Hanguang 1010 series cards are designed for high-speed cryptographic computing environments. It has functions such as cryptographic computing, key management, physical random number generation, and device security protection. It supports the PCIE communication protocol and has two hardware types: PCIE X8 interface and M.2 interface. The maximum power consumption is only 4W. The card is suitable for high-speed cryptographic computing scenarios such as cloud computing, big data, and AI.

Hanguang 1020 series cards are designed for building a trusted IT environment, which provides virtualized trusted root services based on hardware security chips. Depending on application types, RCP, integrated in Hanguang 1020 cards, can virtualize several or even dozens of logically independent TCM, TPM, or TPCM trusted roots, that are one-to-one correspondences to cloud computing hosts or virtual machines, and provide dedicated hardware trusted root and trusted computing service for each device accordingly.

Hanguang 1030 series cards are designed for hardware acceleration of dedicated algorithm. Relying on the reconfigurable algorithm core integrated in RCP, Hanguang 1030 provides dynamic reconfigurable units for public algorithms or user-specific algorithms, accelerates algorithm executing efficiency by loading algorithm configuration files, and supports nanosecond-level algorithm switching between different algorithms. In short, it can meet the hardware acceleration needs of user-specific algorithms in special scenarios.