Kunpeng Library

Provides the latest updates in the Kunpeng BoostKit Library documentation.

Provides the list of fixed vulnerabilities in open-source and third-party software involved in the Kunpeng BoostKit software packages.

The Kunpeng Accelerator Engine (KAE) is a hardware-based acceleration solution on Kunpeng 920 series processors, including KAE encryption and decryption as well as KAE decompression.

The Kunpeng Unified Acceleration Framework (KUAF) is a solution for enhancing the collaboration between hardware and software libraries for faster compression and encryption/decryption.

KZstar is developed based on the open source Zstandard (zstd) compression algorithm. It is optimized for the Kunpeng platform to improve software-based decompression performance.

The KACC_crypto library leverages CPU SIMD and pipelining to improve single-core computing efficiency, optimize the SHA1 MB algorithm, and enhance HMAC performance. It can connect to VPP applications.

Kunpeng Acceleration JSON, also referred to as KACC_JSON, is a high-performance JSON function library based on the Kunpeng platform. It uses SVE256 instructions to enhance JSON serialization and deserialization. By leveraging Kunpeng hardware advantages, KACC_JSON delivers higher performance than Gson, an open source Java library.

This library runs on Kunpeng processors to offer acceleration features for the BiSheng JDK, including enhanced heap dump, JBooster, and JBolt.

The Kunpeng System Library (KSL) is a high-performance system function library optimized for the Kunpeng platform. It includes the AVX2KI, KQMalloc, HTL, KSL_ASN1, KHSEL, and kpglibc sub-libraries.

The Homogeneous Acceleration Framework (HAF) provides easy-to-use APIs to effectively and securely offload service code to acceleration nodes for execution.

This document describes how to compile Hyperscan, a high-performance regular expression matching library.

Hyper Media Performance Primitives (HMPP) provides high-performance acceleration functional interfaces for signal and image processing through NEON instructions supported by the Kunpeng processor.

Kunpeng Vector Signal Processing (KVSIP) provides functions such as basic vector computing, basic matrix computing, and fast Fourier transform. These functions adapt to the Kunpeng platform.

x265 takes advantage of Scalable Vector Extension (SVE), a vectorized instruction set architecture, to improve the video encoding performance on Arm devices.

HW265Enc is a video encoder developed based on the H.265/HEVC standard.

Kunpeng Computer Vision (KPCV) is designed for the Kunpeng platform, aiming to improve image processing performance on Kunpeng servers.

The Kunpeng Image Library (KIL) optimizes the image encoding performance of open-source image libraries libwebp and libavif, as well as the sws_scale function in FFmpeg libswscale.

The Kunpeng Math Library (KML) provides a high-performance math function interface optimized for the Kunpeng platform.

Smart prefetch is a storage acceleration library developed by Huawei. It uses high-speed cache drives and efficient prefetch algorithms to accelerate storage I/O, thus improving the overall performance in I/O-intensive scenarios.

This document describes how to use Kunpeng Extensible Packet Framework (XPF).

This document describes how to use and tune the Data Plane Development Kit (DPDK) for network data packet acceleration on the Kunpeng processor.

The Kunpeng Artificial Intelligence Library (KAIL) is a high-performance AI operator library optimized for the Kunpeng platform. It includes a deep neural network operator library (KDNN) and an extension operator library (KDNN_EXT).

Provides historical documents of Kunpeng libraries.