to meet these demands. Our FPGA/board contract development service provides a one-stop solution from RTL design to board development and software development, contributing to the performance enhancement of our customers' industrial equipment. 【Application Scenarios】 - Control systems for manufacturing lines - Robot control - Image processing systems - Measurement instruments - Communication devices 【Benefits of Implementation】 - Real-time control achieved through fast data processing - High reliability and stability - Miniaturization and energy efficiency of systems - Optimal system construction through customization - Response to semiconductor supply shortages

In the broadcasting and video transmission industry, there is a demand for the real-time transmission of high-quality video. Particularly with the spread of high-resolution video such as 4K/8K, high-speed processing and stable transmission of video data have become crucial. FPGAs provide the flexibility and high processing power needed to meet these demands. Our FPGA/board contract development services offer optimal solutions tailored to our customers' needs in the development of video transmission systems. 【Use Cases】 - Video encoders/decoders - Video switchers - Video transmission devices - Broadcasting equipment 【Benefits of Implementation】 - Achieving high-quality video transmission - Reducing latency through real-time processing - Improving system flexibility and scalability

In the financial industry, the speed of transactions is a crucial factor that determines competitive advantage. Delays measured in milliseconds can lead to significant losses. FPGAs contribute to the acceleration of trading systems due to their high processing power and flexibility. Our FPGA/board contract development services are essential for minimizing latency in trading systems of financial institutions and improving transaction processing speed. 【Usage Scenarios】 - High-frequency trading platforms - Market data processing - Risk management systems 【Benefits of Implementation】 - Improved transaction speed - Enhanced overall system performance - Strengthened competitiveness