The STAROS/USOT series of Mini-SFF Optical Transceiver Modules encapsulates the transmitting and receiving components within a compact metal housing, enhancing the module's electromagnetic interference (EMI) resistance. By activating the Transmit Disable pin (TDIS), the module can enter power-saving mode. The functional pins, installation, and physical dimensions can be customized according to user requirements, providing flexible applications.
Adopting industry-standard interface formats, these modules can utilize various standard optical connectors for connectivity as needed, ensuring reliable connections in fiber-optic links.
The modules undergo rigorous military-grade screening and environmental testing, guaranteeing their reliability and environmental adaptability. They exhibit characteristics such as vibration resistance, EMI resistance, moisture and heat tolerance, and strong temperature adaptability, making them widely applicable in environments such as aircraft, ships, and high altitudes.
With a small size, lightweight, and fully metal structure, the modules measure only 8mm in height, making them easy to install in compact boards or chassis with limited space.
Features of High-Shock-Resistant Mini-SFF Optical Transceiver Modules
Military-Grade Environmental Performance Design
Supports Transmission Rates from 5M to 25G
Fully Metallic Housing with High-Shock-Resistant Soft Connection Design
Compact Size, Facilitating Parallel Use of Multiple Signals
Surface-Mount I/O Pins Suitable for High-Speed Signal Integrity
Equipped with Received Data Signal Detection Function
Supports Integrated Optical Signal Transmission and Reception, Single Transmission and Single Reception, and Single-Fiber Bidirectional Communication
Fully Compatible with STRATOS Products in Terms of Product Pins and Mounting Dimensions
Application Areas: Gigabit Ethernet; SONET/SDH; Digital Radar Arrays; High-Demand Countermeasures Equipment; High-Reliability, High-Data-Rate Point-to-Point Optical Fiber Communication
Classic Cases of Gigac Technology's Mini-SFF Optical Transceiver Modules
Gigac Technology provides industrial-grade Mini-SFF Optical Transceiver Modules that are widely used in various institutes such as the 34th, 44th, 54th, 11th, and 30th, providing robust support for various products of China Electronics Technology Group Corporation (CETC).
The military-grade Mini-SFF Optical Transceiver Modules and integrated optoelectronic connector products provided by Gigac Technology are widely applied within various systems of the Aviation Industry Corporation of China (AVIC). The high reliability and excellent performance of these products have gained unanimous recognition from customers.
The military-grade Mini-SFF Optical Transceiver Modules provided by Gigac Technology are extensively utilized in projects at research institutes within the China Shipbuilding Industry Corporation (CSIC) system. These products are ultimately applied in aircraft carriers, warships, submarines, seabased radars, and other applications.
Product Information Table for Select Standard Military-Grade Mini-SFF Optical Transceiver Modules
| Model | Package | Rate | Wavelength | Interface | Optical Power | Sensitivity | Transmission Distance | Temperature |
| DTACA44-11LFJ1 | Mini-SFF 10/12pin | 1.25G | 850nm | LC | -10~0(dBm) | -18 | 2km | -40~85(℃) |
| DTACA44-99LFJ1 | Mini-SFF 10/12pin | 10G | 850nm | LC | -5~0(dBm) | -10 | 300m | -40~85(℃) |
| DTACA44-KKLFJ1 | Mini-SFF 10/12pin | 155M | 850nm | LC | -10~0(dBm) | -18 | 2km | -40~85(℃) |
| DTACA44-RRLFJ1 | Mini-SFF 10/12pin | 622M | 850nm | LC | -10~0(dBm) | -18 | 2km | -40~85(℃) |
| DTACA45-11LEJ1 | Mini-SFF 10/12pin | 1.25G | 1310nm | LC | -3~4(dBm) | -26 | 40km | -40~85(℃) |
| DTACA45-11LGJ1 | Mini-SFF 10/12pin | 1.25G | 1310nm | LC | -6~1(dBm) | -23 | 20km | -40~85(℃) |
| DTACA45-11LLJ1 | Mini-SFF 10/12pin | 1.25G | 1310nm | LC | -9~-3(dBm) | -21 | 10km | -40~85(℃) |
| DTACA45-99LEJ1 | Mini-SFF 10/12pin | 10G | 1310nm | LC | 2~7(dBm) | -15 | 40km | -40~85(℃) |
| DTACA45-99LGJ1 | Mini-SFF 10/12pin | 10G | 1310nm | LC | -2~3(dBm) | -14.4 | 20km | -40~85(℃) |
| DTACA45-99LLJ1 | Mini-SFF 10/12pin | 10G | 1310nm | LC | -8.2~0.5(dBm) | -14.4 | 10km | -40~85(℃) |
| DTACA45-KKLEJ1 | Mini-SFF 10/12pin | 155M | 1310nm | LC | -3~4(dBm) | -26 | 40km | -40~85(℃) |
| DTACA45-KKLGJ1 | Mini-SFF 10/12pin | 155M | 1310nm | LC | -6~1(dBm) | -23 | 20km | -40~85(℃) |
| DTACA45-KKLLJ1 | Mini-SFF 10/12pin | 155M | 1310nm | LC | -9~-3(dBm) | -21 | 10km | -40~85(℃) |
| DTACA45-RRLEJ1 | Mini-SFF 10/12pin | 622M | 1310nm | LC | -3~4(dBm) | -26 | 40km | -40~85(℃) |
| DTACA45-RRLGJ1 | Mini-SFF 10/12pin | 622M | 1310nm | LC | -6~1(dBm) | -23 | 20km | -40~85(℃) |
| DTACA45-RRLLJ1 | Mini-SFF 10/12pin | 622M | 1310nm | LC | -9~-3(dBm) | -21 | 10km | -40~85(℃) |
| DTACA46-11LBJ1 | Mini-SFF 10/12pin | 1.25G | 1550nm | LC | 2~7.5(dBm) | -31 | 160km | -40~85(℃) |
| DTACA46-11LQJ1 | Mini-SFF 10/12pin | 1.25G | 1550nm | LC | -3~4(dBm) | -30 | 120km | -40~85(℃) |
| DTACA46-11LZJ1 | Mini-SFF 10/12pin | 1.25G | 1550nm | LC | -6~1(dBm) | -28 | 80km | -40~85(℃) |
| DTACA46-KKLBJ1 | Mini-SFF 10/12pin | 155M | 1550nm | LC | 0~7(dBm) | -36 | 160km | -40~85(℃) |
| DTACA46-KKLQJ1 | Mini-SFF 10/12pin | 155M | 1550nm | LC | -3~4(dBm) | -34 | 120km | -40~85(℃) |
| DTACA46-KKLZJ1 | Mini-SFF 10/12pin | 155M | 1550nm | LC | -6~1(dBm) | -30 | 80km | -40~85(℃) |
| DTACA46-RRLBJ1 | Mini-SFF 10/12pin | 622M | 1550nm | LC | 0~7(dBm) | -34 | 160km | -40~85(℃) |
| DTACA46-RRLQJ1 | Mini-SFF 10/12pin | 622M | 1550nm | LC | -3~4(dBm) | -32 | 120km | -40~85(℃) |
| DTACA46-RRLZJ1 | Mini-SFF 10/12pin | 622M | 1550nm | LC | -6~1(dBm) | -30 | 80km | -40~85(℃) |
