Firmenblog über Mingjiada Supply Starlink Chips, Supply Starlink RF Transceiver, Starlink Terminal Processing And Radiation-Hardened Satellite Chips

Mingjiada Supply Starlink Chips, Supply Starlink RF Transceiver, Starlink Terminal Processing And Radiation-Hardened Satellite Chips

Shenzhen Mingjiada Electronics Co., Ltd. — specialising in the Starlink and satellite communications sectors, we have long supplied products such as Starlink RF transceiver chips, Starlink terminal processing chips and radiation-resistant satellite chips, empowering a new ecosystem of integrated air-space-ground communications.

I. Dedicated Starlink Chips (Low-Earth Orbit Constellation Compatible)
Addressing the specific requirements of low-Earth orbit Starlink constellation communications, Mingjiada Electronics supplies dedicated chips designed specifically for Starlink and similar systems. These are compatible with ground terminals, as well as vehicle-mounted, maritime and aviation mobile terminals, helping to realise global high-speed internet access.

1. Starlink RF Transceiver Chip (STL-1000): Supporting dual-band Ku/Ka-band communication, this chip features high gain and low noise as its core advantages. It can accurately receive and transmit signals from Starlink LEO satellites, and is compatible with Starlink ground receiving antennas, portable Starlink terminals and other equipment, ensuring stable and high-speed signal transmission. This chip is designed to withstand harsh weather conditions and operates within a wide temperature range of -30°C to 50°C, making it suitable for outdoor emergency situations, motorhome travel and deep-sea navigation.

2. Starlink Terminal Processing Chip (STP-2000): Provides core computing and control functions for Starlink user terminals, supporting automatic pointing of electronic phased array antennas and signal demodulation and decoding. It is compatible with various Starlink terminals, including home, commercial and mobile versions, meeting the computing and control requirements of different scenarios. With high integration and low power consumption, this chip facilitates the portable and mobile upgrades of Starlink terminals.

II. Radiation-Hardened Satellite Chips (Suitable for High-End Applications)
For high-end applications such as aerospace and defence, Mingjiada Electronics supplies radiation-hardened satellite chips from brands including Infineon. These chips offer excellent Total Ionising Dose (TID) resistance and can operate reliably in harsh environments such as the vacuum of space, cosmic radiation and extreme temperature fluctuations.

1. Infineon FRAM Series (FM25V02): A low-power ferroelectric random-access memory (FRAM) that combines radiation resistance with high reliability. It offers strong resistance to total ionising dose (TID) and supports a wide temperature range of -55°C to 125°C. Suitable for on-board data storage in satellites, it ensures data integrity in space radiation environments and serves as a core storage component for on-board processing systems.

2. Infineon pSRAM Series (CY14B101Q): Pseudo-static random-access memory that combines the high density of DRAM with the ease of use of SRAM. It offers high throughput and is suitable for high-speed data stream buffering in satellite communications. It features radiation resistance and stable operation across a wide temperature range, making it suitable for on-board signal processing systems.
Selected radiation-hardened memory chips from Infineon available at Mingjiada Electronics:
CYEL15B102Q-SXM
CYEL15B102N-ZS60XM
CYEL16B256-133SXE
CYEL17B512-133AZM
CYEL18V2562-200BKXE
CYEL18V2563-200BKXE
CYEL18V5123-200BKXE
CYEL18V5122-200BKXE

For further information regarding Starlink and satellite communication chips, or to request samples, please visit the Mingjiada Electronics website (https://www.integrated-ic.com/) for more details on our product range