The Global Certification Team is proud to announce that the Cisco Catalyst 6500 series switch with Sup2T has earned USGv6 and ReadyLogo Phase two certifications on IOS release 15.0(1)SY1 and later. The details of the USGv6 certification can be found here. LIkewise, the ReadyLogo information can be found here.
The Supervisor Engine 2T is designed to deliver higher performance, better scalability, and enhanced hardware-enabled features. Supervisor Engine 2T integrates a high-performance 2-Terabit crossbar switch fabric that enables 80 Gbps switching capacity per slot on all Cisco Catalyst 6500 E-Series Chassis. The forwarding engine on Supervisor Engine 2T is capable of delivering high-performance forwarding for Layer 2 and Layer 3 services. Supervisor Engine 2T delivers many new hardware-enabled innovations in the areas of security, quality of service (QoS), virtualization, and manageability. The rich feature set of Supervisor Engine 2T enhances applications such as traditional IP forwarding, Layer 2 and Layer 3 Multiprotocol Label Switching (MPLS) VPNs, and VPLS. The Cisco Catalyst 6500 with Supervisor Engine 2T and all the features and the technical advancements establish product leadership in borderless networks as well as data center deployments. More information on the Catalyst 6500 with Sup2T can be found on Cisco.com
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Tags: Cisco Catalyst 6500, IOS, ReadyLogo, Sup2T, USGv6
The Global Certification Team wants to wish each of you a very happy and prosperous new year. To start this year right, we are proud to announce that the Cisco 7600 Series Routers have been Common Criteria Certified! The evaluation includes the 7613, 7609-S, 7606-S, 7604 or 7603-S, with an RSP720 Management Card, and VPN IPSec SPA (ws-ipsec-3) running IOS 15.1(3)S3.
he Cisco 7600 Series is the industry’s first carrier-class edge router to offer integrated, high-density Ethernet switching, carrier-class IP/MPLS routing, and 10-Gbps interfaces, benefiting enterprises and helping enable service providers to deliver both consumer and business services over a single converged Carrier Ethernet network. More information can be found on Cisco.com
Get up to the minute updates on Cisco product certifications from the official GCT twitter,@CiscoCertTeam!
Tags: 15.1(3)S3, 7600, CC, Common, criteria, IOS
In this blog, let us take a look at how Catalyst access switches profile the various connected devices and make the information available to various network services.
Many devices like laptops, IP phones, cameras etc. are connected to the network and need to be managed by IT for asset management, device onboarding, switch configuration, policy management & device energy management. Traditionally, IT administrators manually added each device for each service. This consumes unnecessary overhead and is an inefficient use of IT’s time. Read More »
Tags: Access Switches, byod, catalyst, Connecting IP Phones, Demystifying the Catalyst, Identity Services Engine, IOS, IOS Device Sensor, ISE, QoS, switch
In my previous blog, we looked at how Catalyst switches can be used to assess video application readiness in the network before rolling out a video based collaboration application. In this blog, let us take a look at available tools on the Catalyst switches to monitor and troubleshoot video problems in the network.
As we know, fundamentally, video traffic is different from data traffic. Video traffic is more dynamic and bandwidth intensive and even small changes in delay or loss can cause visible disruptions to user experience. Routinely, IT trouble tickets are opened by users that are faced with degraded video experience. To add to that, interactive video is real time. Any delay in troubleshooting will make IT miss the window to rectify the problem. For a firm with many locations and buildings, finding the problem can be complex and time consuming without the right tools.
Read More »
Tags: catalyst, Catalyst 3560-X, Catalyst 3750-X, Catalyst 4500E, Catalyst 6500, cisco prime, Cisco Switches, IOS, IOS features, mediatrace, monitoring the Catalyst, monitoring video traffic, performance monitoring, Remote Fault Resolution, Troubleshooting video traffic across a WAN
This post is about the onePK software architecture, and how it allows us to consistently expose network operating system (NOS) features to a wide variety of programming environments for IOS, IOS-XE, IOS-XR and NXOS.
For an overview of onePK in general, and some more context, see my October 2012 post and my slides in Slideshare.
The main elements of the onePK software architecture are illustrated Read More »
Tags: active network abstraction, API, IOS, IOS XE, IOS XR, NX-OS, onePK