Group 1 - The company has successfully launched the HWD9361 RF transceiver chip, which features two receive and two transmit channels with a maximum bandwidth of 56MHz, marking a significant breakthrough in the RF transceiver field [1][3] - The HWD9361 chip integrates key technologies such as direct conversion modulator design, active up-conversion mixer design, and low-noise amplifier design, and has applied for multiple invention patents based on these technological advancements [1][3] - The chip is designed for a wide frequency range, covering 47MHz to 6GHz for transmission and 70MHz to 6GHz for reception, with a maximum gain of 70dB and low leakage [1][2] Group 2 - The successful release of the HWD9361 chip expands the company's high-speed signal chain product line and broadens its market space, with plans for further technological advancements to meet customer needs [3] - The chip is applicable in various fields such as communication base stations, software-defined radio, point-to-point communication systems, microwave communication, and radar systems, enhancing signal coverage and communication capacity [2][3] Group 3 - The company has relocated its main office to better manage investor relations and facilitate communication with investors, while other contact information remains unchanged [7]

Core Viewpoint - Chengdu Huawi has announced the launch of its HWD9361 dual-receive and dual-transmit RF transceiver chip, marking its first product in the zero-IF RF transceiver category, featuring a maximum bandwidth of 56MHz and advanced technical capabilities [2][11]. Product Overview - The HWD9361 chip is designed for applications in communication base stations and software-defined radios, characterized by a wide frequency range, high integration, and performance [5][11]. - The chip includes a "ten-thousand jump" feature, which allows for high-frequency switching, indicating its suitability for communication applications [9][11]. Market Position and Competition - The zero-IF architecture is not a recent development; it has been widely adopted in various devices, including smartphones and 5G base stations, with major companies like Qualcomm and Analog Devices leading the market [10]. - Chengdu Huawi claims that there are currently no similar domestic products, although international competitors like Analog Devices offer advanced zero-IF solutions with broader frequency coverage and higher bandwidth capabilities [9][10]. Financial and Development Insights - The total investment for the development of the zero-IF RF transceiver series is projected to be 45.7 million yuan, with 4.67 million yuan invested in the first half of 2025 [6]. - The company has provided samples of the new chip to customers but has not yet received feedback due to its recent launch [11][12].

Core Viewpoint - Chengdu Huami announced the successful release of its two-receive, two-transmit zero intermediate frequency RF transceiver chip, marking a significant breakthrough in the RF transceiver chip sector [2]. Group 1: Product Development - The HWD9361 RF transceiver chip features a maximum bandwidth of 56MHz and is the company's first product in the zero intermediate frequency RF transceiver category [2]. - The chip is equipped with a "thousand jump" function, indicating advanced capabilities in its design [2].

Core Viewpoint - Chengdu Huamei Electronics Technology Co., Ltd. has successfully launched the HWD9361 RF transceiver chip, marking a significant breakthrough in the field of RF transceiver technology [1] Product Development - The HWD9361 chip is a two-receive, two-transmit RF transceiver with a maximum bandwidth of 56MHz, representing the company's first product in the zero intermediate frequency RF transceiver category [1] - The chip features a "ten thousand jump" function, enhancing its capabilities and expanding the company's product offerings in high-speed signal chain technology [1] Market Expansion - The successful release of the HWD9361 chip broadens the company's high-speed signal chain product portfolio and increases market opportunities [1] - The company aims to continue technological advancements to meet customer demands and promote the development of domestic high-speed signal chain chips [1]