The home networking arm of CEA was hard at work, approving two new standards. CEA-851-A defines an IP-enabled network for connecting cluster networks to a whole-home broadband distribution backbone in order to facilitate integrated operation of appliances and networked components. Based on IEEE 1394, this network will accommodate Ethernet as an attached network via a bridge, and directly with the introduction of IEEE 1394c. Called the versatile home network, it provides a flexible and open network architecture and communications protocol specification for digital devices in the home. CEA-2027-A defines a user-to-machine interface method that allows a source of home-network services, such as a cable or terrestrial set-top box, digital VCR or DTV, to utilize the presentation capabilities in a network-attached renderer such as a DTV display or PC. The standard enables user control of networked devices (either local to the user or remote) via another device�s (e.g., DTV or PC) Web browser graphical user interface (GUI).
As an independent advisory consultant, I've observed the rapid evolution of connectivity solutions in manufacturing. The recent survey by ABI Research highlights a significant shift towards private cellular networks, an emerging era in industrial digitization. The manufacturing sector is already undergoing a transformation, driven by the need for enhanced operational efficiency, reliability, and scalability. Wireless technology is an enabler. Private cellular networks, particularly 4G and 5G technologies, are at the forefront of this change, reshaping the connectivity landscape in factories and production facilities. Private Cellular Network Market Development The latest worldwide ABI Research survey provides compelling evidence of this trend. The study, which encompassed manufacturer decision-makers reveals some striking stats: 44 percent are already in the early stages of deploying 4G private networks. An impressive 75 percent of manufacturers are considering 5G implementation. 4...