• 恩智浦宣布推出首款支持6GHz频段的Wi-Fi 6E三频段片上系统(SoC),该频段将Wi-Fi可用频谱最高扩展1.2GHz
  • CW64专为接入点和服务提供商网关而设计,助力终端网络设备充分利用6GHz频谱
  • 恩智浦满足了客户对于更大无线网络容量的需求,能够以4.8Gbps的PHY速率和超过4Gbps的实际吞吐量,支持160-MHz的通道带宽
  • NXP announces its first Wi-Fi 6E Tri-Band system-on-chip (SoC) to support the 6GHz band that expands spectrum available for Wi-Fi by up to 1.2GHz.
  • The CW641 is designed for access points and service provider gateways to enable end network devices to take full advantage of the 6GHz spectrum.
  • NXP answers customer demands for greater capacity in wireless networking and supports 160-MHz channel bandwidth with PHY rates of 4.8Gbps and over 4Gbps of real-world throughput.
Samsung Galaxy S21 Ultra delivers unprecedented multi-gigabit, low-latency Wi-Fi leveraging the 6 GHz band
The AT25EU product family of ultra-low energy, fast read NOR Flash devices deliver significantly faster erase times and power-saving features to reduce energy consumption of IoT devices
Low power Wi-Fi technology will make the smart home network a lot simpler by eliminating the need for an expensive hub and solving the issue of protocol fragmentation. Dialog is disrupting the smart home industry with its low power Wi-Fi technology. The DPM algorithms based on Dialog’s VirtualZero technology allow IoT devices to have a year of battery life or even more. This effectively makes Wi-Fi a great alternative to both Zigbee and Z-wave.
2021年4月9日,“中科蓝讯-西安电子科技大学物联网芯片联合实验室”正式挂牌成立,该实验室将依托中科蓝讯和西安电子科技大学的优势资源,立足物联网芯片的发展前沿,聚焦无线互联、万物互联等技术领域,结合中科蓝讯的战略规划,开展中长期深入合作,进行综合协同创新。