LightBoat 2300 Series FPGA Accelerator Card
LightBoat 2300 Series FPGA Accelerator Card
The LightBoat 2300 series FPGA is based on the AMD UltraScale+™ architecture and integrates the VU23P chip, providing 2252K logic units, 1320 DSP slices and 99Mb UltraRAM, supporting 4.1 TOPS computing power. The board is equipped with dual 100G Ethernet (QSFP28), PCIe Gen4 x8 interface and 4GB DDR4 memory, supporting high-speed data transmission and complex computing. 34 GTY transceivers (32.75Gb/s) and 4 GTM channels (58Gb/s) ensure low-latency communication and are compatible with industrial-grade environments. 75W PCIe power supply + 120W external power supply design, taking into account energy efficiency and performance. Suitable for data center network acceleration, AI reasoning and industrial edge computing, with high throughput, flexible expansion and low power consumption as core advantages.
LightBoat 2300 series FPGA is designed for intelligent network and data center acceleration. It is equipped with 58 high-speed transceivers and supports 200G SmartNIC, which significantly reduces CPU load and optimizes TCO. Its core advantages include:
(1) High-performance architecture: based on 16nm UltraScale+ process and 3D stacking technology, it achieves a balance between ultra-high logic density and energy efficiency;
(2) Flexible expansion: adapt to the evolution of edge computing and cloud computing protocols;
(3) Full-scenario coverage: enabling 5G base station processing, AI reasoning acceleration, and financial high-frequency trading.
It supports heterogeneous collaboration between Vitis development platform and Arm processor, providing a full-process acceleration solution from hardware to algorithm, and helping to build intelligent infrastructure.
| High-performance computing | Low-latency processing | Flexible and programmable | High energy efficiency | Easy to use |
| · Supports multiple high-speed interfaces such as dual-channel 100G Ethernet and PCIe GEN4, enabling large-scale parallel computing. | · Low latency design, suitable for applications with extremely high real-time requirements, such as data analysis, packet monitoring, high-frequency trading, etc. | · Users can customize FPGA logic according to their needs and quickly adapt to different application scenarios. | · Compared with traditional CPUs and GPUs, FPGA acceleration cards have significantly improved performance-to-power ratio. | · It can be deployed in the cloud or locally, and is simple to install and easy to deploy. |
