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# Pine Networks

Open Networking Solutions

## Sitemaps

- [XML Sitemap](https://pine-networks.com/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [Blog](https://pine-networks.com/blog/)
- [Interoperability IP Infusion OcNOS and Cisco IOS XE](https://pine-networks.com/blog/interoperability-ip-infusion-ocnos-and-cisco-ios-xe/) - In our previous post we talked about interoperability between IP Infusion’s OcNOS and Cisco IOS XR. To continue our interoperability testing, in this article, we examine how well IP Infusion’s OcNOS and Cisco’s IOS XE work together, testing key protocols like ISIS, Segment Routing MPLS, MP-BGP, L3VPN, EVPN/VPWS, and EVPN/VPLS. We’ll start by setting up the
- [Introduction to Network Disaggregation](https://pine-networks.com/blog/introduction-to-disaggregation/) - The way businesses handle their network infrastructure is being revolutionized by Network Disaggregation. Heavy Reading defines disaggregation as the separation of networking equipment into functional components, including hardware components, as well as the separation of the software operating system from the underlying hardware on which it runs. The concept of disaggregation started in the cloud
- [Setting up IP Infusion OcNOS on GNS3](https://pine-networks.com/blog/running-ip-infusion-ocnos-network-operating-system-on-gns3-xg8cy/) - This article explains how to install GNS3 and run IP Infusion’s OcNOS.Installing GNS3To install GNS3 on your system, you need to follow the below steps: First, download GNS3 from the official website https://www.gns3.com/software/download You can choose the latest version as per your operating system. In this example we are using Windows 10 ProOnce the download is
- [A Beginner’s Guide to OcNOS OSPF Routing](https://pine-networks.com/blog/ospf-routing-between-2-ocnos-routers/) - In this hands-on article we will explain how to configure OSPF dynamic routing protocol on the IP Infusion OcNOS Network Operating System.To set up OSPF routing between 2 OcNOS routers, you need to follow the below steps: First, drag 2 OcNOS routers onto your topology, configure them as needed (RAM, vCPUs…) and connect them using
- [Configuring MPLS L3VPN on IP Infusion OcNOS](https://pine-networks.com/blog/configuring-mpls-l3vpn-on-ocnos/) - In this hands-on article, we will have a look at MPLS L3VPN configuration on the IP Infusion OcNOS Network Operating System.Multiprotocol Label Switching (MPLS) has become a fundamental technology for modern networks, used by a wide range of organizations including Internet Service Providers, mobile operators and large enterprises. The main benefit of MPLS is its
- [Setting up SONiC on GNS3](https://pine-networks.com/blog/setting-up-sonic-on-gns3/) - This blog article from Pine Networks provides a step-by-step guide to setup SONiC on GNS3. SONiC Network Operating System is a Linux based open source solution for managing network infrastructure.
- [Ansible: Automating a Multi-vendor Network](https://pine-networks.com/ansible-automating-a-multi-vendor-network/) - In this article, I continue what we started in the previous article Getting started with Ansible: Automating OcNOS configuration. In addition to automating OcNOS configuration, I will look into automating Cisco configuration. Let’s first start by editing our hosts file so that we can reference our routers by names instead of Ip addresses. Next, we
- [Pine Networks at FRnOG 38](https://pine-networks.com/events/frnog-38/) - Pine Networks and IP Infusion at FRnOG 38 presenting Open Networking and the use case of Peering and Transit on whitebox switches.
- [Is Open / Disaggregated Networking for everyone?](https://pine-networks.com/blog/is-open-disaggregated-networking-for-everyone/) - This article delves into the transformative impact of open networking, emphasizing that it's not solely confined to tech giants. By unraveling the history and experiences of notable industry players the piece underscores the versatility and benefits of the open networking model.
- [Interoperability IP Infusion OcNOS and Cisco IOS XR](https://pine-networks.com/blog/interoperability-between-ip-infusion-ocnos-and-cisco-ios-xr/) - In our latest lab experiment, we investigate the interoperability between the IP Infusion OcNOS and Cisco IOS XR. In this exercise we test interoperability of the following protocols: ISIS, Segment Routing MPLS, MP-BGP, L3VPN, EVPN/VPWS, and EVPN/VPLS.Below is an illustration of the lab setup used for testing: We will first start by configuring the IGP,
- [Interoperability between IP Infusion OcNOS and Cisco IOS XE](https://pine-networks.com/blog/interoperability-between-ocnos-and-cisco/) - In the ever-evolving landscape of networking technologies, the demand for flexibility, scalability, and cost-efficiency has driven the rise of disaggregated solutions. Network operators are increasingly embracing the disaggregated approach to leverage the advantages it offers. However, in order to seamlessly integrate disaggregated solutions with existing network infrastructures, interoperability becomes a paramount consideration. This is particularly
- [IP Infusion OcNOS](https://pine-networks.com/blog/introduction-to-ipinfusion-ocnos/) - In this article of the Disaggregated Networking Blog we will introduce the IP Infusion Network Operating System for disaggregated IP and transport networks.Open Compute Network Operating System or OcNOS is IP Infusion’s Network Operating System for Whitebox switches. OcNOS is installed using ONIE (Open Network Install Environment) which comes as the factory default with whitebox/Open
- [Getting started with Ansible: Automating OcNOS configuration](https://pine-networks.com/blog/ansible-introduction/) - This article from Pine Networks will help you to get started automating IP Infusion OcNOS configuration with ANSIBLE.

## Pages

- [Home](https://pine-networks.com/) - Pine Networks supports organizations on their journey away from vendor lock-in toward open, flexible networking solutions. We design and deliver turnkey open networking solutions—covering hardware, software, support, and services. We work with cloud providers, Internet Service Providers, and Enterprises to build IP networks that are flexible, scalable, and cost-efficient. No buzzwords, no bullshit — just honest advice, open conversations, and solutions that actually fit your needs.
- [Leadership Team](https://pine-networks.com/leadership-team/) - Hadi Choueiry Founder & General Manager Hadi Choueiry is the Founder and General Manager of Pine Networks. With more than 15 years of experience in telecommunications and IP networking, he helps service providers, cloud providers, enterprises, and public sector organizations build modern, open, and scalable network infrastructures... Read more
- [Hadi Choueiry](https://pine-networks.com/hadi-choueiry/) - Hadi Choueiry is the Founder and General Manager of Pine Networks. With more than 15 years of experience in telecommunications and IP networking, he helps service providers, cloud providers, enterprises, and public sector organizations build modern, open, and scalable network infrastructures. Throughout his career, Hadi has designed, deployed, and supported large-scale network infrastructures across multiple
- [CGV Produits](https://pine-networks.com/fr/conditions-generales-de-vente-de-produits/) - CONDITIONS GÉNÉRALES DE VENTE DE PRODUITS1 – CHAMP D’APPLICATIONLes présentes Conditions Générales de Vente de Produits (« Conditions ») s’appliquent à toutes les ventes de produits réalisées par Pine Networks SAS (ci-après « Pine Networks ») à des clients professionnels (le « Client »).Les présentes Conditions régissent la vente de :matériels d’équipement réseau,logiciels embarqués ou
- [Data center](https://pine-networks.com/fr/data-center/) - Data Center Edgecore AIS800-32O | 800G Edgecore AIS800-32O | 800G Description The Edgecore AIS800-32O are high-performance, low latency switches for high-performance data centers. Application Scenarios: ToR Switch A next-generation, highest-capacity switch for data center spine use case. Breakout options include 2 x 400G, 4 x 200G, and 8 x 100G per port, with a maximum
- [Data Center Switches](https://pine-networks.com/data-center/) - Data Center Edgecore AIS800-32O | 800G Edgecore AIS800-32O | 800G Description The Edgecore AIS800-32O are high-performance, low latency switches for high-performance data centers. Application Scenarios: ToR Switch A next-generation, highest-capacity switch for data center spine use case. Breakout options include 2 x 400G, 4 x 200G, and 8 x 100G per port, with a maximum
- [Aggregation Routers](https://pine-networks.com/aggregation-routers/) - Aggregation Routers Edgecore AS5916-54XKS Edgecore AS5916-54XKS Aperçu – Edgecore AS5916-54XKS L’Edgecore AS5916-54XKS (AGR130) est un routeur basé sur le circuit intégré (ASIC) Broadcom StrataDNX™ Qumran MX, capable d’atteindre un débit de 800 Gbit/s pour les commutations de couche 2 et de couche 3. Équipé de BCM15K TCAM, le commutateur peut être déployé soit comme un
- [Routeurs d'agrégation](https://pine-networks.com/fr/routeurs-dagregation/) - Aggregation Routers Edgecore AS5916-54XKS Edgecore AS5916-54XKS Aperçu – Edgecore AS5916-54XKS L’Edgecore AS5916-54XKS (AGR130) est un routeur basé sur le circuit intégré (ASIC) Broadcom StrataDNX™ Qumran MX, capable d’atteindre un débit de 800 Gbit/s pour les commutations de couche 2 et de couche 3. Équipé de BCM15K TCAM, le commutateur peut être déployé soit comme un
- [Routeurs d'accès](https://pine-networks.com/fr/routeurs-dacces/) - Access Routers UfiSpace S9502-12SM UfiSpace S9502-12SM Aperçu – UfiSpace S9502-12SM Le UfiSpace S9502-12SM Disaggregated Cell Site Gateway (DCSG) permet aux opérateurs télécoms de faire évoluer leurs réseaux d’accès radio (RAN) vers la 5G grâce à une conception fanless, réduisant le nombre de composants mobiles, les besoins de maintenance et le TCO (Total Cost of Ownership).
- [Access Routers](https://pine-networks.com/access-routers/) - Access Routers UfiSpace S9502-12SM UfiSpace S9502-12SM Aperçu – UfiSpace S9502-12SM Le UfiSpace S9502-12SM Disaggregated Cell Site Gateway (DCSG) permet aux opérateurs télécoms de faire évoluer leurs réseaux d’accès radio (RAN) vers la 5G grâce à une conception fanless, réduisant le nombre de composants mobiles, les besoins de maintenance et le TCO (Total Cost of Ownership).
- [CGV Services](https://pine-networks.com/fr/conditions-generales-des-services-professionnels/) - CONDITIONS GÉNÉRALES DES SERVICES PROFESSIONNELS 1 – CHAMP D’APPLICATION Les présentes Conditions Générales des Services Professionnels (« Conditions ») s’appliquent à tous les services professionnels fournis par Pine Networks (ci-après « Pine Networks ») à des clients professionnels (le « Client »). Ces services peuvent inclure notamment : le conseil en architecture réseau la conception
- [Services T&C](https://pine-networks.com/professional-services-terms-and-conditions/) - PROFESSIONAL SEVICES TERMS AND CONDITIONS1 – SCOPEThese Professional Services Terms and Conditions (“Terms”) apply to all professional services provided by Pine Networks (hereinafter “Pine Networks”) to professional customers (the “Customer”).These services may include, but are not limited to:network architecture consultinghigh-level and low-level network design (HLD / LLD)configuration and integration of networking equipmenttroubleshooting and technical advisory
- [Products T&C](https://pine-networks.com/product-sales-terms-and-conditions/) - PRODUCT SALES TERMS AND CONDITIONS 1 – SCOPEThese Product Sales Terms and Conditions (“Terms”) apply to all sales of products by Pine Networks (hereinafter “Pine Networks”) to professional customers (the “Customer”).These Terms govern the sale of:network hardware equipment,embedded or bundled software,third-party software licenses,vendor maintenance, subscription, and support services associated with such products.These Terms apply to
- [Informations légales](https://pine-networks.com/fr/informations-legales/)
- [Legal Information](https://pine-networks.com/legal-information/)
- [Actualités](https://pine-networks.com/fr/news/) - Pine Networks et Stordis unissent leurs expertises pour accélérer l’adoption de l’Open Networking Pine Networks and Stordis Join Forces to Accelerate Open Networking Adoption
- [News](https://pine-networks.com/actualites/) - Pine Networks et Stordis unissent leurs expertises pour accélérer l’adoption de l’Open Networking Pine Networks and Stordis Join Forces to Accelerate Open Networking Adoption
- [Campus & Management Switches](https://pine-networks.com/campus-management-switches/) - Campus - Management Switches Edgecore AS4630-54NPE Edgecore AS4630-54NPE Description The Edgecore AS4630-54NPE / EPS203 is a high-performance Multi-Gigabit Ethernet L2/L3 switch featuring 54 ports. The EPS203 has 36 x 100M/1000M/2.5G ports,12 x 1G/2.5G/5G/10GBASE-T ports, 4 x 25G uplink ports and 2x100G QSFP28 stacking ports (stacking capability subject to NOS implementation); plus all RJ-45 Ethernet ports
- [Conditions Générales](https://pine-networks.com/fr/conditions-generales/) - Conditions Générales Dernière mise à jour : 04 octobre 2022 Veuillez lire attentivement les présentes conditions générales avant d’utiliser Notre Service. Interprétation et Définitions Interprétation Les mots dont la première lettre est en majuscule ont une signification définie dans les conditions suivantes. Les définitions suivantes auront la même signification qu’elles apparaissent au singulier ou au
- [Privacy Policy](https://pine-networks.com/privacy-policy/) - Privacy PolicyLast updated: August 10, 2022This Privacy Policy describes Our policies and procedures on the collection, use and disclosure of Your information when You use the Service and tells You about Your privacy rights and how the law protects You.We use Your Personal data to provide and improve the Service. By using the Service, You
- [Politique de confidentialité](https://pine-networks.com/fr/politique-de-confidentialite/) - Politique de confidentialitéDernière mise à jour : 10 août 2022La présente Politique de confidentialité décrit nos politiques et procédures concernant la collecte, l’utilisation et la divulgation de vos informations lorsque vous utilisez le Service, ainsi que vos droits en matière de confidentialité et la manière dont la loi vous protège.Nous utilisons vos données personnelles afin
- [OcNOS Questions](https://pine-networks.com/ocnos-questions/) - Ask question Search Order By: ActiveCategoryClear Filter 0 Votes 1 Ans How to use tcpdump on OcNOS? 386 viewsHadi Choueiry Changed status to publish March 29, 2026Troubleshooting Question and answer is powered by anspress.net
- [Activities](https://pine-networks.com/questions/activities/)
- [Ask a question](https://pine-networks.com/questions/ask/)
- [Profile](https://pine-networks.com/questions/profile/)
- [Categories](https://pine-networks.com/questions/categories/)
- [Tags](https://pine-networks.com/questions/tags/)
- [Home - Français](https://pine-networks.com/fr/home-francais/) - Pine Networks est un intégrateur de système français, spécialiste des solutions réseaux désagrégés. Edgecore Networks | IP Infusion | UfiSpace | SONiC
- [Enterprise SONiC Configuration Guide](https://pine-networks.com/enterprise-sonic-configuration-guide/) - SONiC Configuration 20 – SONiC EVPN-VXLAN Multi-homing SONiC Configuration 20 – SONiC EVPN-VXLAN Multi-homing SONiC Configuration 19 – SONiC Multi-Site Data Center Interconnect (DCI) SONiC Configuration 19 – SONiC Multi-Site Data Center Interconnect (DCI) SONiC Configuration 18 – SONiC EVPN-VXLAN L3VNI SONiC Configuration 18 – SONiC EVPN-VXLAN L3VNI SONiC Configuration 17 – SONiC EVPN-VXLAN Configuration
- [Enterprise SONiC Tutorials](https://pine-networks.com/enteprise-sonic-tutorials/) - These tutorials are designed to guide you step by step through the discovery and configuration of SONiC (Software for Open Networking in the Cloud), the open-source network operating system based on Linux and built for datacenter networking, the cloud, and enterprise environments. Playlist content:Introduction to SONiC and its use casesInstallation and basic configurationNetworking features: VLAN,
- [Support](https://pine-networks.com/fr/support-2/) - Les services de support de Pine Networks sont là pour pérenniser la réussite de l’évolution de votre système.
- [Support](https://pine-networks.com/support/) - Pine Networks' support services are here to ensure the ongoing success of your system's evolution.
- [Guide de configurations SONiC](https://pine-networks.com/fr/guide-de-configurations-sonic/) - SONiC Configuration 20 – SONiC EVPN-VXLAN Multi-homing SONiC Configuration 20 – SONiC EVPN-VXLAN Multi-homing SONiC Configuration 19 – SONiC Multi-Site Data Center Interconnect (DCI) SONiC Configuration 19 – SONiC Multi-Site Data Center Interconnect (DCI) SONiC Configuration 18 – SONiC EVPN-VXLAN L3VNI SONiC Configuration 18 – SONiC EVPN-VXLAN L3VNI SONiC Configuration 17 – SONiC EVPN-VXLAN Configuration
- [New blog format](https://pine-networks.com/new-blog-format/) - IP Infusion IP Infusion Hadi Choueiry Interoperability IP Infusion OcNOS and Cisco IOS XE In our previous post we talked about interoperability between IP Infusion's OcNOS and Cisco IOS XR. To continue our interoperability testing, in this article, we examine how well IP Infusion's OcNOS... Read More IP Infusion IP Infusion Hadi Choueiry Interoperability IP Infusion
- [Customer Stories](https://pine-networks.com/customer-stories/) - Customer Stories Izarlink: Scaling Regional Connectivity with OcNOS Open Networking Customer Stories Izarlink: Scaling Regional Connectivity with OcNOS Open Networking Customer Stories VA Telecom modernise son backbone MPLS avec OcNOS de IP Infusion Customer Stories VA Telecom migrates MPLS backbone to IP Infusion OcNOS Customer Stories Africell Sierra Leone déploie un backbone IP/MPLS en Open
- [Témoignages clients](https://pine-networks.com/fr/temoignages-clients/) - Customer Stories Izarlink: Scaling Regional Connectivity with OcNOS Open Networking Customer Stories Izarlink: Scaling Regional Connectivity with OcNOS Open Networking Customer Stories VA Telecom modernise son backbone MPLS avec OcNOS de IP Infusion Customer Stories VA Telecom migrates MPLS backbone to IP Infusion OcNOS Customer Stories Africell Sierra Leone déploie un backbone IP/MPLS en Open
- [MicroPlug OLT](https://pine-networks.com/fr/ftth-2/) - Le Terminal Optique de Ligne (OLT) joue un rôle crucial dans un réseau d’accès fixe, étant responsable de l’agrégation du trafic des abonnés, de la gestion des services, et de la fourniture de connectivité entre le réseau du fournisseur de services et les locaux des abonnés dans un environnement FTTH (Fiber To The Home) ou
- [MicroPlug OLT](https://pine-networks.com/ftth/) - OLT serves as a critical component in a fixed access network, responsible for aggregating subscriber traffic, managing services, and providing connectivity between the service provider’s network and the subscriber premises in an FTTH or FTTB environment. OLT can be part of a disaggregated architecture, where the hardware and software components of the OLT are sourced
- [Tutoriels Enterprise SONiC](https://pine-networks.com/fr/tutoriels-enterprise-sonic/) - Cette playlist a pour objectif de vous guider pas à pas dans la découverte et la configuration de SONiC (Software for Open Networking in the Cloud), l’OS réseau open source basé sur Linux et conçu pour le datacenter networking, le cloud et les entreprises. Contenu de la playlist :Introduction à SONiC et à ses cas
- [Pine Networks and Stordis Join Forces to Accelerate Open Networking Innovation](https://pine-networks.com/pine-networks-and-stordis-join-forces-to-accelerate-open-networking-innovation/) - Marseille, France – starting August 1st, 2025, Pine Networks and STORDIS are joining forces in a strategic partnership to serve the growing needs of French cloud, AI providers, and enterprises. This collaboration brings together global innovation and local expertise, enabling the delivery of sovereign, open networking solutions tailored to the French market.Bringing together STORDIS’ leadership in
- [Open Networking](https://pine-networks.com/fr/open-networking/) - Es-tu enfermé avec des fournisseurs traditionnels de solutions réseau ? Tes équipements réseau te coûtent-ils trop cher ? Et les fournisseurs te réservent-ils encore des surprises avec des coûts cachés ? Libère-toi grâce à l'Open Networking Profite de tout un écosystème. Et choisis la meilleure solution pour ton réseau. Réduis ton TCO (coût total de
- [Open Networking](https://pine-networks.com/open-networking-2/) - Are you locked-in with traditional networking vendors ? Are networking devices costing you a lot? And vendors still surprise you with hidden costs? Break free with: Open Networking Benefit from the ecosystem And choose the best solution for your network Reduce your TCO Reduce energy consumption And much more We can help you get there!
- [Tutoriels Vidéo OcNOS](https://pine-networks.com/fr/tutoriels-video-ocnos/) - Tutoriel 1 – Configuration des Interfaces IPApprenez à configurer les adresses IP sur les interfaces dans IP Infusion OcNOS en utilisant le CLI. Ce guide étape par étape couvre les commandes essentielles pour mettre vos interfaces en service. Tutoriel 2 – Configuration SSHApprenez à activer le serveur SSH sur IP Infusion OcNOS et à configurer
- [OcNOS Video Tutorials](https://pine-networks.com/ocnos-video-tutorials/) - Tutorial 1 – IP interfaces ConfigurationLearn how to configure IP addresses on interfaces in IP Infusion OcNOS using the CLI. This step-by-step guide covers the essential commands to get your interfaces up and running. Tutorial 2 – SSH ConfigurationLearn how to enable the SSH server on IP Infusion OcNOS and configure the maximum login attempts
- [About](https://pine-networks.com/about/) - ​Pine Networks is a systems integrator that enables you to build scalable, flexible and cost-effective networks by leveraging open networking solutions.
- [Terms and Conditions](https://pine-networks.com/terms-and-conditions/) - Terms and Conditions Last updated: October 04, 2022 Please read these terms and conditions carefully before using Our Service. Interpretation and Definitions Interpretation The words of which the initial letter is capitalized have meanings defined under the following conditions. The following definitions shall have the same meaning regardless of whether they appear in singular or
- [À propos](https://pine-networks.com/fr/a-propos/) - Notre mission est de permettre à nos clients de tirer pleinement parti de la désagrégation et de la virtualisation en pilotant la transition vers ce modèle. Notre équipe est composée d'experts en réseaux IP, en transmission, en DevOps et en automatisation, qui ont des années d'expérience au service d’opérateurs télécoms, d'équipementiers télécoms, d'intégrateurs de systèmes
- [Network X 2024](https://pine-networks.com/fr/network-x-2024-2/) - Rejoignez nous à Network X 2024 Découvrez notre démonstration Open Broadband Chez Pine Networks, nous nous spécialisons dans la fourniture de solutions réseau ouvertes, désagrégées et à la pointe de la technologie.Rejoignez-nous, ainsi que nos partenaires, au NetworkX pour découvrir une démonstration complète de réseau Broadband ouvert. Celle-ci mettra en avant le XGS-PON Tibit MicroPlug™,
- [Packet Broker](https://pine-networks.com/packet-broker/) - Network Packet BrokerEfficient management and analysis of network traffic are paramount for organizations to ensure security, performance, and compliance. The packet broker is a crucial component of modern network infrastructure acting as a centralized traffic hub, intelligently directing data flows from various network sources to monitoring and security tools. By filtering, aggregating, and optimizing network
- [Network Monitoring Solutions](https://pine-networks.com/solutions/network-monitoring-solutions/) - Pine Networks PMO Pine Networks PMO is a state-of-the-art Network Management System designed specifically for Open/Disaggregated networks. PMO delivers unparalleled performance monitoring and observability, tailored for IP networks powered by IP Infusion OcNOS. It stands as the ultimate solution for service providers, offering a comprehensive suite of features, including topology mapping, link detection, alert mechanisms,
- [Solutions](https://pine-networks.com/fr/solutions/) - Routage désagrégé Lire la suite Transport optique désagrégé Lire la suite Virtualisation Lire la suite Surveillance du réseau Lire la suite Automatisation Lire la suite
- [Solutions](https://pine-networks.com/solutions/) - Disaggregated Routing Read More Disaggregated Optical Transport Read More Virtualization Read More Network Monitoring Read More Network Automation Read More
- [Système d'exploitation réseau](https://pine-networks.com/fr/systeme-dexploitation-reseau/) - Le Système d’Exploitation de Réseau (NOS – Network Operating System) est le logiciel qui gère et contrôle le matériel whitebox, permettant la configuration, la surveillance et la maintenance des réseaux. Dans le contexte de l’Open Networking, le NOS s’exécute sur du matériel de boîtier blanc (whitebox) et fournit le plan de contrôle, le plan de
- [Services](https://pine-networks.com/services/) - We offer a range of services to guide you in your Open Networking Projects: Audit, Consulting, Design, Feasability Studies, Integration, Support, Training
- [Services](https://pine-networks.com/fr/services-2/) - Pine Networks propose une gamme de services pour vous accompagner de A à Z: audit , conseil, conception – design, intégration et formation.
- [Network OS](https://pine-networks.com/network-os/) - A Network Operating System (NOS) is software that manages and controls whitebow networking hardware
- [Blog](https://pine-networks.com/fr/blog-2/)
- [Réseau IP désagrégé](https://pine-networks.com/fr/solutions/reseau-ip-desagrege/) - Réseaux IP traditionnels Les réseaux IP traditionnels sont construits sur la base de logiciels monolithiques et de matériel propriétaire du même fournisseur, regroupés dans une solution verrouillée par le fournisseur. Avec cette approche, vos choix sont limités à un petit nombre de fournisseurs, les coûts sont élevés et vous êtes engagés pour toute la durée
- [Réseau de transport optique désagrégé](https://pine-networks.com/fr/solutions/reseau-de-transport-optique-desagrege/) - Transport optique traditionnel La désagrégation dans les réseaux de transport optique permet d'atteindre un niveau supérieur d'efficacité et d'éviter le verrouillage des fournisseurs.Les solutions optiques sont traditionnellement fournies en tant que solutions fermées. Les transpondeurs et le système de ligne optique sont fortement couplés. Le système de ligne optique ne peut transporter que des longueurs
- [Gestion et surveillance du réseau](https://pine-networks.com/fr/solutions/gestion-et-surveillance-du-reseau/) - Ne perdez pas de vue votre infrastructure réseau ! La capacité de surveiller le réseau et d'avoir une visibilité sur les indicateurs de performance clés tels que l'utilisation de la bande passante, la charge du processeur, l'utilisation de la mémoire, les capteurs de température, etc. est essentielle pour les organisations.Pine Networks fournit des solutions de
- [Disaggregated IP Routing](https://pine-networks.com/solutions/disaggregated-ip-routing/) - Traditional IP networks Traditional IP networks are built based on monolithic software and proprietary hardware from the same vendor, packaged into a vendor-locked solution. With this approach your choices are limited to a small number of vendors, costs are high and you are locked-in with a single vendor for the duration of the solutions lifecycle
- [Disaggregated Optical Transport Network](https://pine-networks.com/solutions/disaggregated-optical-transport-network/) - Closed Optical Transport Disaggregation in Optical Transport Networks will deliver the next-level of efficiency and break vendor lock-in.Optical solutions are traditionally provided as closed solutions. The transponders and optical line system are highly coupled. The optical line system can only transport wavelengths from the same vendor.In this traditional closed optical networking solutions, the entire solution
- [Nous contacter](https://pine-networks.com/fr/nous-contacter/) - Contactez-nous Apprenez-en davantage sur Pine Networks et sur la manière dont nous pouvons vous aider à transformer votre réseau et sécuriser votre infrastructure. Siège social: Addresse 219 Grande Rue Garches, 92380 FRANCE Appelez-nous +33 01 88 94 77 04 écrivez-nous contact@pine-networks.com Suivez-nous: Linkedin-in Youtube Discutons de votre projet
- [Contact](https://pine-networks.com/contact/) - Get in touch with us Learn more about Pine Networks and how we can help you on your journey to open disaggregated networking or to secure your network from cyber security threats. Head Office: Address 219 Grande Rue Garches, 92380 FRANCE Call Us +33 01 88 94 77 04 Email Us contact@pine-networks.com Follow Us: Linkedin-in

## Questions

- [How to use tcpdump on OcNOS?](https://pine-networks.com/how-to-use-tcpdump-on-ocnos/) - How can I perform packet captures on OcNOS?

## Answers

- [How to use tcpdump on OcNOS?](https://pine-networks.com/97786/) - On OcNOS, tcpdump is supported on DNX (Qumran) based platforms. tcpdump can be used directly on Layer 3 interfaces. However, on switchports, a sniff interface must be configured first in order to capture traffic. 1. tcpdump on a Layer 3 interface Access the Linux shell from privileged mode: start-shell Then switch to root: su -

## Portfolio

- [4 – SONiC Configuration Management](https://pine-networks.com/fr/sonic-configuration/4-sonic-configuration-management-2/) - Gestion de la configuration SONiC Dans cet article, nous allons découvrir comment consulter et gérer les running-configuration et startup-configuration, ainsi que comment restaurer le switch aux paramètres d’usine. Nous aborderons : Consultation et sauvegarde des configurations Restauration des paramètres d’usine Running-Configuration La running-configuration représente la configuration active actuelle du système. Consulter la Running-Configuration : sonic#
- [1 – Log in to SONiC](https://pine-networks.com/fr/portfolios/1-log-in-to-sonic-2/) - Connexion à SONiC Dans cet article, nous allons découvrir comment se connecter à Enterprise SONiC ainsi que les bases de l’interface en ligne de commande (CLI). Nous aborderons : Les méthodes d’accès La connexion utilisateur Les niveaux de privilège Les commandes de navigation de base Méthodes d’accès Vous pouvez accéder au switch en utilisant :
- [1 - Log in to SONiC](https://pine-networks.com/portfolios/log-in-to-sonic/) - Learn to log in to Enterprise SONiC and use its CLI. Covers access methods, user login, privilege levels, and basic commands for network admins.
- [2 – SONiC Interfaces Configuration](https://pine-networks.com/fr/sonic-configuration/2-sonic-interfaces-configuration-2/) - Configuration des interfaces SONiC Dans cet article, nous alllons voir comment les interfaces sur Entreprise SONiC. Nous allons voir : Configuration de la vitesse des interfaces Désactivation et activation des interfaces Attribution d’adresses IP 1 – Configuration de la vitesse d’interface Vous pouvez configurer la vitesse d’une interface manuellement ou laisser la négociation automatique (auto-negotiation)
- [2 - SONiC Interfaces Configuration](https://pine-networks.com/portfolios/sonic-interfaces-configuration/) - SONiC Interfaces ConfigurationIn this article we will explore how to configure interfaces on Enterprise SONiC. We will cover:Setting interface speedShutting and enabling interfacesAssigning IP addresses1 – Configuring Interface speedYou can configure interface speed manually or allow it to auto-negotiate.Example Switch 1Switch-1# configure terminal Switch-1(config)# interface Ethernet 1 Switch-1(config-if- Ethernet1)# speed 10000 Example Switch 2Switch-2# configure
- [3 – SONiC Out-Of-Band Management](https://pine-networks.com/fr/sonic-configuration/3-sonic-out-of-band-management-2/) - Gestion du management Out-of-Band sur SONiCDans cet article, nous allons voir comment configurer l’interface de management out-of-band de SONiC.L’interface de management est utilisée pour configurer et accéder à SONiC à distance via un réseau de management out-of-band. La plupart des switches whitebox disposent d’un port de management out-of-band dédié. Configurer l’adresse IP de l’interface de
- [3 - SONiC Out-Of-Band Management](https://pine-networks.com/portfolios/3-sonic-out-of-band-management/) - SONiC Out-Of-Band ManagementIn this article we will explore how to configure the SONiC out-of-band management interface.The management interface is used to configure and access SONiC remotely using an out-of-band management network. Most whitebox switches have dedicated out-of-band management port. Configure IP Address of Management Interface Switch 1 Switch-1# configure terminal Switch-1(config)# interface Management 0 Switch-1(config-if-Management0)#
- [Edgecore AS7726-32X | 100G](https://pine-networks.com/data-center/edgecore-as7726-32x/) - DescriptionThe Edgecore DCS204 switch is a Top-of-Rack (TOR) or spine switch for high-performance data centers. In a compact 1RU form factor, the switch provides line-rate L2 and L3 switching across the 32 x QSFP28 ports, and each QSFP28 port can be configured as 2x50G, 4x25G, 1x40GbE or 4x10GbE by using DAC breakout cables. The DCS204
- [UfiSpace S9500-30XS](https://pine-networks.com/access-routers/ufispace-s9500-30xs/) - UfiSpace S9500-30XS is future proof Cell Site Router with 2 x 40/100G, 8 x 10/25G and 20 x 1/10G ports.
- [Edgecore AS7515-24X](https://pine-networks.com/access-routers/edgecore-as7515-24x/) - DescriptionThe Edgecore CSR430 is an open disaggregated cell site gateway platform that provides a combination of 1/10/25 Gbps and 40/100 Gbps interfaces. Utilizing powerful Qumran family merchant silicon and an Intel Atom x86 processor, the device provides optimized performance for service provider access and aggregation networks.The CSR430 has a temperature-hardened design and is able to
- [Edgecore AS7315-30X](https://pine-networks.com/access-routers/edgecore-as7315-30x/) - Edgecore AS7315-30X (CSR300) is an open access or aggregation platform that features 2 x 40/100G, 8 x 1/10/25G, 16 x 1/10G and 4 x 1G RJ45 interfaces.
- [UfiSpace S9501-18SMT](https://pine-networks.com/access-routers/ufispace-s9501-18smt/) - UfiSpace S9501-18SMT is a cost effective, Cell Site Router with 6 x 10G and 12 x 1G equipped with hot-swappable power supplies and fan modules .
- [Edgecore AS7315-27X](https://pine-networks.com/access-routers/edgecore-as7315-27x/) - Edgecore AS7315-27X (CSR310) is an open cell site gateway platform that is OCP Accepted . It features 3 x 40/100G, 4 x 1/10/25G, 20 x 1/10G interfaces.
- [UfiSpace S9500-22XST](https://pine-networks.com/access-routers/ufispace-s9500-22xst/) - UfiSpace S9500-22XST is future proof Cell Site Router with 2 x 40/100G, 8 x 10/25G, 8 x 1/10G and 4 x 100M/1G RJ45 ports.
- [Edgecore AS5915-18X](https://pine-networks.com/edgecore-as5915-18x/) - Edgecore AS5915-18X (CSR200) is a compact-sized open cell site gateway with 6 x10GE and 12 x 1GE interfaces utilizing merchant silicon and an x86 processor.
- [UfiSpace S9501-28SMT](https://pine-networks.com/access-routers/ufispace-s9501-28smt/) - UfiSpace S9501-28SMT is future proof Cell Site Router with dense high-speed interfaces 8 x 1/10G, 16 x 1G and 4 x 100M/1G RJ45 ports.
- [UfiSpace S9502-16SMT](https://pine-networks.com/access-routers/ufispace-s9502-16smt/) - UfiSpace S9502-16SMT is a cost effective, fanless, Cell Site Router with 4 x 10G and 8 x 10G ports .
- [UfiSpace S9502-12SM](https://pine-networks.com/portfolios/ufispace-s9502-12sm/) - UfiSpace S9502-12SM est un routeur d'accès économique, sans ventilateur, avec 4 ports 10G et 8 ports 1G, idéal pour les réseaux de collèctes mobiles et fixes.
- [Celestica DS1000](https://pine-networks.com/campus-management-switches/celestica-ds1000/) - DescriptionThe Celestica DS1000 is an Open Compute Project (OCP) accepted design swtich. The DS1000 Ethernet switch offers 48 x 10/100/1000Mbps RJ45 ports and 8 SFP+ ports within a 1U form factor. With support for a COM-E modular atom-based control plane.The Celestica DS1000 is ideal as an access switch for enterprise campus access networks or as
- [UfiSpace S6301-56ST](https://pine-networks.com/campus-management-switches/ufispace-s6301-56st-3/) - DescriptionThe UfiSpace S6301-56ST is a high-performance, L2/L3 OOB management switch that is designed to address the fast growing requirements of data centers and provides enterprise and small businesses with versatile scalability and simplified data centermanagement.With 48 x 1G RJ-45 ports and 8 x 10G SFP+ ports, the S6301-56ST management switch utilizes the Broadcom Trident3-X2 silicon to provide advanced quality of
- [Edgecore AS4625-54T](https://pine-networks.com/campus-management-switches/edgecore-as4625-54t/) - DescriptionThe Edgecore EPS121 is an easy-to-use Gigabit Ethernet L2 switch featuring 54 ports; 48 x 10/100/1000BASE-T ports and 6 x 1G/10G SFP+ uplink ports. The EPS121 is ideal as a management switch in data center networking, enterprise access networking, and campus access networking. The switch includes redundant, hot-swappable AC PSUs and fixed 2+1 redundant fans
- [Edgecore AS4625-54P](https://pine-networks.com/campus-management-switches/edgecore-as4625-54p/) - DescriptionThe Edgecore EPS122 is a cost-effective, high-performance Gigabit Ethernet L2 PoE switch featuring 54 ports; 48 x 10/100/1000BASE-T ports and 6 x 1G/10G SFP+ uplink ports. Ports 1 to 40 (10/100/1000BASE-T) fully support IEEE 802.3at and IEEE 802.3bt Power-over-Ethernet (PoE) up to 30 W, and ports 41 to 48 (10/100/1000BASE-T) fully support IEEE 802.3at and
- [Edgecore AS4630-54TE](https://pine-networks.com/campus-management-switches/edgecore-as4630-54te/) - DescriptionThe Edgecore AS4630-54TE / EPS201 is a high-performance Gigabit Ethernet Layer 3 switch featuring 54 ports; the EPS201 has 48 x 10/100/1000BASE-T ports, 4 x 25G SFP28 uplink ports, and 2 x 100G QSFP28 uplink ports.The AS4630-54TE / EPS201 is ideal as a data center top-of-rack, enterprise, or campus switch, it includes redundant hot-swappable AC
- [Edgecore AS4630-54PE](https://pine-networks.com/campus-management-switches/edgecore-as4630-54pe/) - DescriptionThe Edgecore AS4630-54PE / EPS202 is a high-performance Gigabit Ethernet Layer 3 switch featuring 54 ports; the EPS202 has 48 10/100/1000BASE-T ports, 4 x 25G SFP28 uplink ports, and 2 x 100G QSFP28 uplink ports ; plus the 48 10/100/1000BASE-T ports fully support IEEE 802.3at and IEEE 802.3bt Power-over-Ethernet (PoE).The AS4630-54PE / EPS202 is ideal
- [Edgecore AS4630-54NPE](https://pine-networks.com/campus-management-switches/edgecore-as4630-54npe/) - DescriptionThe Edgecore AS4630-54NPE / EPS203 is a high-performance Multi-Gigabit Ethernet L2/L3 switch featuring 54 ports. The EPS203 has 36 x 100M/1000M/2.5G ports,12 x 1G/2.5G/5G/10GBASE-T ports, 4 x 25G uplink ports and 2x100G QSFP28 stacking ports (stacking capability subject to NOS implementation); plus all RJ-45 Ethernet ports can support up to 90 W Power-over-Ethernet (PoE).AS4630-54NPE /
- [Edgecore AS5835-54X | 10G](https://pine-networks.com/data-center/edgecore-as5835-54x/) - The Edgecore AS5835-54X whitebox switch with 48 x 1/10G ports and 6 x 40/100G ports is ideal for carrier and enterprise aggregation and data center Top of Rack.
- [UfiSpace S6301-56ST | 1G](https://pine-networks.com/data-center/ufispace-s6301-56st/) - The UfiSpace S6301-56ST is a high-performance, L2/L3 Out Of Band (OOB) management switch with 48 x 1G RJ45 ports and 8 x 10G SFP+ ports.
- [UfiSpace S7801-54XS | 10G](https://pine-networks.com/portfolios/ufispace-s7801-54xs/) - The UfiSpace S7801-54XS is a high-performance, data center networking white box switch that is designed to address the fast growing segment of the data center switching market and the needs to push service capacity to the next level.
- [Edgecore AS7326-56X | 25G](https://pine-networks.com/data-center/edgecore-as7326-56x/) - DescriptionThe Edgecore DCS203 switch is a Top-of-Rack (TOR) switch for high-performance data centers. In a compact 1RU form factor, the switch provides line-rate L2 and L3 switching across the 48 x SFP28 + 8 x QSFP28 ports, and each QSFP28 port can be configured as 2 x 50 GbE, 4 x 25 GbE, 1 x
- [UfiSpace S8901-54XC | 25G](https://pine-networks.com/portfolios/ufispace-s8901-54xc/) - The UfiSpace S8901-54XC is a high-performance, data center networking white box switch with 6 x 100G QSFP28 ports and 48 x 25G SFP28 ports
- [Edgecore AS7816-64X | 100G](https://pine-networks.com/data-center-switches/edgecore-as7816-64x/) - DescriptionThe Edgecore DCS500 is a Top-of-Rack (TOR) or spine switch for high-performance data centers. The switch provides line-rate L2 and L3 switching across the 64 x QSFP28 ports, each supporting 1 x 100 GbE or 1x 40 GbE, or via breakout cables 4 x 25 GbE or 4 x 10 GbE. The DCS500 can be
- [UfiSpace S9110-32X | 100G](https://pine-networks.com/portfolios/ufispace-s9110-32x/) - The UfiSpace S9110-32X is a high-performance, data center networking white box switch with 32 x 100G QSFP28 ports utilizing the Broadcom Trident3-X7 silicon.
- [Edgecore AS9737-32DB | 400G](https://pine-networks.com/data-center/edgecore-as9737-32db-400g/) - Description The Edgecore DCS511 is a high-performance, low latency switch for high-performance data centers. The switch provides L2 and L3 switching across the 32 x QSFP56-DD ports, each supporting 1 x 400 GbE or 1 x 100 GbE, or via breakout cables 2 x 200 GbE, 4 x 100 GbE, or 4 x 25 GbE.
- [Edgecore AS9716-32D | 400G](https://pine-networks.com/data-center/edgecore-as9716-32d-400g/) - Description The Edgecore DCS510 is a spine switch for high-performance data centers. The switch provides line-rate L2 and L3 switching across the 32 x QSFP-DD ports, each supporting 1 x 400 GbE or 1 x 100 GbE, or via breakout cables 4 x 100 GbE or 4 x 25 GbE. The DCS510 can be deployed
- [Edgecore AS9726-32DB | 400G](https://pine-networks.com/data-center/edgecore-as9726-32db-400g/) - Description The Edgecore DCS240 is a leaf switch for high-performance data centers. The switch provides L2 and L3 switching across the 32 x QSFP56-DD ports, each supporting 1 x 400 GbE or 1 x 100 GbE, or via breakout cables 2 x 200 GbE, 4 x 100 GbE, or 4 x 25 GbE. The DCS240
- [UfiSpace S9300-32D | 400G](https://pine-networks.com/data-center/ufispace-s9300-32d-400g/) - DescriptionThe S9300-32D is a white box data center switch with open network capabilities. It can be positioned as a programmable ToR (Top-of-Rack), spine/leaf switch, core aggregation and data center interconnect. The load balancing and congestion management from the S9300-32D enables it to be positioned as an application load balancer.Next generation cloud service applications not only
- [Edgecore AS9736-64D | 400G](https://pine-networks.com/data-center/edgecore-as9736-64d-400g/) - Description The Edgecore AS9736-64D (DCS520) is a spine switch for high-performance data centers. The switch provides line-rate L2 and L3 switching across the 64 x QSFP56-DD ports, each supporting 1 x 400G QSFP56-DD, 1 x 100G QSFP28, 1 x 40G QSFP+, or via breakout cables 2 x 200G (2 x 4 lanes 50G PAM4), 4
- [Celestica DS5000 | 800G](https://pine-networks.com/data-center/celestica-ds5000-800g/) - Description DS5000 is a 64-port 800GbE switch in a 2U form factor that provides 51.2Tbps bandwidth, transforming connectivity for the future with unprecedented speed and agility. Celestica’s 800G Family of Network Switches are purpose-built to support cutting-edge AI / ML and HPC requirements, delivering unparalleled highdensity and high-performance solutions tailored to address evolving data center
- [Edgecore AIS800-32O | 800G](https://pine-networks.com/data-center/edgecore-ais800-32o-800g/) - Description The Edgecore AIS800-32O are high-performance, low latency switches for high-performance data centers. Application Scenarios: ToR Switch A next-generation, highest-capacity switch for data center spine use case. Breakout options include 2 x 400G, 4 x 200G, and 8 x 100G per port, with a maximum of 160 logical ports. Offers reduced cost and power per
- [Celestica DS4101 | 800G](https://pine-networks.com/data-center/celestica-ds4101-800g/) - DescriptionDS4101 is a 32-port 800G switch that provides 25.6Tbps bandwidth, delivering the high performance and flexibility needed to address the complex networking requirements of today’s data centers.Celestica’s 800G switches deliver unparalleled highdensity and high-performance, the ideal foundation for large scalable data centers. The DS4101, with flexible port speed variations in a compact 1U form factor,
- [Edgecore AIS800-32D | 800G](https://pine-networks.com/data-center/edgecore-ais800-32d-800g/) - DescriptionThe Edgecore AIS800-32D are high-performance, low latency switches for high-performance data centers. Application Scenarios:ToR SwitchA next-generation, highest-capacity switch for data center spine use case. Breakout options include 2 x 400G, 4 x 200G, and 8 x 100G per port, with a maximum of 160 logical ports. Offers reduced cost and power per bit. Scalable and
- [UfiSpace S9501-28SMT](https://pine-networks.com/fr/portfolios/ufispace-s9501-28smt-2/) - UfiSpace S9501-28SMT - 8 x ports 1/10G SFP+, 16 x ports 100M/1G SFP, 4 x ports 100M/1G RJ45
- [UfiSpace S9502-12SM](https://pine-networks.com/fr/portfolios/ufispace-s9502-12sm-2/) - UfiSpace S9502-12SM - 4 ports SFP+ 1/10G , 8 ports SFP 100M/1G
- [Edgecore AS9716-32D | 400G](https://pine-networks.com/fr/data-center/edgecore-as9716-32d-400g/) - Aperçu – Edgecore AS9716-32DLe Edgecore Networks DCS510 est un spine switch pour les data centers haute performance. Ce switch fournit du switching L2 et L3 line-rate sur ses 32 ports QSFP-DD, chacun supportant 1 x 400 GbE ou 1 x 100 GbE, ou, via des câbles de breakout, 4 x 100 GbE ou 4 x
- [UfiSpace S6301-56ST | 1G](https://pine-networks.com/fr/data-center/ufispace-s6301-56st-2/) - Le commutateur de management Out Of Band UfiSpace S6301-56ST est un commutateur whitebox de haute performance, niveau L2/L3 avec 48 ports 1G RJ45 et 8 ports SFP+ 10G.
- [Edgecore AS7515-24X](https://pine-networks.com/fr/access-routers/edgecore-as7515-24x-2/) - Aperçu – Edgecore AS7515-24XThe Edgecore Networks CSR430 est une plateforme open disaggregated cell site gateway qui fournit une combinaison d’interfaces 1/10/25 Gbps et 40/100 Gbps. Utilisant le puissant Qumran family merchant silicon et un processeur Intel Atom x86, l’équipement offre des performances optimisées pour les réseaux d’accès et d’agrégation des service providers.Le CSR430 dispose d’un
- [Edgecore AS7315-30X](https://pine-networks.com/fr/portfolios/edgecore-as7315-30x-2/) - Edgecore AS7315-30X - 2 x ports 40/100G QSFP28, 8 x ports 1G/10G/25G SFP28, 16 x ports 1G/10G SFP+, 4 x ports 1G RJ45
- [UfiSpace S9500-30XS](https://pine-networks.com/fr/portfolios/ufispace-s9500-30xs-2/) - UfiSpace S9500-30XS - 2 x ports 40/100G QSFP28, 8 x ports 1/10/25G SFP28, 20 x ports 1/10G SFP+
- [Edgecore AS7315-27X](https://pine-networks.com/fr/portfolios/edgecore-as7315-27x-2/) - Edgecore AS7315-27X - 3 x ports 40/100G QSFP28, 4 x ports 1/10/25G SFP28, 20 x ports 1/10G SFP+
- [UfiSpace S9500-22XST](https://pine-networks.com/fr/portfolios/ufispace-s9500-22xst-2/) - UfiSpace S9500-22XST - 2 x ports 40/100G QSFP28, 8 x ports 10/25G SFP28, 8 x ports 1/10G SFP+, 4 x ports 100M/1G RJ45
- [Edgecore AS5915-18X](https://pine-networks.com/fr/edgecore-as5915-18x-2/) - Edgecore AS5915-18X - 4 x ports 1/10G SFP+, 8 x ports 100M/1G SFP, 4 x ports 100M/1G RJ45
- [UfiSpace S9501-18SMT](https://pine-networks.com/fr/ufispace-s9501-18smt-2/) - UfiSpace S9501-18SMT - 6 x ports 1/10G SFP+, 8 x ports 100M/1G SFP, 4 x ports 100M/1G RJ45
- [UfiSpace S9502-16SMT](https://pine-networks.com/fr/ufispace-s9502-16smt-2/) - UfiSpace S9502-16SMT - 4 x ports 1/10G SFP+, 8 x ports 100M/1G SFP, 4 x ports 100M/1G RJ45
- [20 - SONiC EVPN-VXLAN Multi-homing](https://pine-networks.com/sonic-configuration/20-sonic-evpn-vxlan-multi-homing-2/) - SONiC EVPN-VXLAN Multi-Homing and Uplink TrackingThis article describes EVPN multi-homing in an EVPN-VXLAN fabric using Enterprise SONiC, a feature that allows a server or network device to connect to multiple leaf switches simultaneously while appearing as a single logical attachment point from the overlay’s perspective.Multi-homing is achieved through Ethernet Segment Identifiers (ESI), which allow two
- [20 - SONiC EVPN-VXLAN Multi-homing](https://pine-networks.com/fr/sonic-configuration/20-sonic-evpn-vxlan-multi-homing/) - SONiC EVPN-VXLAN Multi-Homing and Uplink TrackingThis article describes EVPN multi-homing in an EVPN-VXLAN fabric using Enterprise SONiC, a feature that allows a server or network device to connect to multiple leaf switches simultaneously while appearing as a single logical attachment point from the overlay’s perspective.Multi-homing is achieved through Ethernet Segment Identifiers (ESI), which allow two
- [Installation SONiC sur GNS3](https://pine-networks.com/fr/sonic-configuration/installation-sonic-sur-gns3/) - Installer Enterprise SONiC dans GNS3Dans cet article, nous allons vous montrer comment installer Enterprise SONiC dans GNS3.GNS3 est un environnement de simulation réseau virtuel qui vous permet de construire et de tester des réseaux sur votre ordinateur sans avoir besoin de matériel physique. Vous pouvez glisser-déposer des router, switch, serveurs et firewalls sur un canvas
- [IP Infusion EVPN-VXLAN IRB](https://pine-networks.com/portfolios/ipinfusion-ocnos-evpn-vxlan-irb/) - OcNOS EVPN-VXLAN IRB & BGP to HostIn this article we explore how to enable inter-subnet routing within a VXLAN overlay on OcNOS using an IRB (Integrated Routing and Bridging) interface and a dedicated L3VNI.We then extend the design by establishing a BGP session between the leaf switch and the directly connected host, giving the host the ability to advertise its own prefixes into
- [19 - SONiC Multi-Site Data Center Interconnect (DCI)](https://pine-networks.com/fr/sonic-configuration/19-sonic-multi-site-data-center-interconnect-dci-2/) - SONiC Multi-Site DCIThis article describes a multi-site EVPN-VXLAN architecture using Enterprise SONiC, used interconnecting two independent data centers using eBGP EVPN over IP transport.Each data center operates as an autonomous EVPN domain and is interconnected through border leaf VTEPs, which perform route re-origination, VXLAN decapsulation/encapsulation, and EVPN control-plane filtering.We will cover:EVPN-VXLAN multi-site architecture overviewConfiguring the
- [19 - SONiC Multi-Site Data Center Interconnect (DCI)](https://pine-networks.com/sonic-configuration/19-sonic-multi-site-data-center-interconnect-dci/) - SONiC Multi-Site DCIThis article describes a multi-site EVPN-VXLAN architecture using Enterprise SONiC, used interconnecting two independent data centers using eBGP EVPN over IP transport.Each data center operates as an autonomous EVPN domain and is interconnected through border leaf VTEPs, which perform route re-origination, VXLAN decapsulation/encapsulation, and EVPN control-plane filtering.We will cover:EVPN-VXLAN multi-site architecture overviewConfiguring the
- [Edgecore AS5835-54X | 1G](https://pine-networks.com/fr/data-center/edgecore-as5835-54x-2/) - Edgecore AS5835-54X AperçuLe switch whitebox Edgecore AS5835-54X est conçu pour l’agrégation ainsi que pour les Top of Rack de centre de données. L’AS5835-54X est une solution idéale pour les architectures traditionnelles d’agrégation en trois niveaux ou les architectures Folded-CLOS. Le switch AS5835-54X est doté de fonctionnalités garantissant une disponibilité élevée, une sécurité complète, un contrôle
- [18 – SONiC EVPN-VXLAN L3VNI](https://pine-networks.com/fr/sonic-configuration/18-sonic-evpn-vxlan-l3vni-2/) - SONiC EVPN-VXLAN L3VNIIn this article, we explore how to deploy EVPN-VXLAN on Enterprise SONiC, using multiple L2VNIs for Layer 2 segmentation and a L3VNI to enable inter-subnet routing within the tenant.This design is commonly used in enterprise and data center fabrics where a single tenant requires multiple VLANs with Layer 3 connectivity, while still benefiting
- [17 - SONiC EVPN-VXLAN Configuration](https://pine-networks.com/portfolios/17-sonic-evpn-vxlan-configuration/) - SONiC EVPN-VXLAN ConfigurationIn this article we will explore how to configure EVPN-VXLAN for a single tenant on Enterprise SONiC. We will cover:EVPN-VXLAN architecture overviewConfiguring the underlay networkConfiguring the overlay networkConfiguring VTEP interfacesCreating VLANs and mapping them to Layer 2 VNIsVerification and troubleshootingEVPN-VXLAN OverviewEVPN-VXLAN combines EVPN as the control plane with VXLAN for data plane encapsulation.
- [17 - SONiC EVPN-VXLAN Configuration](https://pine-networks.com/fr/sonic-configuration/17-sonic-evpn-vxlan-configuration-2/) - SONiC EVPN-VXLAN ConfigurationIn this article we will explore how to configure EVPN-VXLAN for a single tenant on Enterprise SONiC. We will cover:EVPN-VXLAN architecture overviewConfiguring the underlay networkConfiguring the overlay networkConfiguring VTEP interfacesCreating VLANs and mapping them to Layer 2 VNIsVerification and troubleshootingEVPN-VXLAN OverviewEVPN-VXLAN combines EVPN as the control plane with VXLAN for data plane encapsulation.
- [16 – SONiC BGP Unnumbered Configuration](https://pine-networks.com/fr/sonic-configuration/16-sonic-bgp-unnumbered-configuration-2/) - SONiC BGP Unnumbered ConfigurationIn this article we will explore how to configure BGP using unnumbered interfaces on Enterprise SONiC. We will cover:BGP unnumbered overviewEnabling BGP on unnumbered interfacesConfiguring neighbors with interface referencesVerificationBGP Unnumbered OverviewBGP unnumbered allows routers to establish BGP sessions without assigning an IPv4 address to each point-to-point interface. Instead, it relies on IPv6
- [15 - SONiC BGP Configuration](https://pine-networks.com/fr/sonic-configuration/15-sonic-bgp-configuration-2/) - SONiC BGP ConfigurationIn this article we will explore how to configure Border Gateway Protocol (BGP) on Enterprise SONiC. We will cover:BGP overviewConfiguring BGP with local ASNEstablishing BGP neighbor relationshipsAdvertising networksVerifying BGP sessions and routesBGP OverviewBGP (Border Gateway Protocol) is a path-vector routing protocol widely used to exchange routing information between Autonomous Systems (ASes) and within
- [14 – SONiC OSPF Configuration](https://pine-networks.com/fr/sonic-configuration/14-sonic-ospf-configuration-2/) - SONiC OSPF ConfigurationIn this article we will explore how to configure Open Shortest Path First (OSPF) on Enterprise SONiC. We will cover:OSPF overviewEnabling OSPF and setting router IDConfiguring OSPF on interfacesVerifying OSPF neighbors and routesOSPF OverviewOSPF is a dynamic Interior Gateway Protocol (IGP) that automatically exchanges routing information between routers within an Autonomous System. It
- [14 - SONiC OSPF Configuration](https://pine-networks.com/sonic-configuration/14-sonic-ospf-configuration/) - SONiC OSPF ConfigurationIn this article we will explore how to configure Open Shortest Path First (OSPF) on Enterprise SONiC. We will cover:OSPF overviewEnabling OSPF and setting router IDConfiguring OSPF on interfacesVerifying OSPF neighbors and routesOSPF OverviewOSPF is a dynamic Interior Gateway Protocol (IGP) that automatically exchanges routing information between routers within an Autonomous System. It
- [13 - SONiC Static Routing Configuration](https://pine-networks.com/fr/sonic-configuration/13-sonic-static-routing-configuration/) - SONiC Static Routing ConfigurationIn this article we will explore how to configure Open Shortest Path First (OSPF) on Enterprise SONiC. We will cover:OSPF overviewEnabling OSPF and setting router IDConfiguring OSPF on interfacesVerifying OSPF neighbors and routesStatic Routing OverviewStatic routing is used to manually define routes in the routing table. Unlike dynamic routing protocols such as
- [12 - SONiC VRRP Configuration](https://pine-networks.com/fr/sonic-configuration/12-sonic-vrrp-configuration-2/) - SONiC VRRP ConfigurationIn this article, we explore how to configure the Virtual Router Redundancy Protocol (VRRP) on Enterprise SONiC. VRRP is a standards-based first-hop redundancy protocol that enables multiple Layer 3 devices to provide a highly available default gateway for end hosts.The article covers the following topics:VRRP overview and operational principlesConfiguring a VRRP group and
- [11 – SONiC MCLAG Configuration](https://pine-networks.com/fr/sonic-configuration/11-sonic-mclag-configuration-2/) - SONiC MCLAG ConfigurationIn this article we will explore how to configure Multi-Chassis Link Aggregation (MCLAG) on Enterprise SONiC. We will cover:MCLAG overviewConfiguring the peer linkConfiguring the keepalive linkConfiguring PortChannel interfaces as MCLAGVerifying the configurationMCLAG OverviewMulti-Chassis Link Aggregation (MCLAG) provides link redundancy and load balancing by connecting a downstream device (for example, a server or a
- [11 - SONiC MCLAG Configuration](https://pine-networks.com/sonic-configuration/11-sonic-mclag-configuration/) - SONiC MCLAG ConfigurationIn this article we will explore how to configure Multi-Chassis Link Aggregation (MCLAG) on Enterprise SONiC. We will cover:MCLAG overviewConfiguring the peer linkConfiguring the keepalive linkConfiguring PortChannel interfaces as MCLAGVerifying the configurationMCLAG OverviewMulti-Chassis Link Aggregation (MCLAG) provides link redundancy and load balancing by connecting a downstream device (for example, a server or a
- [10 - SONiC Anycast Gateway](https://pine-networks.com/fr/sonic-configuration/10-sonic-anycast-gateway-2/) - SONiC Anycast GatewayIn this article we will explore how to configure an Anycast Gateway on Enterprise SONiC.Modern data center networks rely on distributed, scalable architectures where workloads can move freely across the fabric without introducing complexity for hosts or applications. In EVPN-VXLAN–based designs, the anycast gateway plays a central role in achieving this flexibility.An anycast
- [9 – SONiC Port-Channel Configuration](https://pine-networks.com/fr/sonic-configuration/9-sonic-port-channel-configuration-2/) - SONiC QinQ ConfigurationIn this article, we’ll walk through how to configure Port-Channels (Link Aggregation Groups) on Enterprise SONiC. You’ll learn how to:Create a Port-ChannelAdd member interfacesConfigure LACPVerify your configurationPort-Channels let you combine multiple physical links into a single logical interface, giving you higher bandwidth and better resiliency. They’re ideal for connecting servers, uplinking switches to
- [8 – SONiC QinQ Configuration](https://pine-networks.com/fr/sonic-configuration/8-sonic-qinq-configuration-2/) - SONiC QinQ ConfigurationIn this article we will explore how to configure VLAN QinQ (802.1ad) on Enterprise SONiC. QinQ allows service providers to encapsulate customer VLAN traffic (C-VLAN) inside provider VLANs (S-VLAN), enabling multiple customers to use overlapping VLAN IDs while maintaining separation.We will cover:Creating service (S-VLAN) and customer (C-VLAN)Configuring QinQ on interfacesVerification Creating Customer-VLAN and
- [7 – SONiC VLAN Translation](https://pine-networks.com/fr/sonic-configuration/7-sonic-vlan-translation-2/) - SONiC VLAN TranslationIn this article we will explore how to configure VLAN Translation on Enterprise SONiC.VLAN translation is used when different parts of the network rely on different VLAN numbering schemes but still need to exchange traffic. Instead of renumbering VLANs across the entire environment—which is disruptive and often unrealistic—SONiC can rewrite the VLAN tag
- [6 – SONIC VLAN Configuration](https://pine-networks.com/fr/sonic-configuration/select-6-sonic-vlan-configuration-6-sonic-vlan-configuration/) - SONIC VLAN ConfigurationIn this article we will explore how configure VLAN on Enterprise SONiC. We will cover the following topics:Access portsTrunk portsVLAN membershipsVLAN Interfaces Creating VLANsTo create VLAN 10, use the following command:sonic# interface vlan 10 On Switch-1Switch-1# configure terminal Switch-1(config)# interface Vlan 10 Switch-1(conf-if-Vlan10)# On Switch-2Switch-2# configure terminal Switch-2(config)# interface Vlan 10 Switch-2(conf-if-Vlan10)#Access Ports
- [5 – SONiC Users and Session Management](https://pine-networks.com/fr/sonic-configuration/5-sonic-users-and-session-management-2/) - SONiC Users and Session ManagementIn this article we will explore how to manage user accounts in Enterprise SONiC. We will cover:Creating new usersUser login and lockoutConfiguring session time-outCreating New UsersYou can create new local users with specific privilege levels. The default user is admin, but you can add more users for access control.ExampleSwitch-1# configure terminal
- [Running Enterprise SONiC in GNS3](https://pine-networks.com/sonic-configuration/running-enterprise-sonic-in-gns3/) - Running Enterprise SONiC in GNS3In this article we will show you how to install Enterprise SONiC in GNS3.GNS3 is a virtual networking playground that lets you build and test networks on your computer without needing any physical hardware. You can drag and drop routers, switches, servers, and firewalls onto a canvas and connect them just
- [18 - SONiC EVPN-VXLAN L3VNI](https://pine-networks.com/portfolios/18-sonic-evpn-vxlan-l3vni/) - SONiC EVPN-VXLAN L3VNIIn this article, we explore how to deploy EVPN-VXLAN on Enterprise SONiC, using multiple L2VNIs for Layer 2 segmentation and a L3VNI to enable inter-subnet routing within the tenant.This design is commonly used in enterprise and data center fabrics where a single tenant requires multiple VLANs with Layer 3 connectivity, while still benefiting
- [16 - SONiC BGP Unnumbered Configuration](https://pine-networks.com/portfolios/16-sonic-bgp-unnumbered-configuration/) - SONiC BGP Unnumbered ConfigurationIn this article we will explore how to configure BGP using unnumbered interfaces on Enterprise SONiC. We will cover:BGP unnumbered overviewEnabling BGP on unnumbered interfacesConfiguring neighbors with interface referencesVerificationBGP Unnumbered OverviewBGP unnumbered allows routers to establish BGP sessions without assigning an IPv4 address to each point-to-point interface. Instead, it relies on IPv6
- [15 - SONiC BGP Configuration](https://pine-networks.com/sonic-configuration/15-sonic-bgp-configuration/) - SONiC BGP ConfigurationIn this article we will explore how to configure Border Gateway Protocol (BGP) on Enterprise SONiC. We will cover:BGP overviewConfiguring BGP with local ASNEstablishing BGP neighbor relationshipsAdvertising networksVerifying BGP sessions and routesBGP OverviewBGP (Border Gateway Protocol) is a path-vector routing protocol widely used to exchange routing information between Autonomous Systems (ASes) and within
- [13 - SONiC Static Routing Configuration](https://pine-networks.com/sonic-configuration/13-sonic-static-routing-configuration-2/) - SONiC Static Routing ConfigurationIn this article we will explore how to configure Open Shortest Path First (OSPF) on Enterprise SONiC. We will cover:OSPF overviewEnabling OSPF and setting router IDConfiguring OSPF on interfacesVerifying OSPF neighbors and routesStatic Routing OverviewStatic routing is used to manually define routes in the routing table. Unlike dynamic routing protocols such as
- [12 - SONiC VRRP Configuration](https://pine-networks.com/sonic-configuration/12-sonic-vrrp-configuration/) - SONiC VRRP ConfigurationIn this article, we explore how to configure the Virtual Router Redundancy Protocol (VRRP) on Enterprise SONiC. VRRP is a standards-based first-hop redundancy protocol that enables multiple Layer 3 devices to provide a highly available default gateway for end hosts.The article covers the following topics:VRRP overview and operational principlesConfiguring a VRRP group and
- [10 - SONiC Anycast Gateway](https://pine-networks.com/sonic-configuration/10-sonic-anycast-gateway/) - SONiC Anycast GatewayIn this article we will explore how to configure an Anycast Gateway on Enterprise SONiC.Modern data center networks rely on distributed, scalable architectures where workloads can move freely across the fabric without introducing complexity for hosts or applications. In EVPN-VXLAN–based designs, the anycast gateway plays a central role in achieving this flexibility.An anycast
- [9 - SONiC Port-Channel Configuration](https://pine-networks.com/sonic-configuration/9-sonic-port-channel-configuration/) - SONiC QinQ ConfigurationIn this article, we’ll walk through how to configure Port-Channels (Link Aggregation Groups) on Enterprise SONiC. You’ll learn how to:Create a Port-ChannelAdd member interfacesConfigure LACPVerify your configurationPort-Channels let you combine multiple physical links into a single logical interface, giving you higher bandwidth and better resiliency. They’re ideal for connecting servers, uplinking switches to
- [8 - SONiC QinQ Configuration](https://pine-networks.com/sonic-configuration/8-sonic-qinq-configuration/) - SONiC QinQ ConfigurationIn this article we will explore how to configure VLAN QinQ (802.1ad) on Enterprise SONiC. QinQ allows service providers to encapsulate customer VLAN traffic (C-VLAN) inside provider VLANs (S-VLAN), enabling multiple customers to use overlapping VLAN IDs while maintaining separation.We will cover:Creating service (S-VLAN) and customer (C-VLAN)Configuring QinQ on interfacesVerification Creating Customer-VLAN and
- [7 - SONiC VLAN Translation](https://pine-networks.com/sonic-configuration/7-sonic-vlan-translation/) - SONiC VLAN TranslationIn this article we will explore how to configure VLAN Translation on Enterprise SONiC.VLAN translation is used when different parts of the network rely on different VLAN numbering schemes but still need to exchange traffic. Instead of renumbering VLANs across the entire environment—which is disruptive and often unrealistic—SONiC can rewrite the VLAN tag
- [6 - SONIC VLAN Configuration](https://pine-networks.com/sonic-configuration/6-sonic-vlan-configuration/) - SONIC VLAN ConfigurationIn this article we will explore how configure VLAN on Enterprise SONiC. We will cover the following topics:Access portsTrunk portsVLAN membershipsVLAN Interfaces Creating VLANsTo create VLAN 10, use the following command:sonic# interface vlan 10 On Switch-1Switch-1# configure terminal Switch-1(config)# interface Vlan 10 Switch-1(conf-if-Vlan10)# On Switch-2Switch-2# configure terminal Switch-2(config)# interface Vlan 10 Switch-2(conf-if-Vlan10)#Access Ports
- [5 - SONiC Users and Session Management](https://pine-networks.com/sonic-configuration/5-sonic-users-and-session-management/) - SONiC Users and Session ManagementIn this article we will explore how to manage user accounts in Enterprise SONiC. We will cover:Creating new usersUser login and lockoutConfiguring session time-outCreating New UsersYou can create new local users with specific privilege levels. The default user is admin, but you can add more users for access control.ExampleSwitch-1# configure terminal
- [4 - SONiC Configuration Management](https://pine-networks.com/portfolios/4-sonic-configuration-management/) - SONiC Configuration ManagementIn this article we will explore how to view and handle running and startup configurations, and restore the switch to factory-default settings. We will cover:Viewing and saving configurationsRestoring factory defaultsRunning-ConfigurationThe running-configuration represents the current active configuration in the system.View Running-Configuration:sonic# show running-configuration Example outputSwitch-1# show running-configuration ! factory default profile l3 confirm core
- [Izarlink: Scaling Regional Connectivity with OcNOS Open Networking](https://pine-networks.com/fr/customer-stories/izarlink-scaling-regional-connectivity-with-ocnos-open-networking-2/) - Executive BriefIzarlink, a premier regional telecommunications operator based in the French Basque Country (Pays Basque, Béarn and Landes), has successfully transformed its data center core network to meet surging demands for secure, high-performance digital infrastructure. By deploying IP Infusion’s OcNOS® in partnership with system integrator Pine Networks, Izarlink has moved from a legacy, vendor-locked environment
- [Izarlink: Scaling Regional Connectivity with OcNOS Open Networking](https://pine-networks.com/portfolios/izarlink-scaling-regional-connectivity-with-ocnos-open-networking/) - Executive BriefIzarlink, a premier regional telecommunications operator based in the French Basque Country (Pays Basque, Béarn and Landes), has successfully transformed its data center core network to meet surging demands for secure, high-performance digital infrastructure. By deploying IP Infusion’s OcNOS® in partnership with system integrator Pine Networks, Izarlink has moved from a legacy, vendor-locked environment
- [VA Telecom modernise son backbone MPLS avec OcNOS de IP Infusion](https://pine-networks.com/fr/customer-stories/va-telecom-modernise-son-backbone-mpls-avec-ip-infusion-ocnos/) - Le backbone de VA Telecom évolue vers le 400G grâce à OcNOS et Pine Networks En brefVA Telecom, un opérateur français dédié aux clients professionnels (B2B), a modernisé de manière proactive son backbone pour répondre aux nouveaux besoins des entreprises, en augmentant la capacité réseau, en renforçant la résilience grâce à des fonctionnalités de routage
- [VA Telecom migrates MPLS backbone to IP Infusion OcNOS](https://pine-networks.com/portfolios/va-telecom-migrates-mpls-backbone-to-ip-infusion-ocnos/) - VA Telcom’s journey to 400G-ready backbone with OcNOS and Pine Networks Executive BriefVA Telecom, a leading French telecommunications operator dedicated to serving business customers, proactively modernized its backbone to meet evolving enterprise demands with enhanced network capacity, resilience through cutting-edge routing capabilities, and optimized efficiency to support next-generation services.After assessing options from Nokia, Juniper, and IP Infusion, VA
- [IP Infusion OcNOS](https://pine-networks.com/portfolios/ip-infusion-ocnos/) - IP Infusion OcNOS Network Operating System (NOS) provides a complete carrier-grade disaggregated solution for access, aggregation, transport and data center.
- [3 - SONiC CLI](https://pine-networks.com/sonic-tutorials/sonic-cli-2/) - Master the SONiC Command Line Interface (CLI) with Pine Networks. Learn essential commands for system and network interface management, and gain practical skills for effective SONiC administration.
- [2 - Introduction to SONiC](https://pine-networks.com/sonic-tutorials/introduction-to-sonic/) - Explore SONiC (Software for Open Networking in the Cloud) with Pine Networks. Learn about its evolution, architecture, supported hardware platforms, and why it's a top choice for modern cloud and datacenter networks.
- [1 - Introduction to the series - SONiC tutorials](https://pine-networks.com/sonic-tutorials/sonic-tutorial-1/) - In this first video, Mathias Melero introduces our series of SONiC (Software for Open Networking in the Cloud) tutorials.
- [Abeille Informatique deploys XGS-PON with the MicroPlug](https://pine-networks.com/customer-stories/abeille-informatique-deploys-xgs-pon-with-the-microplug/) - Abeille Informatique becomes one of the first alternative operators in France to deploy XGS-PON FTTH In the heart of the Auvergne region, Abeille Informatique’s clients are also partners to whom Abeille brings a specific know-how and support. Abeille provides tailored solutions to real needs, favoring cost-effective, sustainable, and energy-efficient equipment solutions. On its fiber network
- [MicroPlug OLT - XGS-PON](https://pine-networks.com/ftth/microplug-olt-xgs-pon/) - Discover Pine Networks' MicroPlug OLT – the world's smallest XGS-PON solution. A hot-pluggable SFP+ module offering 10G EPON/XGS-PON support, ultra-low power consumption, and seamless integration for scalable FTTH deployments.
- [Prosoluce met à niveau son Backbone 100G avec IP Infusion](https://pine-networks.com/fr/portfolios/prosoluce-met-a-niveau-son-reseau-backbone-100g-vers-ip-infusion-ocnos/) - Prosoluce met à niveau son backbone avec IP Infusion OcNOS Prosoluce, un fournisseur de services cloud régional et fournisseur d’accès internet (FAI) basé en France, avait du mal à suivre la demande croissante de ses clients. Leur réseau backbone actuel de 10G, basé sur la solution MikroTik, manquait de capacité et de support nécessaires pour
- [Prosoluce Upgrades 100G Backbone Network To IP Infusion OcNOS](https://pine-networks.com/portfolios/prosoluce-upgrades-100g-backbone-network-to-ip-infusion-ocnos/) - Prosoluce Upgrades 100G Backbone to IP Infusion OcNOS Prosoluce, a regional Cloud Provider and Internet Service Provider (ISP) based in France, was struggling to keep pace with growing customer demand. Their existing 10G backbone network was based on MikroTik’s solution and lacked the capacity and support required for a 100G upgrade. Evaluating alternatives like Juniper
- [Modernizing Campus Connectivity of the American University of Iraq​](https://pine-networks.com/customer-stories/modernizing-campus-connectivity-of-the-american-university-of-iraq/) - Modernizing Campus Connectivity of the American University of Iraq About AUISFounded in 2007, the American University of Iraq, Sulaimani (AUIS) is a non-profit, independent liberal arts university located in the Kurdistan Region of Iraq. AUIS offers a diverse range of undergraduate and graduate programs taught in English, combining an American-style liberal arts education with regional relevance.With a
- [Modernisation du réseau WLAN de l’American University of Iraq](https://pine-networks.com/fr/customer-stories/modernisation-du-reseau-wlan-de-lamerican-university-of-iraq/) - Modernisation du réseau WLAN de l’American University of Iraq À proposFondée en 2007, l’American University of Iraq, Sulaimani (AUIS) est une université indépendante à but non lucratif, axée sur les arts libéraux, située dans la région du Kurdistan, en Irak. AUIS propose un large éventail de programmes de premier et de deuxième cycle enseignés en anglais,
- [Abeille Informatique deploit le XGS-PON avec le MicroPlug](https://pine-networks.com/fr/portfolios/abeille-informatique-deploit-le-xgs-pon-avec-le-microplug/) - Abeille Informatique un des premiers opérateurs alternatifs en France à déployer de la FTTH XGS-PON Au cœur de l’Auvergne, les clients d’Abeille Informatique sont aussi des partenaires auxquels Abeille apporte un savoir-faire et un accompagnement bien spécifique des opérateurs / hébergeurs de proximité: Abeille est tourné vers les réponses adaptées aux besoins réels, favorisant les
- [Africell Sierra Leone deploys Open Networking IP/MPLS backbone](https://pine-networks.com/portfolios/africell-sierra-leone-deploys-a-disaggregated-ip-backbone/) - Africell deploys a high-capacity Open Networking IP/MPLS backbone Africell Sierra Leone offers comprehensive mobile coverage, including 2G, 3G and 4G throughout the entire country. Additionally, Africell provides high capacity FTTx to cater to the connectivity needs of businesses and residential areas in Freetown.Due to the significant surge in traffic resulting from its extensive 4G coverage
- [Africell Sierra Leone déploie un backbone IP/MPLS en Open Networking](https://pine-networks.com/fr/customer-stories/africell-sierra-leone-deploie-un-backbone-ip-mpls-en-open-networking/) - Africell déploient un backbone IP/MPLS en Open Networking Africell Sierra Leone offre une couverture mobile complète, incluant la 2G, la 3G et la 4G sur l’ensemble du pays. De plus, Africell propose un réseau FTTx à haute capacité pour répondre aux besoins en connectivité des entreprises et des zones résidentielles de Freetown.En raison de l’augmentation
- [MicroPlug OLT - XGS-PON](https://pine-networks.com/fr/ftth/microplug-olt-xgs-pon-2/) - L’OLT XGS-PON le plus compactChez Pine Networks, nous aidons les opérateurs à adopter l’avenir de l’accès fibre grâce à des solutions innovantes, ouvertes et économiques. Le MicroPlug OLT représente une véritable avancée en termes de simplicité et de scalabilité — offrant des capacités XGS-PON dans le plus petit format. En combinant une très faible consommation
- [5 - Interfaces Configuration](https://pine-networks.com/sonic-tutorials/5-interfaces-configuration-2/) - In this video, we show you how to configure network interfaces in SONiC via the CLI.🎯 You will learn how to:Set the speed of a portAdjust the MTUWork with port-groupsAssign an IP address to an interface🚀 Bonus: learn how to use interface ranges to configure multiple ports at the same time👉 This video is perfect
- [4 - Basic SONiC Configuration](https://pine-networks.com/sonic-tutorials/basic-sonic-configuration/) - In this video, we present the basic configurations in SONiC through the CLI.You will learn how to:Change the switch hostnameConfigure the system clockSet up NTP synchronizationThis video is perfect for getting started with SONiC and mastering the essential initial settings before moving on to more advanced configurations. Subscribe to the Pine Networks YouTube channel to follow the entire
- [7 - VLAN Configuration](https://pine-networks.com/sonic-tutorials/7-vlan-configuration-2/) - In this video, we show you how to configure VLANs in SONiC using the CLI. You will learn how to:Create and manage a VLANConfigure a port in access modeSet up a trunk port to carry multiple VLANsDefine and use a VLAN interface (SVI) for network interconnection👉 This video is perfect for understanding the basics of
- [7 - VLAN Configuration](https://pine-networks.com/fr/portfolios/7-vlan-configuration/) - Dans cette vidéo, nous vous montrons comment configurer les VLANs dans SONiC à travers le CLI. Vous apprendrez à : Créer et gérer un VLAN Configurer un port en mode access Mettre en place un port trunk pour transporter plusieurs VLANs Définir et utiliser une interface VLAN (SVI) pour l’interconnexion de réseaux 👉 Cette vidéo
- [6 - Link Aggregation](https://pine-networks.com/sonic-tutorials/6-link-aggregation-2/) - In this video, we explain how to configure Link Aggregation on SONiC via the CLI.🎯 You will learn how to:Set up a static LAG (Link Aggregation Group)Configure LACP (Link Aggregation Control Protocol) for dynamic aggregationUnderstand the differences between static and LACPCheck the status and proper operation of your link aggregations👉 A must-watch video for network
- [6 - Link Aggregation](https://pine-networks.com/fr/sonic-tutorials/6-link-aggregation/) - Dans cette vidéo, nous vous expliquons comment configurer le Link Aggregation sur SONiC via le CLI. Vous apprendrez à : Mettre en place un LAG statique (Link Aggregation Group) Configurer un LACP (Link Aggregation Control Protocol) pour une agrégation dynamique Comprendre les différences entre statique et LACP Vérifier l’état et le bon fonctionnement de vos
- [5 - Configuration des interfaces](https://pine-networks.com/fr/portfolios/5-configuration-des-interfaces/) - Dans cette vidéo, nous vous montrons comment configurer les interfaces réseau dans SONiC via le CLI. Vous apprendrez notamment à : Définir la vitesse d’un port Ajuster la MTU Les port-group Attribuer une adresse IP à une interface 🚀 En bonus : utiliser les ranges d’interfaces pour configurer plusieurs ports en même temps 👉 Cette
- [4 - Configuration de base SONiC](https://pine-networks.com/fr/sonic-tutorials/configuration-de-base-sonic/) - Dans cette vidéo, nous vous présentons les configurations de base dans SONiC à travers le CLI.Vous apprendrez notamment à :Changer le hostname du switchConfigurer l’horloge système (clock)Mettre en place la synchronisation NTPCette vidéo est idéale pour bien démarrer avec SONiC et maîtriser les premiers réglages indispensables avant d’aller vers des configurations plus avancées. Abonnez-vous à
- [3 - SONiC CLI](https://pine-networks.com/fr/sonic-tutorials/sonic-cli-3/) - Dans cette vidéo, nous vous proposons une introduction pratique à l’utilisation du CLI (Command Line Interface) de SONiC. Vous découvrirez :Comment accéder et naviguer dans le CLI de SONiCLes commandes de base pour la gestion du système et des interfaces réseauDes exemples de configuration et de vérificationCette vidéo est idéale pour acquérir les premiers réflexes
- [2 - Introduction à SONiC (Software for Open Networking in the Cloud)](https://pine-networks.com/fr/sonic-tutorials/introduction-a-sonic-software-for-open-networking-in-the-cloud-2/) - Dans cette vidéo, nous vous proposons une introduction complète à SONiC (Software for Open Networking in the Cloud).
- [1 - Introduction à la série - SONiC Tutorials](https://pine-networks.com/fr/introduction-a-la-serie-sonic-tutorials/) - Dans cette première vidéo, Mathias Melero vous présente notre série de tutoriels SONiC (Software for Open Networking in the Cloud).
- [Pine Networks and Stordis Join Forces to Accelerate Open Networking Adoption](https://pine-networks.com/news/pine-networks-and-stordis-join-forces-to-accelerate-open-networking-innovation-2/) - Marseille, France – starting August 1st, 2025, Pine Networks and STORDIS are joining forces in a strategic partnership to serve the growing needs of French cloud, AI providers, and enterprises. This collaboration brings together global innovation and local expertise, enabling the delivery of sovereign, open networking solutions tailored to the French market.Bringing together STORDIS’ leadership in
- [Pine Networks et Stordis unissent leurs expertises pour accélérer l’adoption de l'Open Networking](https://pine-networks.com/fr/news/pine-networks-et-stordis-unissent-leurs-expertises-pour-accelerer-linnovation-dans-le-domaine-des-reseaux-ouverts/) - Marseille, France – à partir du 1er août 2025, Pine Networks et STORDIS unissent leurs forces dans un partenariat stratégique afin de répondre aux besoins croissants des fournisseurs de cloud, d’IA et des entreprises françaises.Cette collaboration associe l’innovation mondiale et l’expertise locale, permettant de proposer des solutions de réseau ouvertes et souveraines, adaptées au marché
- [UfiSpace S7801-54XS | 10G](https://pine-networks.com/fr/portfolios/ufispace-s7801-54xs-2/) - Le commutateur whitebox UfiSpace S7801-54XS est un commutateur de réseau de centre de données haute performance conçu pour répondre au segment en pleine expansion du marché des commutateurs de centres de données et aux besoins de pousser la capacité de service au niveau supérieur.
- [Edgecore AS7326-56X | 25G](https://pine-networks.com/fr/data-center/edgecore-as7326-56x-2/) - Aperçu – Edgecore AS7326-56XLe switch Edgecore DCS203 est un switch Top-of-Rack (TOR) destiné aux centres de données hautes performances. Dans un format compact 1U, le switch assure une commutation de couche 2 et couche 3 à débit de ligne sur les 48 ports SFP28 + 8 ports QSFP28, et chaque port QSFP28 peut être configuré
- [UfiSpace S8901-54XC | 25G](https://pine-networks.com/fr/portfolios/ufispace-s8901-54xc-2/) - Le commutateur whitebox UfiSpace S8901-54XC est un commutateur de réseau de centre de données haute performance avec 6 ports QSFP28 100G et 48 ports SFP28 25G.
- [Edgecore AS7816-64X | 100G](https://pine-networks.com/fr/data-center/edgecore-as7816-64x-2/) - Aperçu – Edgecore AS7816-64XLe switch Edgecore AS7816-64X (DCS500) est un commutateur Top-of-Rack (TOR) ou Spine destinés aux centres de données hautes performances. Dans un format compact 2U, ce switch assurent une commutation de couche 2 et couche 3 à débit de ligne sur les 64 ports QSFP28, chaque port prenant en charge 1 x 100
- [Edgecore AS7726-32X | 100G](https://pine-networks.com/fr/data-center/edgecore-as7726-32x-2/) - Aperçu – Edgecore AS7726-32XLe switch Edgecore AS7726-32X DCS204 est un commutateur Top-of-Rack (TOR) ou Spine destiné aux centres de données hautes performances. Dans un format compact 1U, le switch assure une commutation de couche 2 et couche 3 à débit de ligne sur les 32 ports QSFP28, et chaque port QSFP28 peut être configuré comme
- [UfiSpace S9110-32X | 100G](https://pine-networks.com/fr/portfolios/ufispace-s9110-32x-2/) - Le commutateur whitebox UfiSpace S9110-32X est un commutateur de réseau de centre de données haute performance avec 32 ports QSFP28 100G utilisant le silicium Broadcom Trident3-X7.
- [Edgecore AS5916-54XM](https://pine-networks.com/fr/edgecore-as5916-54xm-2/) - Aperçu – Edgecore AS5916-54XM Le routeur Edgecore AS5916-54XM est optimisé pour l’accès et l’agrégation des opérateurs ainsi que pour les applications de centre de données. Basé sur le circuit intégré (ASIC) StrataDNX® Qumran MX™ de Broadcom, l’appareil prend en charge des fonctions de couche 2 et de couche 3 à un débit de ligne de
- [Edgecore AS5916-54XKS](https://pine-networks.com/fr/aggregation-routers/edgecore-as5916-54xks-2/) - Aperçu – Edgecore AS5916-54XKSL’Edgecore AS5916-54XKS (AGR130) est un routeur basé sur le circuit intégré (ASIC) Broadcom StrataDNX™ Qumran MX, capable d’atteindre un débit de 800 Gbit/s pour les commutations de couche 2 et de couche 3. Équipé de BCM15K TCAM, le commutateur peut être déployé soit comme un commutateur top-of-rack dans un centre de données,
- [IP Infusion OcNOS](https://pine-networks.com/fr/network-operating-systems/ip-infusion-ocnos-2/) - IP Infusion OcNOSIP Infusion OcNOS (Open Compute Network Operating System) est un système d’exploitation réseau (NOS) de premier plan dans l’industrie, offrant la solution désagrégée la plus complète de qualité “carrier-grade” pour les fournisseurs de services. Les solutions basées sur OcNOS ont été largement déployées dans des cas d’utilisation tels que l’accès, l’agrégation, le transport
- [SONiC](https://pine-networks.com/portfolios/sonic/) - Software for Open Networking in the Cloud (SONiC) is an open source network operating system (NOS) based on Linux that runs on multiplewhitebox switches.
- [SONiC](https://pine-networks.com/fr/network-operating-systems/sonic-2/) - La Distribution Enterprise SONiC d’EdgecoreSoftware for Open Networking in the Cloud (SONiC) est un système d’exploitation réseau (NOS) open source basé sur Linux, conçu pour fonctionner sur des commutateurs whitebox de différents fabricants. SONiC offre une gamme complète de fonctionnalités réseau, telles que BGP et RDMA, qui ont été éprouvées en production dans les centres
- [UfiSpace S9510-30XC](https://pine-networks.com/fr/ufispace-s9510-30xc/) - Overview – UfiSpace S9510-30XC The UfiSpace S9510-30XC is a high-performance, versatile open networking white box suitable for access and aggregation networks. It enables service providers to deploy disaggregated open network infrastructure to lower costs and to rapidly scale existing services for edge computing, mobile backhaul, and broadband access applications. The S9510-30XC is future-proof with 30
- [UfiSpace S9510-28DC](https://pine-networks.com/fr/ufispace-s9510-28dc-2/) - Aperçu – UfiSpace S9510-28DCLe UfiSpace S9510-28DC est un routeur white box, polyvalent et de haute performance, adapté aux réseaux de transport IP. Il permet aux fournisseurs de services de déployer une infrastructure réseau ouverte afin de réduire les coûts et d’étendre rapidement les services existants pour les applications de Edge Computing, de collecte mobile et fixe.Le UfiSpace
- [UfiSpace S9600-32X](https://pine-networks.com/fr/ufispace-s9600-32x-2/) - Aperçu – UfiSpace S9600-32X Le UfiSpace S9600-32X est un routeur d’agrégation whitebox, multifonction, équipé du silicium marchand Broadcom Qumran2c et d’un processeur Intel Skylake. Il dispose de 32 ports haute vitesse de 100G avec 4 ports supplémentaires SFP28 de 25G chacun. Le UfiSpace S9600-32X offre un buffer profond de 4 Go, une capacité de commutation
- [UfiSpace S9600-64X](https://pine-networks.com/fr/ufispace-s9600-64x-2/) - Aperçu – UfiSpace S9600-64X Le UfiSpace S9600-64X est un routeur d’agrégation whitebox, multifonction, équipé du silicium marchand Broadcom Qumran2c et d’un processeur Intel Skylake. Le UfiSpace S9600-64X offre un buffer profond de 8 Go, une capacité de commutation de 4,8 Tbit/s. De plus, il prend en charge pleinement les profils de synchronisation SyncE et IEEE
- [UfiSpace S9600-72XC](https://pine-networks.com/fr/ufispace-s9600-72xc-2/) - Aperçu – UfiSpace S9600-72XCLe routeur d’agrégation UfiSpace S9600-72XC est un routeur d’agrégation whitebox, multifonctionnelle, dotée d’une option de mémoire associative externe ( external TCAM). Il est équipé du silicium marchand Qumran2c de Broadcom et d’un processeur Intel Skylake pour un routage à haute capacité, une meilleure efficacité énergétique et davantage de buffer dans un routeur compact
- [Edgecore AS7946-30XB](https://pine-networks.com/fr/edgecore-as7946-30xb-2/) - Aperçu – Edgecore AS7946-30XBLe Edgecore AS7946-30XB (AGR400) est un routeur d’agrégation 100GbE de haute performance avec un design compact 2U.L’AGR400 est basé sur le dernier silicium Broadcom StrataDNX™ Qumran2C qui cible des cas d’utilisation tels que OpenBNG, routeur d’agrégation 100GbE, routeur PE, peering BGP ou commutateur/routeur TOR de centre de données.Interfaces2 x ports 400G QSFP-DD
- [Edgecore AS5912-54X](https://pine-networks.com/fr/aggregation-routers/edgecore-as5912-54x-2/) - Aperçu – Edgecore AS5912-54X Le routeur whitebox Edgecore AS5912-54X répond aux exigences élevées de performance, de disponibilité et de scalabilité des réseaux des centres de données cloud et des fournisseurs d’accès internet. Le AGR100 offre une commutation en couche 2 ou en couche 3 sur 48 ports 10G et 6 uplink 100G. Il peut être
- [UfiSpace S9510-30XC](https://pine-networks.com/fr/aggregation-routers/ufispace-s9510-30xc-3/) - Aperçu – UfiSpace S9510-30XCLe UfiSpace S9510-30XC est un routeur white box, polyvalent et de haute performance, adapté aux réseaux d’accès et d’agrégation. Il permet aux fournisseurs de services de déployer une infrastructure réseau ouverte afin de réduire les coûts et d’étendre rapidement les services existants pour les applications de Edge Computing, de collecte mobile et
- [Edgecore AS7535-28XB](https://pine-networks.com/fr/aggregation-routers/edgecore-as7535-28xb-2/) - Aperçu – Edgecore AS7535-28XBLe Edgecore AS7535-28XB est un routeur whitebox d’agrégation qui offre des interfaces 1/10/25 Gbit/s, 50/100 Gbit/s et 100/400 Gbit/s. Il utilise un puissant silicium marchand de la famille Qumran et un processeur Intel Xeon x86 avec une technologie de traitement hyper-threading offrant des performances optimisées pour les réseaux d’accès et d’agrégation des fournisseurs
- [Edgecore AS5916-54XKS](https://pine-networks.com/access-routers/edgecore-as5916-54xks/) - Edgecore AS5916-54XKS (AGR130) router is capable of reaching line-rate at 800 Gbps for Layer 2 and Layer 3 switching. Equipped with BCM15K TCAM, the switch can be deployed either as a top-of-rack switch in a data center, or as a carrier access/aggregation switch, and edge router.
- [Edgecore AS5916-54XM](https://pine-networks.com/aggregation-routers/edgecore-as5916-54xm/) - Edgecore AS5916-54XM is a deep-packet buffer router optimized for carrier access and aggregation and data center applications with 48 x 1/10G and 6 x 40/100G ports
- [UfiSpace S9600-72XC](https://pine-networks.com/aggregation-routers/ufispace-s9600-72xc/) - UfiSpace S9600-72XC disaggregated whitebox aggregation router equipped with Broadcom Qumran2c merchant silicon features 8 x 40/100G and 64 x 1/10/25G ports
- [UfiSpace S9600-64X](https://pine-networks.com/aggregation-routers/ufispace-s9600-64x/) - UfiSpace S9600-64X disaggregated whitebox aggregation router equipped with Broadcom Qumran2c merchant silicon features 64 high speed 100G ports.
- [UfiSpace S9600-32X](https://pine-networks.com/aggregation-routers/ufispace-s9600-32x/) - UfiSpace S9600-32X disaggregated whitebox aggregation router equipped with Broadcom Qumran2c merchant silicon features 32 high speed 100G ports.
- [Edgecore AS7946-30XB](https://pine-networks.com/aggregation-routers/edgecore-as7946-30xb/) - Edgecore AS7946-30XB is a 100GbE aggregation router based on the latest Broadcom StrataDNX™ Qumran2C targeting use cases such as BNG, PE, BGP peering or TOR.
- [UfiSpace S9510-28DC](https://pine-networks.com/aggregation-routers/ufispace-s9510-28dc/) - UfiSpace S9510-28DC is a high-performance whitebox aggregation router with 2 x 100G/400G, 2 x 40/100G and 24 x 1/10/25G interfaces. | BGP Peering
- [Edgecore AS7535-28XB](https://pine-networks.com/aggregation-routers/edgecore-as7535-28xb/) - Edgecore AS7535-28XB is a high-performance whitebox router ideal for aggregation networks with 2 x 400G QSFP-DD, 2 x 50G/100G QSFP28 and 24 x 10G/25G ports.
- [Edgecore AS5912-54X](https://pine-networks.com/aggregation-routers/edgecore-as5912-54x/) - Edgecore AS5912-54X is cost-effective 10G aggregation router with 100G uplinks ideal for provider edge and aggergation networks.
- [UfiSpace S9510-30XC](https://pine-networks.com/access-routers/ufispace-s9510-30xc-2/) - UfiSpace S9510-30XC is a high-performance, versatile open networking whitebox router with 2 x 40/100G and 28 x 10/25G interfaces.

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