Gowin Semiconductor Products

Gowin offers two main FPGA families: LittleBee and Arora. The LittleBee family focuses on ultra-low-power applications with embedded flash technology, making it ideal for battery-powered devices, IoT applications, and portable electronics. These devices feature instant-on capability and consume minimal static power. The Arora family targets high-performance applications requiring higher logic density, more DSP resources, and faster I/O speeds. Arora devices are suitable for video processing, communications, and edge computing applications where performance is critical.

Evaluate your power budget and performance requirements to choose between LittleBee and Arora families. Contact our FAE team for detailed comparisons and recommendations.

Selecting the right Gowin FPGA involves evaluating several key factors: 1) Logic capacity - estimate the number of LUTs, registers, and DSP blocks your design requires. 2) Power consumption - for battery-powered applications, prioritize LittleBee family with its ultra-low static power. 3) I/O requirements - consider the number of I/O pins, voltage standards, and high-speed interfaces needed. 4) Package size - Gowin offers devices in compact WLCSP and QFN packages for space-constrained designs. 5) Cost budget - Gowin FPGAs are generally cost-competitive, but pricing varies by device density. 6) IP requirements - verify that required IP cores (MIPI, DDR, etc.) are available for your chosen device.

Use our FPGA selection tool or contact our FAE team with your design requirements for personalized recommendations and power estimation.

LittleBee and Arora FPGAs serve different application needs: LittleBee devices feature embedded flash configuration memory for instant-on operation, ultra-low static power consumption (microamp level), and small form factor packages. They are ideal for battery-powered IoT devices, sensor interfaces, and portable electronics. Arora devices offer higher logic density (up to hundreds of thousands of LUTs), more DSP resources for signal processing, higher-speed SerDes transceivers, and support for external DDR memory interfaces. Arora is better suited for video processing, communications infrastructure, and compute-intensive edge AI applications. LittleBee prioritizes power efficiency and cost, while Arora emphasizes performance and capacity.

Choose LittleBee for power-sensitive, cost-sensitive, and small-form-factor applications. Choose Arora for performance-critical, high-bandwidth, and compute-intensive applications.

Gowin FPGAs are available in a wide range of package options to suit different application requirements: 1) WLCSP (Wafer Level Chip Scale Package) - ultra-small form factor for space-constrained designs, available in various ball counts. 2) QFN (Quad Flat No-lead) - leadless surface-mount packages offering good thermal performance and compact size. 3) TQFP (Thin Quad Flat Package) - traditional leaded packages suitable for prototyping and applications requiring easy handling. 4) BGA (Ball Grid Array) - high-density packages for devices with large I/O counts. Package selection depends on board space constraints, manufacturing capabilities, thermal requirements, and I/O count needs. Smaller packages like WLCSP enable miniaturized designs but require advanced PCB manufacturing.

Consider your PCB manufacturing capabilities and space constraints when selecting packages. Contact us for package recommendations and PCB layout guidelines.

Yes, Gowin offers the Tang Nano series of development boards, which are compact, affordable, and feature-rich platforms for FPGA evaluation and prototyping. The Tang Nano boards include various models with different Gowin FPGA devices, providing options for different logic capacity and I/O requirements. These boards typically feature USB programming interfaces, onboard memory, various I/O connectors, and expansion headers. The Tang Nano ecosystem has gained popularity in the maker community and education sector due to its low cost and ease of use. Gowin provides reference designs, example projects, and comprehensive documentation to help users get started quickly.

Purchase a Tang Nano development board from BeiLuo to evaluate Gowin FPGAs for your application. We offer bundled kits with cables and documentation.