Worth Reading: The API fight everyone loses
The post Worth Reading: The API fight everyone loses appeared first on 'net work.
The post Worth Reading: The API fight everyone loses appeared first on 'net work.
The former Scalock reaches GA.
The universal scaling law is a model designed to help engineers understand transaction based systems, particularly databases and applications. What could a transaction based system have to do with network design? After all, networks aren’t really transaction based, are they? Or maybe they are…
Let’s ignore the data flowing through the network for a moment (though the universal scaling law might provide an interesting way to look at packets or flows per second as transactions), and focus just on the control plane. When we look at the control plane, we find a routing protocol or a centralized controller that accepts information about changes in the network topology (and other data points), and builds a model of the network topology which can be used to forward traffic. Questions we can ask about the state being handled by the control plane include things like: How many changes are there? What is the rate at which this information arrives? How many changes might be present in the system at any given time? How many devices participate in the control plane?
If these all sound like questions about state, one of the three “legs” of the complexity model (state, optimization, surface), that’s because they Continue reading
The archive for the first of the partner ecosystem series event is live! Take a look at the HPE & Intel webinar. Thank you for joining us in this journey with the HPE partner ecosystem event series. This is only the beginning of this series of webinars & DemoFriday brought to you by the HPE Open NFV &... Read more →
Hyperscalers and the academics that often do work with them have invented a slew of distributed computing methods and frameworks to get around the problem of scaling up shared memory systems based on symmetric multiprocessing (SMP) or non-uniform memory access (NUMA) techniques that have been in the systems market for decades. SMP and NUMA systems are expensive and they do not scale to hundreds or thousands of nodes, much less the tens of thousands of nodes that hyperscalers require to support their data processing needs.
It sure would be convenient if they did. But for those who are not hyperscalers, …
In-Memory Breathes New Life Into NUMA was written by Timothy Prickett Morgan at The Next Platform.
New technology is emerging, designed to improve performance in NFV to bring it up to the high standards of service-provider networks.
Advances in phase-change memory could lead to a storage technology that approaches the speed of DRAM.