The Juniper Networks QFX3500 Switch is a 1U, high-performance switch with 48 SFP+ ports and 4 QSFP+ ports. It delivers Layer 2 and Layer 3 connectivity for demanding data center environments. It can operate as an FCoE Transit Switch, connecting FCoE servers to a Fibre Channel storage area network, or as an FCoE-FC Gateway to integrate existing Fibre Channel networks without disruption. The QFX3500 provides wire-speed switching with low latency suitable for applications such as high-performance computing and cloud environments.
The Juniper Networks QFX3500 Switch is a 1U, high-performance switch with 48 SFP+ ports and 4 QSFP+ ports. It delivers Layer 2 and Layer 3 connectivity for demanding data center environments. It can operate as an FCoE Transit Switch, connecting FCoE servers to a Fibre Channel storage area network, or as an FCoE-FC Gateway to integrate existing Fibre Channel networks without disruption. The QFX3500 provides wire-speed switching with low latency suitable for applications such as high-performance computing and cloud environments.
The document is a datasheet describing the Juniper Networks SRX3400 and SRX3600 Services Gateways. The SRX3400 and SRX3600 are next-generation security platforms that deliver high performance and scalability through a modular design. They are suited for securing enterprise, public sector, and service provider networks. The platforms use flexible processing cards and I/O cards to scale performance and ports based on network requirements.
Learn how to be build repeatable Windows environments using hand tailored build factory based on packer Terraform Chocolatey and Boxstarter. Learn how to become predictable and environment agnostic. Build services on Google Cloud Platform, AWS & Azure using the same deployment methodology.
Tera Term is a network engineer's tool that allows for macro scripting to automate tasks like logging in, running commands, analyzing output, and deploying configurations. It provides more advanced functionality than traditional CLI tools while being easy to use. Network engineers can use Tera Term to automate tasks like ping testing a network with analysis of results or deploying the same configuration across multiple devices through macro scripts. This helps network engineers work more efficiently and consistently manage increasingly complex networks.
Since the dawn of time nearly every being has striven for independence. IT professional tirelessly work to get to the same goal of creating solutions which result in greater independence from how technology was used in the past.
Review this presentation to learn how Cloud-Delivered SD-WAN delivers independence from underlying transport, freedom to host applications anywhere, liberty for how services are delivered and choices on how far you extend your wide area network. You'll leave with a better understanding of how to gain your independence from the boundaries of the legacy networks of the past decade.
Automation in Network Lifecycle Management - Bay Area Juniper MeetupJorge Bonilla
Automation can help organizations across the network lifecycle by simplifying operations, increasing control, standardizing processes, and reducing costs and remediation times. Juniper offers various automation building blocks like Network Director, Security Director, and open source tools. Case studies showed how automation helped provision thousands of devices for a restaurant chain faster and deploy port migrations between routers for an ISP more efficiently with less errors.
Juniper SRX Quickstart 12.1R3 by Thomas SchmidtNam Nguyen
This document provides an overview and introduction to using SRX firewalls with JUNOS. It includes sections on login procedures, CLI basics, switching capabilities, and interface configuration. The document is intended for users familiar with ScreenOS who are new to JUNOS and need guidance on common tasks and commands.
An open management plane (2015 Open Networking Summit)Anees Shaikh
This document discusses the need for open and standardized network management capabilities to match the progress being made in SDN and open networking. It introduces OpenConfig, a collaboration between network operators to develop vendor-neutral YANG models for network device configuration and monitoring. The models are defined based on real-world operational needs and are implemented by major networking vendors. OpenConfig aims to provide interoperable, model-driven network management through common APIs, data models, and protocols.
OpenConfig: collaborating to enable programmable network managementAnees Shaikh
2015 OpenDaylight Summit
Abstract:
Network management and monitoring is at the heart of nearly all network operations, and yet the methodologies and technology used in this critical area are lagging far behind. SDN brought abstractions and programmability to the control plane, but the management plane has not seen similar advances.
At the last OpenDaylight mini-summit we motivated a new high-level approach for SDN-based configuration management. In this talk we describe the mission and progress of a new industry collaboration to build the basis of programmable management for heterogeneous and complex networks. The OpenConfig working group is structured as a low-overhead open source project with contributions from multiple global-scale network operators. The initial focus of the group is to develop a set of vendor-neutral data models for configuration and state management based on real-world operational use cases.
This document discusses network automation using Ansible and OpenConfig/YANG. It provides an overview of moving from CLI scraping to using NETCONF and common data models like OpenConfig and YANG. It also demonstrates how Ansible can be used with Juniper network devices for automation through both standard and API modes. A demo is available on GitHub for automating OpenConfig configurations on Juniper devices using Ansible.