Jingwei Qili (HME) Products

Browse our comprehensive range of jingwei-qili electronic components. As a core distributor, we provide genuine products with technical support and competitive pricing.

Product Categories

HME-P Series (Pegasus)

High-performance FPGA series featuring LUT6 architecture, high-speed transceivers, and rich hard IP ...

HME-P1 Sub-series HME-P2 Sub-series HME-P3 Sub-series

HME-H Series (Hercules)

Cost-effective 22nm FPGA series offering excellent performance-to-price ratio for mainstream applica...

HME-H1 Sub-series HME-H2 Sub-series HME-H3 Sub-series

HME-M Series (Mars)

Ultra-low power FPGA series designed for battery-powered and portable applications with advanced pow...

HME-M1 Sub-series HME-M2 Sub-series

HME-A Series (Apollo)

High-end FPGA series with maximum logic capacity and performance for the most demanding applications...

HME-A5 Sub-series HME-A7 Sub-series

Frequently Asked Questions

What is an FPGA and when should I use one?

FPGA (Field Programmable Gate Array) is an integrated circuit that can be programmed after manufacturing to implement custom digital logic functions. Use FPGAs when: You need parallel processing capabilities that microprocessors cannot provide. You require deterministic real-time response. Your application involves high-speed data processing or complex algorithms. You need flexible hardware that can be updated in the field. You want to prototype ASIC designs. Common applications include communications infrastructure, industrial control, video processing, and AI acceleration.

Contact our FAE team to discuss whether FPGA is the right solution for your application.

FPGA basics when to use FPGA FPGA applications

How do HME FPGAs compare to Xilinx and Intel FPGAs?

HME FPGAs offer competitive alternatives to international brands: Architecture - modern LUT6 architecture similar to Xilinx 7-series. Performance - comparable clock speeds and logic density. Power efficiency - 22nm process provides excellent power consumption. Cost - typically 30-50% lower cost for equivalent functionality. Support - local Chinese language support with faster response times. Supply chain - domestic production reduces lead times and geopolitical risks. IP ecosystem - comprehensive library of hard and soft IP cores. Migration - most designs can be ported with minimal RTL changes.

Evaluate HME FPGAs for cost-sensitive projects or applications requiring local support and supply security.

HME vs Xilinx FPGA comparison Chinese FPGA

What is the typical development cycle for an FPGA project?

FPGA development timeline: Requirements analysis - 1-2 weeks to define specifications and select device. Design entry - 2-4 weeks for RTL coding and module development. Simulation - 2-3 weeks for functional verification. Synthesis and implementation - 1-2 weeks for timing closure. Board bring-up - 1-2 weeks for hardware validation. System integration - 2-4 weeks for software integration and testing. Total typical timeline - 2-4 months for moderate complexity designs. HME advantages: Local FAE support accelerates problem resolution. Reference designs reduce development time. Primace tools provide fast iteration cycles.

FPGA development cycle FPGA project timeline FPGA design flow