Skip to content
Merged
Show file tree
Hide file tree
Changes from all commits
Commits
File filter

Filter by extension

Filter by extension

Conversations
Failed to load comments.
Loading
Jump to
Jump to file
Failed to load files.
Loading
Diff view
Diff view
12 changes: 8 additions & 4 deletions docs/aicore/README.md
Original file line number Diff line number Diff line change
Expand Up @@ -24,7 +24,11 @@ sidebar_position: 0

## 产品列表

| 瑞莎智核 AX-M1 |
| --------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
| ![瑞莎智核 AX-M1](/img/aicore-ax-m1/aicore_ax_m1_top.webp) |
| [瑞莎智核 AX-M1](/aicore/ax-m1/README.md) 是一款基于爱芯元智公司 AX8850 SoC 推出的高性能 M.2 加速模组,具有高算力、高能效比等特性,专为边缘智能计算与 AI 推理应用打造 |
| 瑞莎智核 |
| :----------------------------------------------------------------------------------------------------------------------------------------------------------------------------: |
| <img src="/img/aicore-sg2300x/sg2300x.webp" alt="瑞莎智核 SG2300X" width="200"/> |
| [瑞莎智核 SG2300X](/aicore/sg2300x/README.md) 是一款基于 SOPHON SG2300X SoC 的高性能 AI 核心板,具备 32TOPS INT8 算力,支持 SOC 和 PCIe 双模式工作,简化复杂的人工智能开发流程 |
| <img src="/img/aicore-ax-m1/aicore_ax_m1_top.webp" alt="瑞莎智核 AX-M1" width="600"/> |
| [瑞莎智核 AX-M1](/aicore/ax-m1/README.md) 是一款基于爱芯元智公司 AX8850 SoC 推出的高性能 M.2 加速模组,具有高算力、高能效比等特性,专为边缘智能计算与 AI 推理应用打造 |
| <img src="/img/aicore-dx-m1/dx-m1-top.webp" alt="瑞莎智核 DX-M1" width="600"/> |
| [瑞莎智核 DX-M1](/aicore/dx-m1/README.md) 是一款基于 DEEPX 公司 DX‑M1 模组的高性能 AI 加速算力模组,具有高能效、高精度计算和易用性等特性,专为边缘计算场景优化设计 |
2 changes: 1 addition & 1 deletion docs/aicore/sg2300x/README.md
Original file line number Diff line number Diff line change
Expand Up @@ -2,7 +2,7 @@
sidebar_position: 4
---

# 瑞莎智核 SG2300X 核心板
# 瑞莎智核 SG2300X

<Tabs queryString="target">
<TabItem value="瑞莎智核 SG2300X 核心板" label="瑞莎智核 SG2300X 核心板">
Expand Down
Original file line number Diff line number Diff line change
Expand Up @@ -21,7 +21,11 @@ The Radxa AICore Series boasts the following key features:

## Product List

| Radxa AICore AX-M1 |
| ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
| ![Radxa AICore AX-M1](/img/aicore-ax-m1/aicore_ax_m1_top.webp) |
| [Radxa AICore AX-M1](/aicore/ax-m1/README.md) is a high-performance M.2 acceleration module based on AX8850 SoC from Aixin Yuanzhi, featuring high computing power and energy efficiency ratio, designed for edge AI computing and AI inference applications. |
| Radxa AICore Series |
| :------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------: |
| <img src="/en/img/aicore-sg2300x/sg2300x.webp" alt="Radxa AICore SG2300X" width="200"/> |
| [Radxa AICore SG2300X](/aicore/sg2300x/README.md) is a high-performance AI core board based on SOPHON SG2300X SoC, featuring 32TOPS INT8 computing power, supporting SOC and PCIe dual-mode operation, simplifying complex AI development workflows |
| <img src="/en/img/aicore-ax-m1/aicore_ax_m1_top.webp" alt="Radxa AICore AX-M1" width="600"/> |
| [Radxa AICore AX-M1](/aicore/ax-m1/README.md) is a high-performance M.2 acceleration module based on AXera's AX8850 SoC, featuring high computing power and energy efficiency, specifically designed for edge AI computing and inference applications. |
| <img src="/en/img/aicore-dx-m1/dx-m1-top.webp" alt="Radxa AICore DX-M1" width="600"/> |
| [Radxa AICore DX-M1](/aicore/dx-m1/README.md) is a high-performance AI acceleration computing module based on DEEPX's DX-M1 module, featuring high energy efficiency, high-precision computing, and ease of use, optimized for edge computing scenarios. |
Binary file added static/img/aicore-sg2300x/sg2300x.webp
Loading
Sorry, something went wrong. Reload?
Sorry, we cannot display this file.
Sorry, this file is invalid so it cannot be displayed.
Loading