Yongatek Microelectronics offers innovative solutions in IC, ASIC, SoC, Chip Design, 5G/6G, Satellite Communications, Radar, Video Processing, and IoT. With an experienced R&D team having over 15 years of expertise, we specialize in ASIC, FPGA, and SoC design, development, and verification. Since 1998, our team has contributed to leading semiconductor and R&D companies globally. We push the boundaries of technology, particularly in 5G/6G and Satellite Communications, while continuously advancing in Radar technology, Image Processing, and IoT.
AVCI is designed for the defense industry , shooting sports and training industry. This cutting-edge product is engineered to revolutionize the measurement of ammunition speed and coordinates, providing unparalleled accuracy and efficiency. The AVCI is designed for use in defense industry and industrial applications. It is being developed to measure the speeds and deviation amounts of produced. With a special system to be installed, the aim is to measure the speed of the desired object with a microsecond margin of error and its coordinates with a millimetric margin of error. AVCI has a real-time processing power of 200,000 FPS and performs the above-mentioned measurements in less than a millisecond.
KIRMIK Intelligent Video Analytics (KIVA) SoC is targeted for AI-based edge computing applications. KIVA SoC includes an image processor (ISP) with 4K image processing capability, a 10 TOPS neural network processing engine (NPU), and a H.265 Video Codec. KIVA SoC is targeted to be manufactured using TSMC12nm technology in 2026. Main features of KIVA SoC are as follows: •Quad-core Arm Cortex-A53 CPU with secure boot •H.265 video codec •AI-based inference accelerator •LPDDR4 memory interface •MIPI D-PHY video input •HDMI 2.0 video output •Gbit Ethernet interface •USB 3.0 host interface •Boot from QSPI NOR Flash or eMMC •UART, I2C, I2S, PWM, ADC peripherals •TSMC 12nm FFC technology •FBGA package
ÇENTİK V2 is the most comprehensive project in our microcontroller product line. ÇENTİK V2 MCU will be available in the market in 2026. Technical Features: • 32-bit RISC-V CPU • TSMC 40nm technology • 5V IO operating voltage • 48MHz system frequency • 256-Byte OTP memory • 128KB Flash memory • 8KB SRAM memory • Direct memory access (DMA) controller • 3x 16-bit general purpose timer • 1x 8-bit watchdog timer • External interrupt (IRQ) • Peripherals o 3x UART o 2x SPI o 2x I2C o 6-channel PWM o 10-channel 12-bit analog digital converter • Internal/External oscillator + PLL • Internal LDO • In-System Programming (ISP) • JTAG debug interface • 64-pin TQFP packet • Operating temperature [-20°C, +85°C] • Operating voltage range: [2.7V, 5.5V]
SAKA FPGA: Ø Custom FPGA/eFPGA fabrics tailored to requirements, built usin the OpenFPGA framework. Ø Rapid prototyping for swift development cycles. Ø Innovative FPGA design services empowered by OpenFPGA. SAKAv1.0: FPGA SoC Features • TSMC 55 nm Technology • 18x18 Layout • 144 Kb of true dual-port memory blocks • 9 DSP Blocks • 2160 Logic Elements (1 fracturable LUT4 and 2 FF in each logic element) • Supports Multiple clock domains • Built-in RISC-V MCU
Edge Processing: Captures data from camera feeds and processes it locally, transforming raw visuals into meaningful information. Intelligent Analytics: Utilizes advanced image processing and AI algorithms to analyze video streams, enabling the identification and tracking of people, vehicles, and other objects. Real-Time Detection and Identification: Autonomously recognizes and locates targeted individuals or vehicles based on attributes such as car color, vehicle type, gender, or physical description, and rapidly communicates their location. Autonomous Operation: Eliminates the traditional security system requirements of high bandwidth, continuous power supply, and manual labor through an unconventional and efficient security approach.
Thanks to its ORAN compatibility, this product will be adaptable to a wide range of systems globally. Operating in the 700–900 MHz frequency band, it will play a critical role in long-distance signal transmission. As it is intended for use in rural areas, the system will be designed for low power consumption and will support digital beamforming with at least 2 transmit and 2 receive antennas. Key features of the product can be summarized as follows: 700/800/900 MHz frequency bands Supports 2T2R / 2T4R / 4T4R configurations FDD support eCPRI support with a minimum of 10 Gbps per port One eCPRI port per antenna ORAN Fronthaul PTP and SyncE synchronization LTE support DSS (Dynamic Spectrum Sharing) support Minimum 2x40W output power
YNG35 FPGA SOM • Xilinx Zynq Z-7035 • Dual ARM® Cortex®-A9 MPCore™ • 256 MB Quad-SPI flash memory • 4 GB external DDR3 SDRAM • 8 Differential Multi-Gigabit Transceiver channels
FPGA SOM CARD SOM Board 1.1. ZYNQ 7012S/7015/7030 BGA485 1.2. Maximum board dimensions: 50mm x 50mm 1.3. 32-bit DDR3 on the PS side 1.4. Boot QSPI Flash 1.5. Board-to-board connector with enough pins for all IOs to be exposed BASE Board 2.1. Maximum 50mm x 50mm board dimensions 2.2. Video decoder and analog inputs: PAL/NTSC Composite, Component YPbPr, S-video 2.3. CAMLINKx2 video input 2.4. GiG-E video input 2.5. HD-SDI video 2.6. M.2 compatible SSD support 2.7. Ethernet 2.8. MIPI CSI2 output.
YongaTek is dedicated to advancing communication technologies through pioneering research and development in 5G and satellite communication systems. With a steadfast commitment to innovation, we aim to lead the industry by offering advanced solutions tailored to meet the evolving needs of our customers. Our mission extends to the realm of IoT, where we facilitate seamless device communication, driving automation and efficiency. At YongaTek, our mission is to provide customizable System-on-Chip (SoC) designs, incorporating RISC-V or ARM-Cortex CPU cores, alongside a comprehensive peripherals and IP portfolio, empowering modern electronic systems with cutting-edge solutions that shape the future of connectivity.
YongaTek is committed to advancing communication technologies through pioneering research and development in 5G and satellite communication systems. With our expertise in artificial intelligence and image processing, and an unwavering dedication to innovation, we aim to lead the industry by delivering advanced solutions designed to meet the evolving needs of our customers. Our mission also extends to the Internet of Things (IoT), where we enhance automation and efficiency by enabling real-time, edge-based analytics through AI models, ensuring seamless communication between devices.
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