Workstations are high-performance computers used in professional fields. Has strong data processing and graphic/image processing capabilities. Widely used in fields such as scientific computing, engineering design, climate analysis, mineral exploration, etc. While efficiently processing large amounts of data, workstations typically require excellent scalability to meet future upgrade and expansion needs.
TXGA provides M.2 connectors for workstations, supporting single-sided and double-sided modules for more efficient reading and writing. The product has a transmission rate of 7.87Gb/s, meeting the high-speed data transmission requirements of workstations. The connector is compatible with multiple communication protocols such as PCIe, PCIe LP, SSIC, USB, SDIO, SATA, Display Port, etc. Users can expand more functions for the workstation according to their usage scenarios, making it flexible and convenient to use.
A supercomputer refers to a computer capable of executing large amounts of data and high-speed computing instructions that personal computers cannot handle. It can achieve ultra-high computational efficiency in specific application scenarios. Widely used in scientific research, autonomous driving, AI computing, robotics and other fields. With the increasing data transmission speed of supercomputers, how the connectors used can achieve stable transmission of multiple signals and power supplies has become a key factor in the development of the industry.
In this case, TXGA provides DIN 41612 connectors for supercomputers, supporting two PCB installation methods: through-hole soldering and through-hole solder free crimping. The product is equipped with harpoon shaped positioning structures on both sides, which can effectively strengthen the connection strength between the connector and the PCB board after welding. Even in the event of violent insertion or accidental drop, it can protect the connected circuit from damage. The connector is suitable for harsh environments with a minimum temperature of -55 ℃ and a maximum temperature of 105 ℃, complying with the IEC60603-2 standard, and meeting the power supply and signal transmission requirements of supercomputers.
Embedded computer is a specialized computer system that can run specific applications for large devices. Unlike consumer grade computers, embedded computers usually use industrial grade components internally, so computers often have high reliability and stability, and can withstand harsh working conditions such as impact, vibration, extreme humidity, and extreme temperature. At present, embedded computers have been widely used in industrial automation, autonomous driving, Internet of Things, medical imaging and other fields.
TXGA provides plug-in terminals for embedded computers. When wiring, simply insert the wire into the wire hole of the wiring plug and press the locking structure to achieve convenient wiring. When the wire is separated, simply release the locking structure and it can be easily pulled out. The product has convenient wiring and simple disassembly, making it suitable for various industrial equipment that requires frequent replacement of wiring. The working temperature range of the connector is -40 ℃~+105 ℃, with a flame retardant rating of UL94 V-0, meeting the application requirements of harsh industrial environments.
Edge computing refers to deploying AI computing to the data collection location without uploading it to the cloud or data center for processing, which can effectively reduce the data transmission delay. As an important hardware facility of edge computing, the edge computing box is usually deployed in a very narrow space. Therefore, the connectors used by edge computing boxes should not only have a compact shape, but also have efficient data transmission performance.
In this case, the single pair Ethernet (SPE) connector provided by TXGA for the edge computing box has only two contacts, so it is called single pair Ethernet. The single pair design reduces the appearance of the connector socket to only 20% of the standard RJ45 connector, and compared to traditional RJ45 cables with four or eight wires, SPE connectors have lighter cable weight, which can effectively reduce equipment load and improve equipment operation stability. When the transmission distance of the product is within 40 meters, the transmission rate reaches 1Gbit/s. When the transmission distance is less than 1000 meters, the transmission rate is 10Mbps, which has both the characteristics of miniaturization and high-speed, meeting the use needs of edge computing boxes.
Server is a type of computer that has higher computing power, stronger device reliability, and better scalability compared to ordinary computers. It is often used in fields such as production automation, robot control, intelligent transportation, logistics and warehousing. As a key device for transmitting current and signals in servers, connectors must have faster transmission rates and higher transmission reliability.
In this case, the JL27 printed circuit connector developed and produced by TXGA is a more reliable and durable interconnection solution for servers. The product plug adopts a multi leaf spring jack structure. It can form stable multi-point contact, improve transmission performance, reduce terminal insertion and removal wear, and ensure the durability and reliability of electrical connection between pins and sockets. The operating temperature range of the product is -55 ℃~+125 ℃, meeting the server's weather resistance requirements for connectors.
RAID, also known as independent disk redundancy array, is a technical means of combining multiple hard drives into a logical unit to improve data performance. Compared to external hard drives, RAID storage devices can provide higher data reliability and performance. Mainly used in scenarios that require high-speed data read and write and disaster recovery backup.
In this case, the USB 3.1 connector developed and produced by TXGA has excellent data transmission speed and stability for the high-speed data transmission needs of desktop RAID storage devices. The product has a transmission rate of 10Gbps and can maintain a stable working state throughout long-term use, achieving reliable high-speed data transmission for storage devices. The Type-C exterior structure of the connector also provides universal compatibility. The product can be used as a quasi expansion socket to connect accessories such as keyboards, mice, card readers, hard drives, or mobile phones, making it more convenient for users to use.
Computer control system refers to an automatic control system with computer participation and as a core link. It can be programmed to optimize the controlled object. In practical applications, computer control systems often need to monitor and regulate hundreds of control variables at the same time. Therefore, the connectors used must have the advantages of high reliability, strong anti-interference ability, and support for large current transmission.
In this case, TXGA provided customers with FFH25413-D30B1014K6K female header connectors for use in computer control equipment. The insulator of the product is made of PA6T heat-resistant nylon, which is fire-resistant and flame-retardant. 30pin double row structure, support low frequency and high frequency transmission. It can cope with the challenges brought by high-speed data transmission in computer-controlled equipment, and realize sensitive and stable interconnection transmission in the equipment.
The data center cabinet is one of the basic equipment in the data center, used to store key information devices such as servers, network devices, and storage devices. Due to the short update cycle and fast iteration of servers, optical modules, and other equipment in the cabinet, the flexibility of replacement and expansion of the cabinet circuit system and the convenience of operation and maintenance are crucial.
In this case, the three component IDC connector developed and produced by TXGA is a more efficient and reliable interconnection solution for data center cabinets. For the convenient wiring needs of data center cabinets, the TXGA IDC connector adopts a three-component structure design. During installation, the connector body and middle cover clamp the cable, and the terminal can puncture the cable insulation layer and directly contact the conductor. After plugging into the Jianniu connector, the butterfly buckle accessory of the connector can further strengthen fixation, achieving convenient and stable electrical connection for the data center cabinet.
