I’m proposing that the FCC releases 480 MHz of bandwidth in the 6 GHz band for a pilot project. The terms of the pilot are as specified, three high speed, indivisible 160 MHz channels supported by ongoing work on inter-access point coordination.
More than anything, we need network components that are inexpensive and capable of taking part in a comprehensive system of self-checking. We’re more likely to get such a system by building it collaboratively.
In this podcast, Furchgott-Roth discusses the book, his roles in Congress and at the FCC, the current controversy over 5G mmWave interference, and the role of the World Radio Conference in setting standards for spectrum use around the world.
Perhaps the time has come to tell EFF what Barlow told lawmakers in 1996: “On behalf of the future, I ask you of the past to leave us alone.” The future of networking is intermodal competition between networks and services that control their destinies.
There are issues that warrant special attention in the networking standards bodies (3GPP and IETF in particular) but this is nothing new. If the government can get off its Huawei kick and support OCP we’ll all be better off in the long run.
Applications that can’t be supported by LTE and its progeny probably can be supported by a small number of alternative technologies that have commercial applications. So sharing by contract should be the default mode.
t’s great to have a nation with China’s resources developing technology products that can be used all over the world. This keeps US firms such as Cisco and European firms like Ericsson on their toes. But at the end of the day, users of these products need to be allowed to choose on the basis of product quality rather than nation-of-origin leverage.
The Wehe data doesn’t tell us whether the observed behavior is consistent with company disclosures or general net neutrality conventions. While we don’t expect legal opinions from network performance scholars, it’s important to know more about the triggers of network management.