Product description
The Qualcomm SMB-1355-0-36BWLNSP-HR-01-0-04 is an advanced electronic component designed to meet the demands of high-speed data applications and real-time processing requirements. Its capability to handle enhanced data throughput ensures that it can support complex and data-intensive tasks efficiently, making it ideal for high-performance communication systems and data networks.
With a focus on low latency performance, the component is engineered to minimize delays in data transmission and processing. This is crucial for applications where immediate response and rapid data handling are necessary, such as in real-time communication systems and high-speed data transfers.
The SMB-1355-0-36BWLNSP-HR-01-0-04 is housed in a 36-pin BWLNSP package, which combines a ball grid array format with low noise shielding. This packaging not only provides a compact and efficient layout but also offers improved thermal management and protection against electromagnetic interference, contributing to reliable operation in various conditions.
Designed for use in harsh environments, this component features durability against temperature extremes, humidity, and mechanical stresses. This robustness ensures that the SMB-1355-0-36BWLNSP-HR-01-0-04 maintains stable performance even in challenging operating conditions.
Overall, the Qualcomm SMB-1355-0-36BWLNSP-HR-01-0-04 excels in delivering high data throughput, low latency performance, and environmental robustness, making it a valuable component for demanding electronic and communication applications.
Specification parameters
Package Type: The component is housed in a 36-pin BWLNSP (Ball Grid Array with Low Noise Shielding Package). This packaging offers a compact form factor with enhanced thermal management and noise shielding, improving overall performance and reliability.
Frequency Range: The SMB-1355-0-36BWLNSP-HR-01-0-04 operates within a designated frequency range that supports high-speed and high-frequency applications. This ensures that the component can handle a variety of communication protocols and data rates.
Operating Voltage: The component is designed to operate within a specific voltage range, allowing it to be compatible with different power supply configurations. This flexibility helps in integrating the component into various electronic systems.