| Satellite-borne Dual-Mode Four-Frequency GNSS Receiver |
BMMS01-00 |
A GPS/BDS-2 dual-mode compatible receiver with four operating frequency points (GPS L1/L2, BDS B1/B3). It provides high-precision 3D position, velocity, time, and raw observation data of the carrier. |
Dimensions: 99.2mm×96mm×15mm; Weight: 90g±10g; Operating frequencies: GPS L1/L2, BDS B1/B3; Working modes: GPS, BDS, GPS+BDS, backup; Position accuracy: 10m; Velocity accuracy: 0.2m/s; Raw measurement carrier phase accuracy: 2mm; Orbit altitude: 300～600Km; Startup time: 1min; Sensitivity: -163dBW |
| Satellite-borne Dual-Mode Dual-Frequency GNSS Receiver |
BMMS02-00 |
A GPS/BDS-2 dual-mode compatible receiver with two operating frequency points (GPS L1, BDS B1). It provides high-precision 3D position, velocity, time, and raw observation data of the carrier. |
Dimensions: 99.2mm×96mm×15mm; Weight: 65g±10g; Operating frequencies: GPS L1, BDS B1; Working modes: Single GPS, single BDS, GPS+BDS combined positioning; Position accuracy: 10m; Velocity accuracy: 0.2m/s; Orbit altitude: 300～600Km; Startup time: 1min; Sensitivity: -163dBW; Data update rate: 1Hz |
| Satellite-borne Dual-Mode Dual-Frequency GNSS Receiver |
BMMS13-00 |
A GPS/BDS-2 dual-mode compatible receiver with two operating frequency points (GPS L1, BDS B1). It provides high-precision 3D position, velocity, time, and raw observation data of the carrier. |
Dimensions: 181.6mm×141mm×30mm (with structure); Weight: 300g±20g; Operating frequencies: GPS L1, BDS B1; Working modes: Single GPS, single BDS, GPS+BDS combined positioning; Position accuracy: 10m; Velocity accuracy: 0.2m/s; Orbit altitude: 300～600Km; Startup time: 1min; Sensitivity: -163dBW; Data update rate: 1Hz; Circuit interfaces: CPCI standard interface, 2-channel CAN data interface |
| High-Reliability Satellite Service Computer |
MXTME01-00 |
Takes the institute’s high-reliability processor and programmable logic unit as core components. It has sufficient data processing capability and programmable logic resources, with functions such as voltage/current/temperature monitoring, current-limiting protection, and online debugging. It can complete the entire satellite’s task & data management, telemetry & control, and autonomous management & operation. |
Dimensions: 96mm×90.2mm×15mm; 2-channel IIC bus; 2-channel SPI communication; 2-channel CAN bus interface; 31-channel GPIO; 2-channel RS422 communication; 4-channel AD (12-bit resolution, 1Msps sampling rate); Storage resources: 2MB SRAM, 512MB DDR2, 64MB FLASH; Current-limiting protection; Typical power consumption ≤5W; On-board voltage/current/temperature monitoring |
| Low-Power Satellite-borne Computer |
BMMS12-00 |
Uses an ARM Cortex-M7 core as the system microcontroller, with an analog-digital hybrid SoC FPGA as auxiliary. It has rich on-board resources and provides multiple flexible external interfaces. It can implement payload data management & storage, program control, time management, autonomous task management, health management, control algorithm implementation, control system sensor data acquisition, control system actuator control, and thermal control acquisition. |
Dimensions: 96mm×90.2mm×15mm; 1-channel IIC bus; 1-channel SPI communication; 2-channel CAN bus interface; 12-channel GPIO; 3-channel RS422; 2-channel TTL; 11-channel AD (12-bit resolution, 1Msps sampling rate); On-board 64GB eMMC, 2MB MRAM, 8MB FLASH; Current-limiting protection; Typical power consumption ≤1W @ 12V; On-board voltage/current/temperature monitoring; On-board magnetometer module; On-board magnetic torque driver module |
| Beidou Handheld Terminal |
BMTSC34xx |
A portable terminal with Beidou satellite communication, positioning, and navigation functions. |
Supports Beidou RDSS communication, positioning, position reporting; Supports Beidou RNSS positioning; Beidou/mobile SMS interconnection; One-key SOS; Electronic compass; Barometric altitude; IP67 protection rating |
| Beidou RDSS User Terminal (Multi-Card/Command) |
BMT34xx |
Applicable to Beidou communication systems at all levels and Beidou command centers. In addition to communication and positioning, it has functions such as monitoring, group short message sending, and realizes group management and centralized scheduling of subordinate users. |
Supports Beidou RDSS communication, positioning, command; Supports Beidou RNSS positioning; Single-wire antenna; Built-in lithium battery; Supports up to 32 user cards; Supports up to 5000 subordinate users; Supports Beidou 4.0/2.1 user interface protocol; Receiving sensitivity ≤-157.6dBw; Communication success rate ≥99% |
| Domestic Refrigeration Motor Driver Board |
BMXD-2 |
Used for the operation and control of Stirling refrigeration motors to create the low-temperature environment required for infrared devices. The driver controls the three-phase brushless DC motor to run at full speed, then adjusts the speed after reaching the set temperature to achieve refrigeration dynamic balance. |
Maintains refrigeration compressor temperature at -200°C with a deviation of ±0.5°C; Dimensions: Customizable |
| Broadband Programmable RF Transceiver Module |
BMRF-56 |
Designed with the institute’s self-developed broadband programmable RF transceiver B9361. It integrates power management and microcontroller to simplify user parameter configuration and hardware design complexity; Provides built-in crystal oscillator or external clock input; Provides dual-receive/dual-transmit single-ended RF interfaces (excellent RF performance via matching circuit); Users can program to control transceiver frequency/bandwidth in real time (via built-in microcontroller or reserved interface) to realize RF up/down conversion. It can also be used with digital signal processing backplanes. Its programmable features and broadband capability meet needs of satellite communication, measurement & control, data link, UAV, defense electronics, etc. |
Operating voltage: 3.3V; Operating frequency band: 70MHz～6.0GHz; Tunable channel bandwidth: <200KHz～56MHz; Channel count: Dual-receive/dual-transmit (single-ended); RF interface: MCX; Digital interface: Rectangular inter-board connector CM1-1.27T3×30-444-DF1; Programmable for various communication protocols (compatible with FDD/TDD duplex); Built-in self-calibration and AGC (maintains high performance under various temperatures/input signals); Dimensions: 52.2mm×52.2mm×16mm |
| B9361 Series Programmable RF Verification Board |
B9361-EVB01/B9361-EVB02 |
– B9361-EVB01: A high-speed RF verification board for verifying the high-performance, highly integrated programmable RF transceiver B9361 (integrates RF front-end, frequency synthesizer, and flexible mixed-signal baseband, provides configurable digital interface for baseband processors to simplify system development). Applicable to data link, telemetry, navigation, radio, base station, test equipment, etc.
– B9361-EVB02: Supports development of two B9361 units, with multi-channel synchronization capability (suitable for MIMO communication, digital phased array system verification). The board includes power system, B9361 chip, FMC/SMA interfaces, RF front-end, and provides development code. |
– B9361-EVB01: Operating frequency range: 70MHz～6GHz; Tunable channel bandwidth: <200kHz～56MHz; Channel count: Dual-receive/dual-transmit; Digital interface & power: FMC connector; Dimensions: 85mm×70mm×15mm
– B9361-EVB02: Operating frequency range: 70MHz～6GHz; Tunable channel bandwidth: <200kHz～56MHz; Channel count: Four-receive/four-transmit (uses B846NE for reference clock distribution, supports external LO for multi-channel phase synchronization); Digital interface & power: Dual FMC inter-board connectors (compatible with ZC706 platform); Supports configuration/calibration of two B9361 units; Dimensions: 160mm×100mm×15mm |
