Resources

CollateralJune 2, 2023

Cloud Tales Comics series

AI Workloads

AI workloads demand high-speed data transfers, low-latency communication, and efficient resource utilization. In AI networks, any failure or delayed flow can hold back the progress of all nodes.

AI Workloads

InfiniBand vs Ethernet

To align with the ever-growing demands of data centers, selecting a networking technology for hyperscale data centers is more crucial than ever. For data transmission, InfiniBand and Ethernet, compete for supremacy.
InfiniBand vs Ethernet

Halloween in the Data Center

As large cloud providers have adopted data center server applications and associated spine & leaf deployment (3-stage Clos), service providers have also considered Clos architecture to scale out large core or aggregation routers, even though their applications may not entirely align with the traffic pattern and applications in the cloud provider’s data center. Service providers must carefully evaluate whether a traditional Clos solution satisfies carrier-class performance, unique traffic flow patterns with a multi-service router, and the cost of its complex distributed control and data plane features.
Halloween in the Data Center

AI Networking

How can a Distributed Disaggregated Chassis (DDC) for AI Networking Fabric, already proven as a robust and scalable solution in the telecom space, also make an optimal performance AI network a feasible reality? Learn more about AI Networking.
AI Networking

Disaggregated Network Infrastructure

Network disaggregation has enabled service providers to move toward more agile networks, offering much greater agility in addressing evolving requirements.
Disaggregated Network Infrastructure

High Availability on Date Night

When building a network infrastructure for mission-critical traffic, high availability is an uncompromising requirement.
High Availability

Network Edge: Until the end of the world

As more and more latency-sensitive applications emerge – networking and compute functions need to move towards the network edge – closer to the end user.
Network Edge

Network White box Cluster

DriveNets introduced a “disaggregated” networking model of a cluster of white boxes and separate software.
Network White Box Cluster

Peering at the Bar

Peering allows two networks to connect and exchange traffic directly, without having to pay a third party to carry traffic across the Internet.
Peering Network

Network Scaling

We live in a scaling world, driven by the hunger for more capacity, and for more services and functionality.
Network Scaling

Minimize Network Downtime

Even a brief amount of downtime can lead to lost revenue, damaged reputation, legal liability, and brand dilution from a business perspective..
Minimize Network Downtime

Stayin’ Alive with the Border Gateway Protocol

BGP, or the Border Gateway Protocol, is the gateway protocol that enables exchanging routing information between autonomous systems (AS), through peering. BGP is really a kind mail service for the Internet.
Minimize Network Downtime