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Six considerations for big data networks
NFV applications emerge from ISVs, but challenges loom
Seven steps to a Microsoft Hyper-V test network
Basic elements of Microsoft network virtualization
How SDN LTE could simplify network management
What do we need from NFV orchestration?
Juniper OpenContrail vs. Cisco ACI: Making an SDN decision
GENEVE primer: The answer to network virtualization interoperability?
GENEVE primer: A universal network encapsulation protocol?
Cisco iWAN marries MPLS and Internet for WAN aggregation
Building a hybrid network with SDN, network virtualization
Network Functions Virtualization demands new network management models
Five software-defined data center tips to consider before investing
Software-based routers on x86 servers are becoming reality
How the open transport switch will make operator SDN a reality
SDN optical transport networks: Programmability, but first, challenges
In SDN optical networks, centralized control and scalability
Hyper-V logical networks: The answer to scalability
Hyper-V networking: The three virtual switches that fuel connectivity
VMware certification programs: Recasting the old, developing the new
Cisco SDN vs. VMware network virtualization: Explore the differences
Brocade SDN certification: What to know about its product credentials
White box switches: Understanding the basics
Considering SDN impact on networking staff
Don't overlook SDN startups when investing in programmable networks
SDN essentials: Why network orchestration and virtualization?
SDN basics: Understanding centralized control and programmability
SDN, networking monitoring: Challenge or a change for the better?
How SDN and NFV simplify network service chain provisioning
Network programming languages Frenetic and Pyretic simplify OpenFlow
What to consider for hybrid network virtualization technology
What network virtualization technology can do for your network today
SDN WAN optimization and security applications emerge
Multi-layer SDN: Programmability across packet and optical layers
Overcoming network functions virtualization implementation challenges
Where SDN and DPI technology meet: Centralized control and automation
IETF SDN: I2RS uses traditional routing protocols in software networks
How SDN will enable automated network security
Virtual overlay networks: Tunneling protocols enable multi-tenancy
IT service-level agreements and SDN: Assuring virtualization performance
Where SDN and DevOps tools meet
SDN security strategies for network attack prevention
Path Computation Element primer: Are PCE and SDN connected?
In the SDN WAN: Network programmability, provisioning and high availability
Understanding the relationship between SDN and NFV
In mobile networks, SDN and NFV mean service orchestration
How network functions virtualization will revolutionize architecture
Parsing through the software-defined storage hype
How SDN applications will change Layer 4-7 network services
OpenFlow configuration protocols: Understanding OF-Config and OVSDB
How data center network fabric and SDN intersect
Centralized vs. decentralized SDN architecture: Which works for you?
SDN technologies primer: Revolution or evolution in architecture?
Network functions virtualization primer: Software devices take over
Software defined networking security enables granular policy control
SDN security challenges alongside the potential of a new technology
Floodlight primer: An OpenFlow controller
Software-defined networking could make Network-as-a-Service a reality
Private cloud network VLAN problems: Is OpenFlow the answer?
How to test if software-defined networking standards are really open
Software-defined networking with open APIs will mean real integration
Why software-defined networking is becoming a reality
OpenFlow: Software-defined network eases cloud management for providers