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SIG800E HPLC+HRF State Grid Standard Dual-mode Chip
Categories: Power Meter
Exhibitor Information
Lohalink Technology Co.Ltd
SIG800E is a high-speed Power Line Carrier (HPLC) + Broadband Low-Power Wireless (HRF) self-organizing network dual-mode communication SoC chip designed for the digital energy IoT. It is compliant with the State Grid/Southern Power Grid industry standards. It adopts a unified architecture for computation and connectivity, catering to the growing demand for edge computing in the future digital energy field.
SIG800E integrates baseband processing, upper-layer protocols, wired and wireless analog front-ends, storage, and application processors on a single chip. It utilizes a flexible architecture design with a combination of SDR (Software-Defined Radio) and ASIC hardware accelerators. The bandwidth, data rate, and frequency band can be configured through software. The chip supports automatic dynamic switching between carrier and wireless dual-link routing, enabling seamless integration with self-organizing networks. It works in conjunction with the Centralized Control Office (CCO) to perform functions such as master control, topology identification, analog data acquisition, and HPLC+HRF dual-mode communication.
SIG800E finds wide applications in areas such as power data collection, distribution network automation, distributed photovoltaic power generation, electric vehicle charging, and industrial Internet. It helps customers build leading-edge computational capabilities with cost-effective one-stop solutions.
SIG800E integrates baseband processing, upper-layer protocols, wired and wireless analog front-ends, storage, and application processors on a single chip. It utilizes a flexible architecture design with a combination of SDR (Software-Defined Radio) and ASIC hardware accelerators. The bandwidth, data rate, and frequency band can be configured through software. The chip supports automatic dynamic switching between carrier and wireless dual-link routing, enabling seamless integration with self-organizing networks. It works in conjunction with the Centralized Control Office (CCO) to perform functions such as master control, topology identification, analog data acquisition, and HPLC+HRF dual-mode communication.
SIG800E finds wide applications in areas such as power data collection, distribution network automation, distributed photovoltaic power generation, electric vehicle charging, and industrial Internet. It helps customers build leading-edge computational capabilities with cost-effective one-stop solutions.
