ITD and RISE are now part of CCIE Data Center:
Intelligent Traffic Director (ITD) is a hardware based multi-terabit layer 4 load-balancing, traffic steering and services insertion solution on the Nexus 5k/6k/7k/9k series of switches.
||Written Exam (%)
||Lab Exam (%)
|1.0 Cisco Data Center L2/L3 Technologies
|2.0 Cisco Data Center Network Services
|2.1 Design, Implement and Troubleshoot Service Insertion and Redirection
- 2.1.a Design, Implement and Troubleshoot Service Insertion and Redirection for example LB, vPATH, ITD, RISE
2.2 Design, Implement and Troubleshoot network services
- 2.2.a Design, Implement and Troubleshoot network services for example policy drivenL4-L7 services
|3.0 Data Center Storage Networking and Compute
|4.0 Data Center Automation and Orchestration
|5.0 Data Center Fabric Infrastructure
|6.0 Evolving Technologies
To learn about RISE (Remote Integrated Services Engine), please see: http://www.cisco.com/go/rise
To learn about ITD (Intelligent Traffic Director), please see: http://www.cisco.com/go/itd
Tags: #BestofInterop, #CiscoITD, #CiscoLive2015, #CLUS, ACE, ACI, ASA, ASA 1000V Cloud Firewall, best of interop, Best of Interop 2015, Best of Interop Finalist, Big Data, cache engines, CCIE, Cisco, Cisco Nexus, Cisco Nexus 5600, Cisco Nexus 7000, Cisco Nexus 9000, Cisco Nexus Switches, Cisco Prime NAM, Cisco WAAS, ciscolive, citrix, cloud, Cloud Computing, container, data center, Data Center container, F5, FirePOWER, Imperva, Imperva SecureSphere WAF, innovation, interop, IPS, ITD, load balancer, Load Balancing, nexus, Nexus 7000, NFV, SDN, security, server load balancer, Service Provider, Sourcefire, video, Web Application Firewall
If you come to Cisco’s corporate headquarters, chances are good that (especially if you’re traveling internationally) you will fly into SFO, which is the airport code for San Francisco International Airport. This point has virtually nothing to do with the rest of what you’re about to read…other than the fact that those same 3 letters – SFO – are representative of 3 key takeaways from an outstanding Infoworld product review on Application Centric Infrastructure (ACI). When you think about ACI, think about SFO:
Simple. Fast. Open.
I won’t spend much space on this, as I’d much rather you go and read Paul Venezia’s comprehensive and detailed look at ACI. But I do want to highlight a few brief comments on how ACI is Simple, Fast and Open.
“Implementing ACI is surprisingly simple, even in the case of large-scale buildouts.”
“Assuming the cabling is complete, the entire process of standing up an ACI fabric might take only a few minutes from start to finish.”
“Not only is ACI an extremely open architecture…”
“Cisco is actively supporting a community gathering around ACI, and the community is already reaping the rewards of Cisco’s open stance.”
“This is only one example of ACI’s openness and easy scriptability. The upshot is it will be straightforward to integrate ACI into custom automation and management solutions, such as centralized admin tools and self-service portals.”
“This should be made abundantly clear: This isn’t an API bolted onto the supplied administration tools, or running alongside the solution. The API is the administration tool.”
Simple. Fast. Open.
Whether you’re traveling to Northern California or not, if you’re considering a better way to do networking, think about SFO and ACI.
Photo courtesy of wikimedia.org
Tags: ACI, cloud, Cloud Computing, data center, Digital transformation, SDN, virtualization
The release of the fifth annual Cisco Global Cloud Index highlights the potential impact that Internet of Everything (IoE) applications could have on data centers and cloud computing infrastructures. The growing digitization trend is creating massive volumes of new digital data that represent both challenges and opportunities. As a proof point, by 2019, data generated by IoE apps is expected to reach 507 ZB annually — 49 times higher than total annual data center traffic of 10.4 ZB for the same year. Here are a few brief visual insights into the possible impact of IoE and Big Data on our future digital lifestyles.
- Data is everywhere and growing!
By 2019, there will be 24.4B IP connected global devices and connections, an average of 3.2 devices and connections per capita. Per the GCI Forecast, the total amount of data generated by people, machines and “things” will be a “staggering” 43 Zettabytes per month.
- Some of this data is finding a home on data centers. The (GCI) forecast estimates that the total volume of stored data on devices and in data centers will reach 3.5 zettabytes by 2019. Global data center computation and storage capacity is also on the increase— 2.5 fold workload growth between 2014 and 2019.
Storing this data is one thing, but its true value lies in Read More »
Tags: cloud, data center, forecast, GCI, global cloud index, Service Provider
Server load balancer (SLB) has become very common in network deployments, as the data & video traffic are expanding at rapid rate. There are various modes of SLB deployments today. Application load balancing with network address translation (NAT) has become a necessity for various benefits.
Cisco Intelligent Traffic Director (ITD) is a hardware based multi-terabit layer 4 load-balancing and traffic steering solution on the Nexus 5k/6k/7k/9k series of switches.
With our latest NX-OS Software 7.2(1)D1(1) (also known as Gibraltar MR), ITD supports SLB NAT on Nexus 7k series of switches.
In SLB-NAT deployment, client can send traffic to a virtual IP address, and need not know about the IP of the underlying servers. NAT provides additional security in hiding the real server IP from the outside world. In the case of Virtualized server environments, this NAT capability provides increased flexibility in moving the real servers across the different server pools with out being noticed by the their clients. With respect health monitoring and traffic reassignment, SLB NAT helps applications to work seamlessly without client being aware of any IP change.
ITD won the Best of Interop 2015 in Data Center Category.
ITD provides :
- Zero latency load-balancing.
- CAPEX savings : No service module or external L3/L4 load-balancer needed. Every Nexus port can be used as load-balancer.
- Resilient (like resilient ECMP), Consistent hash
- Bi-directional flow-coherency. Traffic from A–>B and B–>A goes to same node.
- Monitoring the health of servers/appliances.
- Handles unlimited number of flows.
Documentation, slides, videos:
Email Query or feedback:firstname.lastname@example.org
Connect on twitter: @samar4
Tags: #BestofInterop, #CiscoITD, #CiscoLive2015, #CLUS, ACE, ACI, ASA, ASA 1000V Cloud Firewall, best of interop, Best of Interop 2015, Best of Interop Finalist, Big Data, cache engines, Cisco, Cisco Nexus, Cisco Nexus 5600, Cisco Nexus 7000, Cisco Nexus 9000, Cisco Nexus Switches, Cisco Prime NAM, Cisco WAAS, ciscolive, citrix, cloud, Cloud Computing, container, data center, Data Center container, F5, FirePOWER, Imperva, Imperva SecureSphere WAF, innovation, interop, IPS, ITD, load balancer, Load Balancing, NAT, nexus, Nexus 7000, NFV, SDN, security, server load balancer, Service Provider, Sourcefire, video, Web Application Firewall
Some random, yet strangely connected, thoughts the night before Halloween…
- Zombies can be scary:
- Death Metal* can be scary:
Click here to listen.
- Learning new skills and using new tools to automate your network can appear to be scary if you don’t have a coding background. But that doesn’t need to be the case…
In a previous blog post, I discussed Cisco’s SDN Strategy for the Data Center. I mentioned that it is built on 3 key pillars: Application Centric Infrastructure, Programmable Fabric, and Programmable Network. Regarding the 3rd pillar, I wrote that network programmability has largely been the domain of big Web SP’s, and/or those whose propellers seen to spin faster than others. However, the reality is that tools are available that are useful for networks of pretty much any size, and the tools are within reach of pretty much everybody.
Rather than rattle off a list cool features that are part of Programmable Network (some of which are summarized here), I thought it more useful to consider common things network people actually do on a daily basis, then show how we can apply programmability tools to do those things with, for lack of a better phrase, “the 3 S’s”:
- Speed – enabling you to do things much faster;
- Scale – enabling you to do things to a much larger group of devices; and
- Stability – enabling you to make far fewer errors (thereby also increasing Security…oops, now that’s 4 S’s…)
In upcoming posts, we will consider use cases such as switch provisioning. For example, you need to put a bunch of VLANs on a bunch of switches. Unless you have a battalion of minions to carry out your wishes, this can be a tedious, time consuming task. There is a better way, and we’ll show you how.
What’s that? You say you’re a network geek, but you moonlight as a server admin? You’ve been using Linux tools to monitor and troubleshoot servers and want to use the same tools for the network? Okay, we can cover that too because tools like ifconfig and tcpdump are all part of the party.
If you can’t wait for the future posts and/or you want to dive deep, this recorded webinar should tide you over.
Anyhow, I need to go carve a pumpkin now…Happy Halloween!
*For music aficionados…Yeah, I know – the link was Heavy Metal not Death Metal, but I used one of my own songs…and this is about as close to Death Metal as I get. That whole guttural screaming thing never worked for me…
Photo compliments of commons.wikimedia.org
Tags: ACI, ACI Open API, Cisco Nexus, cloud, data center, devops, Network programmability, open APIs, programmability, SDN