ZL50075GAC2 Datasheet/PDFThe ZL50075GAC2 is an integrated chipset developed with advanced Wavefront Parallel Processing, applicable to both broadband access and Wireless as WAN (WaW) applications. It has the ability to enhance a longitudinal connection for any macrocell base station by providing higher than 2 GHz upstream and downstream rates. This chipset provides full transceiver functions, allowing for a better modem performance in terms of low power operation, high linearity and an adjustable CXO. It is equipped with a dual polar antenna feed system, wideband and multi-band operations, and remote clock synchronization capability, making it an ideal solution for wireless as WAN (WaW) applications.
ZL50075GAC2, with its Wavefront Parallel Processing technology, is capable of significantly improving the performance of any broadband system. This technology utilizes parallel processing on the digital side of the modulation, encoding and decode algorithms, allowing for more efficient operations. Additionally, these high precision algorithms can allow for an improved linker alignment, helping to reduce the link losses, thus increasing the bandwidth. As the Wavefront Parallel Processing is optimized for broadband systems, the performance is further increased.
In terms of working principle, ZL50075GAC2 has an integrated modem, supporting both upstream and downstream operations. The modem supports a wide range of data rates, from 1.5 to 24 Mbps. It also supports multiband operations, allowing for transmission across multiple countries. The modem has a high linearity and dynamic range, allowing for better performance when operating in a noisy environment. Additionally, the modem supports advanced clock synchronization, allowing for better connection quality control during transmission.
ZL50075GAC2 is a highly effective chipset for any broadband applications, supporting high data rate transmissions, remote clock synchronization and more. With the Wavefront Parallel Processing technology, the performance of the system is further improved overall.