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[Solution Case] FPGA-AI Solution Vol. 4

[Solution Case] FPGA-AI Solution Vol. 4

Use "Platform Designer"! You can build FPGA systems without writing any code.

We would like to introduce our efforts in AI with FPGAs. In the fourth installment of "Citec's AI Solution Series Vol. 4," we will explain how to build FPGA systems using "Platform Designer." "Platform Designer" is a tool that can automatically generate interconnect logic to connect IPs, subsystems, and user logic. By using this tool, it is possible to build FPGA systems without writing any code. *For detailed case studies, you can view them through the related links. Please feel free to contact us for more information.

  • Embedded Board Computers
  • Development support tools (ICE, emulators, debuggers, etc.)

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[Solution Division] One-Stop Solution

[Solution Division] One-Stop Solution

From just one image to a product, a consistent system for realization! Providing high-quality solutions.

Our Solutions Division provides high-quality solutions that leverage the extensive knowledge and experience of members who have worked in different categories. We offer a one-stop service for design, manufacturing, quality assurance, material procurement, and maintenance. We deliver high-quality products utilizing face-to-face communication. Please feel free to contact us when you need our services. 【Features】 ■ Providing high-quality solutions that utilize a wide range of knowledge and experience ■ One-stop service for design, manufacturing, quality assurance, material procurement, and maintenance ■ Delivering high-quality products utilizing face-to-face communication *For more details, please refer to the related links or feel free to contact us.

  • Contract manufacturing
  • Other contract services

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Evaluation of the "56G-PAM4 Board" implementation completed.

Evaluation of the "56G-PAM4 Board" implementation completed.

We will support the upcoming high-speed communication standards with PAM4 signal communication boards!

To Matsudo Co., Ltd. and RITA Electronics, the main FPGA board for the '56G-PAM4 communication board' created during the technical study session aimed at solving customer challenges has been completed! After completing the basic checks, we will proceed with waveform verification using this board and continue to verify the operation in combination with the evaluation boards that will be successively completed thereafter. In an increasingly high-speed communication environment, we aim to accumulate high-speed technologies leading to PCIe Gen6.0, DDR, and 400G Ethernet, and provide solutions to our customers.

  • Communications
  • Circuit board design and manufacturing

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[Solution Case] FPGA In-house Research Meeting vol.3

[Solution Case] FPGA In-house Research Meeting vol.3

Check the position with the camera! Introducing a case where control was implemented to align a real ping pong ball to the same position.

We will introduce research on high-speed image processing and motor control using an ARM-integrated FPGA. This time, we are controlling the system to confirm the position with a camera and align a real ping pong ball to the same position. The position of a simulated ping pong ball displayed on a laptop screen is captured by the camera, and while processing through image recognition, we ensure that the actual ping pong ball is at the same height. The left display detects the simulated ping pong ball, finds the center of the circle, and calculates the height. Based on this result, we control the ping pong ball to the same position, but there is still a need to improve accuracy and feedback speed. *For more details on the case study, please refer to the related links. For further inquiries, feel free to contact us.

  • Embedded Board Computers
  • Development support tools (ICE, emulators, debuggers, etc.)

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Board "SY-KUS-01"

Board "SY-KUS-01"

PCI Express board capable of high-capacity data transmission and reception using high-speed serial communication.

The "SY-KUS-01" is a PCI Express board equipped with a Xilinx Kintex UltraScale FPGA. It enables high-speed serial communication for large-capacity data transmission and reception. It features two channels of DDR4 as external memory. It is equipped with the FPGA XCKU035-2FFVA1156C, and options for 025, 040, and 060 are also available. Additionally, it includes two QSPI (totaling 512Mbit). 256Mbit can be used as user space. 【Features】 ■ PCI Express (supports up to Gen3 x 8) ■ Oscillator ・ Equipped with 100MHz, 200MHz, and 250MHz ■ Two channels of DDR4 (1 channel = 32Gbit 64bit_DataBus) ■ SFP+ 4ch ■ MMCX 2Lane (Tx/Rx) + RefCLK ■ 8-pin PinHeader external interface *For more details, please refer to the PDF document or feel free to contact us.

  • Circuit board design and manufacturing
  • Contract manufacturing

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[Solution Example] EFINIX Ti60 Linux Boot

[Solution Example] EFINIX Ti60 Linux Boot

After logging in as "root," I was able to change directories and display the file list!

The difficulty in obtaining FPGAs continues, and we are constantly working on new devices. While investigating whether we could run Linux on RISC-V, we found a project that implements RISC-V on various evaluation boards using LiteX to run Linux. As a test, we created a design for the Titanium Ti60 F225 development kit, and when we actually ran it, we were able to log in as "root" and navigate directories and display file lists. *For more details on this case, you can view them through the related links. Please feel free to contact us for more information.

  • Embedded Board Computers

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[Solution Case] FPGA-AI Solution Vol. 6

[Solution Case] FPGA-AI Solution Vol. 6

Please take a look at the speed difference between software processing and logic processing using FPGA!

We would like to introduce our efforts in AI using FPGAs. The final installment of "SITEC's AI Solution Series Vol. 6" will be the "Advanced Version Edition." We will showcase a demo that tracks objects detected by AI using a camera, as well as a comparison of processing speeds between logic and software, utilizing the methods introduced so far. Please take a look at the speed differences between software processing and logic processing using FPGA, and confirm the differences for yourself. *For detailed information on the case studies, please refer to the related links. Feel free to contact us for more information.

  • Embedded Board Computers

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[Solution Division] From Contract Development to Mass Production Design

[Solution Division] From Contract Development to Mass Production Design

Technologies and services to overcome the diverse challenges of customers! Building an appropriate design process as a whole.

At the Solutions Division of SysTech Co., Ltd., we leverage our extensive know-how cultivated with major domestic manufacturers to provide high-quality solutions. To meet all customer needs, we establish a comprehensive and suitable design process. We can flexibly respond to any stage of the development process according to customer requests. Please feel free to contact us when you need our services. 【Features】 ■ Many software designers, hardware designers, mechanical designers, and FPGA engineers are on staff. ■ We provide not only individual contract development but also mass production design leading to product commercialization. ■ We can confirm product characteristics and requirements, including the selection of key devices, and compile specifications on behalf of our customers. ■ We can flexibly respond to any stage of the development process according to customer requests. *For more details, please refer to the related links or feel free to contact us.

  • Contract manufacturing
  • Other contract services

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[Solution Example] i.MX8M Mini <Differences in Patterns>

[Solution Example] i.MX8M Mini <Differences in Patterns>

Compare the differences and start testing with four types of design and pattern variations! Please take a look.

The preliminary evaluation has been completed to some extent, and we have created four types of circuit boards with different wiring patterns for LP-DDR4. We are comparing the differences between the pattern simulations during the design phase and the actual devices, providing feedback, and adjusting detailed CPU parameter settings while confirming operation and accumulating data. We are progressing with the evaluation work to propose suitable solutions. 【Design and Patterns】 ■Standard patterns based on NXP evaluation boards ■Consideration of delay constraint relaxation for high-density design support ■Verification of crosstalk effects ■Consideration of layer reduction *Details of the case studies can be viewed via the related links. For more information, please feel free to contact us.

  • Evaluation Board

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[Solution Case] FPGA In-house Research Meeting vol.2

[Solution Case] FPGA In-house Research Meeting vol.2

Increase to six and confirm operation! Introducing research that enables faster and more appropriate feedback.

We will introduce research on high-speed image processing and motor control using an ARM-integrated FPGA. Last time, we confirmed the control of a fan motor with a single ping pong ball, but we are now increasing it to six and progressing with the operation verification. Even with the same fan motor, the actual movement differs due to variations in precision and whether there is a fan next to it. Ultimately, we are conducting research that allows for faster and more appropriate feedback by confirming the position of the ping pong ball with a camera and controlling each fan motor while adjusting positions and controlling movements through simultaneous processing of software on the ARM and the FPGA. *For detailed information on the case, you can view it through the related links. Please feel free to contact us for more details.

  • Embedded Board Computers
  • Development support tools (ICE, emulators, debuggers, etc.)

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