Core Viewpoint - Tianhe Defense is focusing on its "Qinmo" series materials for panel-level chip packaging and insulated thermal conductive copper-clad boards, while its subsidiary Chengdu Tongliang is the main platform for its RF chip business [2]. Group 1: Company Overview - The "Qinmo" series materials are primarily targeted at panel-level chip packaging and insulated thermal conductive copper-clad boards [2]. - Chengdu Tongliang's product offerings include four main categories: high-reliability RF transceiver front-end chips/modules for base stations, wireless communication RF transceiver chips/modules, radar perception chips/modules, and customized equipment products [2]. Group 2: Product Details - Specific products from Chengdu Tongliang include low-noise amplifiers, driver amplifiers, power amplifiers, switches, low-noise switches, RF front-end modules, and radar perception chips/modules [2].

Core Viewpoint - Tianhe Defense (300397) is actively engaged in the RF chip sector through its subsidiary Chengdu Tongliang, offering a diverse range of products for various applications, including military and civilian uses [1] Group 1: RF Chip Products - The company’s products in the RF chip domain include high-reliability RF transceiver front-end chips/modules for base stations, wireless communication RF transceiver chips/modules, radar sensing chips/modules, and customized equipment [1] - Specific products offered by Chengdu Tongliang encompass low-noise amplifiers, driver amplifiers, power amplifiers, switches, RF front-end modules, and radar sensing chips and modules [1] Group 2: Underwater Autonomous Vehicles - Tianhe Haifang, a subsidiary of the company, specializes in underwater autonomous vehicles that serve dual military and civilian purposes [1] - These vehicles are capable of long-term submersion and autonomous navigation, equipped with various sensors to perform different underwater tasks [1] - The autonomous vehicles can execute operations such as combat missions or ocean exploration and are designed for autonomous recovery and repeated use [1]