Semiconductor chip products
Advanced Integrated Circuits for Modern Computing
Our semiconductor chip products represent the core processing engines for today's electronic systems. From reconfigurable hardware to general-purpose processors, we provide solutions that balance performance, power efficiency, and functional integration for diverse application requirements.
Each chip product is engineered with precision manufacturing processes and rigorous quality controls to ensure reliable operation in demanding environments across industrial, automotive, telecommunications, and computing sectors.
Key Product Comparison
| Product Series | Logic Cells/LUTs | SERDES Speed | Memory Support | Key Features | Target Applications |
|---|---|---|---|---|---|
| High-Performance FPGA (70K-390K Logic Cells) |
70K, 160K, 390K | 12.5 Gbps | DDR3/DDR4-1866 | PCIe Gen3, High-speed interfaces | Communications, Data Analytics, Test & Measurement |
| Low-Density FPGA (25K-200K LUTs) |
25K, 50K, 100K, 200K | Up to 12.5 Gbps | DDR3/DDR4-1866 | Soft Error Detection & Correction, Industrial Grade | Industrial Control, Medical, Cybersecurity |
| Entry-Level FPGA (12K-100K LUTs) |
12K, 18K, 22K, 25K, 50K, 100K | 6.375 Gbps | DDR3-800 | Hard ADC, AES Module, MIPI Support | Consumer, Industrial, Communications |
| Desktop/Server CPU | 4-64 Cores | N/A | DDR4-2400/3200 | LoongArch ISA, PCIe 3.0, Security Module | Desktop Computing, Server Infrastructure |
| Embedded SoC | 1-4 Cores | PCIe 3.0 | DDR3/DDR4 | Integrated GPU, CAN, Industrial Interfaces | Industrial Control, IoT Edge, Automotive |
| Microcontroller | Single Core | N/A | Integrated SRAM/Flash | Motor Control, Ultra-Low Power | Motor Control, Smart Home, IoT Devices |
How to Choose: FPGA vs CPU Selection Guide
hen to Choose FPGA:
- Hardware Reconfigurability Needed: When your design requires post-manufacturing hardware changes or field upgrades
- Parallel Processing: For applications requiring massive parallel data processing like video analytics, radar signal processing
- Custom Hardware Acceleration: When specific algorithms need hardware acceleration beyond CPU capabilities
- Real-Time Signal Processing: For deterministic, low-latency signal processing applications
- Prototyping & Development: During hardware development phases where flexibility is crucial
- Interface Bridging: When multiple high-speed interfaces need custom protocol bridging
When to Choose CPU:
- General-Purpose Computing: For traditional software-based applications and operating systems
- Software Ecosystem Required: When leveraging existing software libraries, frameworks, and development tools
- Sequential Task Execution: For applications dominated by sequential processing and control logic
- Multi-Tasking & OS Support: When running complex operating systems with multi-tasking capabilities
- Legacy Software Compatibility: When maintaining compatibility with existing software investments
- Development Speed Priority: When time-to-market is critical and software development is faster than hardware design
Chip Product Categories
Field-Programmable Gate Arrays
Our FPGA portfolio spans from 12K to 390K logic cells, offering scalable solutions for diverse applications. High-performance series support 12.5 Gbps SERDES, PCIe Gen3, and DDR4-1866 for communications and data center applications.
Low-density FPGAs (25K-200K LUTs) feature configurable logic modules with built-in soft error detection and correction, making them ideal for industrial and mission-critical applications. Entry-level FPGAs integrate hard ADC cores, AES encryption, and MIPI interfaces for cost-sensitive designs.
All FPGAs are built on advanced mature processes and support comprehensive development toolchains with IP libraries and reference designs.
Explore FPGA Solutions
Central Processing Units & Embedded SoCs
Our CPU portfolio includes desktop processors (4-8 cores), server CPUs (16-64 cores), and embedded SoCs (1-4 cores). All processors feature the LoongArch instruction set architecture with advanced security and power management capabilities.
Desktop and server CPUs support DDR4-3200 memory, PCIe 3.0 interfaces, and integrated security modules. Embedded SoCs provide comprehensive peripheral integration including GPU, CAN, Ethernet, and industrial interfaces for compact system designs.
Industrial-grade variants offer extended temperature operation (-40°C to 85°C) and enhanced reliability for harsh environment applications.
Explore CPU SolutionsIndustry Applications
Telecommunications & 5G
High-performance FPGAs for 5G baseband processing and network acceleration. Server CPUs for core network infrastructure.
Industrial Automation
Industrial-grade FPGAs with soft error correction for PLCs. Embedded SoCs with CAN and industrial interfaces for control systems.
Automotive Systems
Automotive-grade chips for ADAS, vehicle control units, and infotainment systems with extended temperature operation.
Data Center & Cloud
High-core-count server CPUs for virtualization and cloud infrastructure. FPGAs for data acceleration and network security.
Consumer Electronics
Entry-level FPGAs for smart home devices. Low-power SoCs for multimedia and connectivity applications.
Medical & Instrumentation
High-reliability FPGAs for medical imaging and diagnostic equipment. Precision timing MCUs for laboratory instruments.
Technical Support Resources
We provide comprehensive technical documentation, development tools, and engineering support for successful integration of our chip products. Resources include datasheets with electrical specifications, application notes with design guidelines, and reference designs for common applications.
Development support includes software development kits, hardware evaluation platforms, and technical training materials. Our engineering team provides application assistance for system design, performance optimization, and compliance testing.
- Technical Datasheets & Specifications
- Application Notes & Design Guides
- Software Development Kits (SDKs)
- Hardware Evaluation Boards
- Reference Designs & Example Code
- Reliability Reports & Qualification Data
- Technical Training & Webinars
For optimal application fit, we recommend reviewing latest specifications and validating within your design. Our team is available for technical consultation.
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