This is a tailored guide for you: “2025 Embedded Development Direction Selection Guide”. Whether you are a confused student or an engineer looking to transition, this article will help you: Get a comprehensive view of embedded technology and its subfields at once. Clearly assess the technical requirements and learning difficulties of each direction. Precisely identify … Read more
Board Overview TES605 is a high-performance real-time signal processing platform based on the Virtex-7 FPGA. This platform utilizes a TI KeyStone series multi-core DSP TMS320C6678 as the main processing unit and a Xilinx Virtex-7 series FPGA XC7VX690T as the co-processing unit. It features two FMC sub-card interfaces, with various processing nodes interconnected via a high-speed … Read more
With the rapid development of the times, more and more people are choosing embedded development, aspiring to become embedded engineers. However, the knowledge of embedded systems is vast, and to become an excellent technical expert, a solid foundation in embedded development skills is essential. Below, we will share five core processors that are crucial to … Read more
NEWS TODAY Zhongke Benyuan has successfully developed the second generation of the RISC-V architecture 32-bit floating-point DSP core, SummerCore™, which is optimized for real-time control. Its performance reaches five times that of the TI C28x core and can be widely applied in industrial control, new energy, electric vehicles, and power electronics scenarios. SummerCore adopts the … Read more
The FDM320RV335 is a high-performance 32-bit floating-point DSP processor optimized for real-time control applications. This chip is based on Zhongke Benyuan’s self-developed RISC-V architecture DSP core, SpringCore1.0, with a working frequency of 150MHz. It integrates high-precision ADC, high-resolution PWM, eCAP, and eQEP interfaces on-chip, enabling high-performance motor control and power control. Application scenarios include industrial … Read more
“ In today’s highly digital world, we are surrounded by countless smart devices. From smartphones to autonomous vehicles, from IoT sensors to large-scale data centers, these technologies rely on various processing chips. However, faced with the dizzying abbreviations of CPU, MCU, MPU, SoC, DSP, ECU, GPU, and FPGA, even industry professionals can sometimes feel confused.” … Read more
In the current rapid development of electronic devices and artificial intelligence, the six core chips: MCU, SOC, DSP, FPGA, NPU, and GPU have become the key carriers for technology implementation. Although they all belong to the category of processors, their architectural designs, functional positioning, and application scenarios differ significantly. Understanding these differences is crucial for … Read more
Board Overview The VPX638 is a 6U VPX general signal processing platform based on the KU115 FPGA and C6678 DSP. This platform utilizes a Xilinx Kintex UltraScale series FPGA (XCKU115) as the main processor to perform complex data acquisition, playback, and data preprocessing. It employs a TI multicore floating-point DSP TMS320C6678 to execute signal processing … Read more
On the first day of the semester, I conducted a Matlab experiment on DSP, focusing on discrete plotting, and I started encountering errors with the stem function again. Although I can use plot to visualize discrete sequences, stem is more appropriate. Below is a comparison of the effects of plotting the same discrete sequence:However, when … Read more
Zhongke Benyuan is set to launch the FDM-RV0025 DSP, based on the next-generation RISC-V architecture core SummerCoreTM, which is optimized for applications in industrial control, servo motors, inverters, and converters. Compared to foreign benchmark products, it shows significant improvements in clock frequency, memory capacity, algorithm performance, signal chain processing speed, and interface transmission rates. Introduction … Read more