Jingwei Qili (HME) Distributor

Yes, BeiLuo is an officially authorized distributor of Jingwei Qili (HME) FPGA products. We maintain direct relationships with HME and provide genuine, factory-fresh FPGA devices. As an authorized distributor, we offer competitive pricing, technical support, and guaranteed product authenticity. Our FAE team has received specialized training from HME engineers and can provide expert guidance on device selection, design optimization, and application development.

Contact our sales team for HME FPGA quotations and technical support. We can provide evaluation boards and reference designs for your projects.

HME FPGAs offer several distinct advantages: 1) Local support - responsive technical support in Chinese with faster response times. 2) Supply security - domestic supply chain reduces geopolitical risks and lead times. 3) Cost-effectiveness - competitive pricing without compromising quality. 4) Customization - ability to provide customized solutions for specific Chinese market needs. 5) Complete IP portfolio - rich library of hard IP cores including DDR, PCIe, MIPI. 6) Advanced architecture - LUT6-based architecture with performance up to 700MHz. 7) Process technology - latest 22nm process for H series providing excellent power efficiency.

For projects requiring domestic components or concerned about supply chain security, HME FPGAs provide an excellent alternative to international brands.

Selecting the right HME FPGA involves evaluating several factors: 1) Logic capacity - estimate required LUTs, registers, and block RAM based on your design. 2) I/O requirements - consider pin count, voltage standards, and high-speed interfaces. 3) Hard IP needs - determine if you need built-in DDR, PCIe, or transceivers. 4) Power budget - choose appropriate series (M for low power, P for high performance). 5) Cost constraints - H series offers best cost-effectiveness for mainstream applications. 6) Development tools - ensure HME Primace software supports your design flow. Our FAE team can help with device selection based on your specific requirements and provide resource estimation guidance.

Share your design requirements with our FAE team for personalized device recommendations and resource estimation.

HME provides the Primace development environment, a comprehensive FPGA design tool suite that includes: Design Entry - schematic and HDL (Verilog/VHDL) entry with syntax highlighting and code completion. Synthesis - advanced synthesis engine optimized for HME architecture. Place & Route - efficient algorithms for optimal timing and resource utilization. Simulation - integrated simulation environment for design verification. Debugging - embedded logic analyzer for in-system debugging. IP Integration - easy integration of HME and third-party IP cores. The tool supports industry-standard design flows and is compatible with popular simulation tools. HME also provides extensive documentation, application notes, and reference designs to accelerate development.

Download the free Primace software from HME's website or contact us for installation support and training resources.

HME FPGA series comparison: HME-P (Pegasus) - High-performance series with LUT6 architecture, up to 700MHz, featuring high-speed transceivers (up to 12.5Gbps), rich hard IP including PCIe Gen3, DDR3/4, and MIPI D-PHY. Best for communications, video processing, and high-performance computing. HME-H (Hercules) - Cost-effective series on 22nm process, offering excellent performance-to-price ratio for mainstream applications. Ideal for industrial control and general-purpose designs. HME-M (Mars) - Ultra-low power series with advanced power management, optimized for battery-powered and portable applications. HME-A (Apollo) - High-end series with maximum logic capacity and highest performance for demanding applications.

Choose P series for high-performance applications, H series for cost-sensitive projects, M series for low-power designs, and A series for maximum capacity.

Yes, HME provides a comprehensive library of IP cores and reference designs: Hard IP Cores - DDR3/4 controllers, PCIe Gen1/2/3, Gigabit Ethernet MAC, MIPI D-PHY, high-speed transceivers. Soft IP Cores - processors (RISC-V, ARM Cortex-M), standard interfaces (SPI, I2C, UART, CAN), video processing IP, DSP functions. Reference Designs - 5G baseband processing, video encoding/decoding, industrial Ethernet, motor control, AI inference acceleration. Development Kits - Evaluation boards with comprehensive documentation and example projects. All IP cores are optimized for HME architecture and thoroughly verified. Reference designs include complete source code, documentation, and application notes.

Contact us for the IP catalog and reference design library. We can help identify relevant IP for your application.

Migrating from Xilinx/Altera to HME FPGAs: Design Portability - HME FPGAs support standard Verilog/VHDL, so RTL code can be directly reused. Architecture Differences - HME uses LUT6 architecture similar to modern Xilinx devices, facilitating migration. IP Replacement - HME provides equivalent IP cores for common functions (DDR, PCIe, Ethernet). Pin Compatibility - Some HME devices offer pin-compatible alternatives to popular Xilinx/Altera packages. Tool Differences - HME Primace replaces Vivado/Quartus, with similar design flows. Timing Constraints - SDC constraints are largely compatible. Our FAE team has extensive experience in migration projects and can provide detailed guidance, compatibility analysis, and optimization recommendations.

Contact our FAE team for migration assessment. We can analyze your existing design and provide a detailed migration plan.

Evaluating HME FPGAs is straightforward: 1) Request evaluation boards - contact BeiLuo to request development kits for your target series. 2) Download Primace software - free development tools available from HME website. 3) Review reference designs - comprehensive examples for common applications. 4) IP evaluation - access to IP core evaluation versions. 5) Technical documentation - datasheets, user guides, and application notes. 6) FAE support - our engineers can provide design review and optimization guidance. 7) Prototype support - sample devices for proof-of-concept. We recommend starting with a small design to familiarize yourself with the tools and device characteristics. For complex projects, our FAE team can provide on-site support and training.

Contact our sales team to request evaluation boards and samples. Our FAE team can provide application-specific guidance.