Equinix marketplace

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Marketplace. Colocation Providers. Equinix. DC10. Equinix. DC10. Equinix DC10. Beaumeade Circle. Ashburn, VA. United States. www.equinix.com. This Equinix facility is Marketplace. Colocation Providers. Equinix. DC3. Equinix. DC3. Equinix DC3. Chilum Place. Ashburn, VA. United States. www.equinix.com. Equinix operates this data center

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Why choose Abu Dhabi data center?Access some of the world’s fastest-growing markets Our Abu Dhabi International Business Exchange™ (IBX®) data center expansion facility is built to meet the escalating demand for services in the Emirate of Abu Dhabi.Customers can connect to a broad range of service providers and access the emerging Abu Dhabi ecosystem for networks, clouds, financial services, payments, enterprises, and content & digital media platforms. The Equinix AD1 data center boasts industry-leading operational expertise and international standards compliance. To learn more about interconnection opportunities in this metro, visit the Explorer feature within Equinix Marketplace. Harness our interconnection-focused colocation and platform services Colocation services Build secure and reliable digital infrastructure alongside your business partners to unlock the power of interconnected proximity. Digital services Deploy digital infrastructure securely and rapidly to assemble infrastructure in minutes— from anywhere in the world—with the world’s largest ecosystem of providers. State-of-the-art data centers Colocate with confidence—backed by the world’s leading data center design and operations teams for mission-critical uptime, reliability, security and sustainability. Certified for global standards Our data centers are certified to meet rigorous environmental and energy management standards.Visit our Certifications page for a list of data-center-specific certifications. Get worldwide network interconnection with Platform Equinix® Direct access Our Abu Dhabi data centers offer access to some of the fastest growing markets in the world as well as emerging ecosystems for networks, clouds, content and digital media and payments. Global interconnection Interconnect within Abu Dhabi’s data center, strategically set at the intersection of the Why choose Lima data centers?Subsea hub connecting directly to strategic locations throughout Central and South America As Peru’s capital, largest city and most important economic hub, Lima is home to almost 10 million people and accounts for nearly half of Peru’s GDP. Peru’s vibrant business environment is part of the Pacific Alliance, a trade bloc with Chile, Colombia and Mexico. With one of Latin America’s most significant growth rates, Peru has a two-decade record of high growth, low inflation and economic stability. More than 60% of Peru’s electricity generation comes from renewable sources of energy, helping enterprises enhance their sustainability efforts. Peru also has one of the lowest Emerging Markets Bond Index (EMBI+) risk ratings, making it an attractive market for foreign investment.To learn more about interconnection opportunities in this metro, visit the Explorer feature within Equinix Marketplace. Harness our interconnection-focused colocation and platform services Colocation services Build secure and reliable digital infrastructure alongside your business partners to unlock the power of interconnected proximity. Digital services Deploy digital infrastructure securely and rapidly to assemble infrastructure in minutes— from anywhere in the world—with the world’s largest ecosystem of providers. State-of-the-art data centers Colocate with confidence—backed by the world’s leading data center design and operations teams for mission-critical uptime, reliability, security and sustainability. Certified for global standards Our data centers are certified to meet rigorous environmental and energy management standards.Visit our Certifications page for a list of data-center-specific certifications. Get worldwide network interconnection with Platform Equinix® Powerful economic hub Peru has a two-decade record of high growth, low inflation and economic stability. Lima boasts Latin America’s sixth-largest online population and has one of the lowest Emerging Markets Bond Index (EMBI+) risk ratings, making it an attractive market for foreign investment. State-of-the-art data center Our Lima IBX® data center is certified to meet rigorous security, environmental and energy-management standards. Access a global ecosystem Create instant connections to a rich ecosystem of enterprises, networks, financial services and cloud and IT companies. Access Vibrant EcosystemsConnect to communities within Equinix that accelerate and amplify internal value creation for your business, including financial enterprises, content and digital media services, global networks and cloud service providers.. 3,000+ Cloud & IT Services 450+ Content & Digital Media Customers in Silicon Valley by industry Recommended Reading How does Equinix compare to other colocation and interconnection services? Read this competitive assessment of nine providers in this space to complement your understanding of key benefits of critical digital infrastructure provider Equinix. See IDC vendor assessment

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With Equinix Cloud Exchange also enables dedicated, on-demand private connectivity to multiple clouds. This design guide covers two of today’s leading public cloud providers, Amazon Web Services (AWS) and Microsoft Azure. The document guides users through setting up a true multi-cloud development and test environment for an open source e-commerce application, OpenCart. In this solution, an end user can instantiate and deploy an application easily in any of the available clouds (public or private) while maintaining the control of the critical customer data using FlexPod or the NetApp Private Storage. Figure 8 Multi-Cloud Solution Design Equinix Cloud Exchange The Equinix Cloud Exchange is an Amazon Virtual Private Cloud Direct Connect and an Azure ExpressRoute Exchange and provider. ‎Figure 9 shows how the Equinix Cloud Exchange allows customers to rapidly connect to multiple network and cloud service providers over an optical cable. The Cloud Exchange portal is utilized by customers to request connectivity to Microsoft Azure through Azure ExpressRoute and AWS through Direct Connect. Figure 9 Equinix Cloud Exchange Border Gateway Protocol (BGP) is used to support network routing between the cloud virtual networks and the customer network in the Equinix co-location facility. The customer network in the Equinix co-location data center is directly connected to the customer-provided Layer-3 network equipment. The BGP configuration advertises local network routes to the cloud virtual networks and receives the BGP advertisements from the cloud virtual networks over the Equinix Cloud Exchange network connection. Specific details on AWS and Microsoft Azure network topologies can be found in the sections that follow. Solution Design The FlexPod DC for the Hybrid Cloud solution targets deploying e-commerce application in the Hybrid Cloud to provide an application development and test environment. The solution has been verified in a multi-cloud environment. The two public clouds utilized for this validation are: · Amazon Web Services (AWS) · Microsoft Azure Resource Manager (MS Azure RM*) * To simplify the deployment and management of resources, Microsoft recommends that Azure Resource Manager should be used for new cloud based deployments. The NetApp Private Storage, used for solution validation, is hosted in Equinix DC on. Marketplace. Colocation Providers. Equinix. DC10. Equinix. DC10. Equinix DC10. Beaumeade Circle. Ashburn, VA. United States. www.equinix.com. This Equinix facility is

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Following features: · Border Gateway Protocol. BGP is used to route network traffic between the local network in the Direct Connect data center and the AWS VPC network. · At least one 9/125 SMF (1Gb/sec or 10Gb/sec) port. Direct Connect requires a minimum of one physical connection (9/125 SMF) from the customer-owned network equipment to AWS (or to the Equinix Cloud Exchange). · 1000BASE-T Ethernet ports. The 1000BASE-T network ports on the switch provide network connectivity from the NetApp storage cluster. Although these ports can be used for data, NetApp recommends using 1GbE ports for node management and out-of-band management. · 802.1Q VLAN support. The 802.1Q VLAN tags are used by Direct Connect private virtual interfaces (and the Equinix Cloud Exchange) to segregate network traffic on the same physical network connection · The FlexPod DC for Hybrid Cloud utilized a pair of Nexus 5548 switches with L3 routing modules. NPS for Azure Design Overview The NetApp Private Storage for Microsoft Azure solution combines computing resources from Microsoft Azure RM with NetApp storage deployed at Equinix colocation facilities. Connectivity from the NetApp storage to the Azure cloud is made possible by the Equinix Cloud Exchange and the Microsoft Azure ExpressRoute service. In the Equinix colocation data center, the customer provides network equipment (switch or router) and NetApp storage systems. VMs in the Azure cloud connect to the NetApp storage through IP-based storage protocols (iSCSI, CIFS, or NFS). FlexPod DC for Hybrid Cloud utilizes the same equipment hosted in Equinix for connectivity to both AWS and MS Azure. The NPS for Microsoft Azure consists of the following major components: · Azure virtual machines (VMs) service · Azure virtual network (VNet) service · Azure ExpressRoute service · Equinix colocation data center · Equinix Cloud Exchange · Border Gateway Protocol—customer-provided layer 3 network equipment that supports BGP routing protocols and 1Gbps or 10Gbps SMF connectivity · NetApp storage (AFF, FAS, E-Series, or SolidFire platforms) Figure 23 shows the architecture of NPS for Microsoft Azure using FAS storage with redundant ExpressRoute connections. Figure 23 NPS to Azure Connectivity Azure ExpressRoute Azure ExpressRoute is used to Establish private dedicated network connections between the customer-provided network equipment in the Equinix data center and the Azure VNet. ExpressRoute supports the use of 802.1q VLANs. By using multiple VLANs, customers can partition the Azure ExpressRoute dedicated connection into multiple ExpressRoute circuits. As shown in Figure 24, each Azure ExpressRoute circuit is associated with a unique VLAN tag. Figure 24 Azure ExpressRoute – VLAN based segregation Azure ExpressRoute requires two physical network connections to the customer-provided network equipment in the colocation facility. It is recommended to patch each of these connections into redundant network switches so that if one switch or network connection fails, the network connectivity to Azure is maintained. Border Gateway Protocol (BGP) is used to support network routing between the Azure VNets and the customer network in the Equinix colocation facility over the Azure ExpressRoute network connection. The customer network in the Equinix colocation data center is directly connected to the customer-provided layer 3 network equipment. The BGP configuration advertises local network routes to the Azure VNet over the ExpressRoute network connection and also receives the BGP advertisements from the Azure VNet over the Azure ExpressRoute network connection. The customer-provided network equipment is in the same Equinix colocation facility as the NetApp storage. The network equipment must support the following features: · Border Gateway Protocol. BGP is used to route network traffic between the local network in the Equinix data center and the Azure VNet · Virtual Router Redundancy Protocol (VRRP) or HSRP. Azure ExpressRoute requires two physical connections (9/125 SMF) from the customer network equipment to the Cloud Exchange. Redundant physical connections protect against potential loss of ExpressRoute service caused by a failure in the physical link · Two layer-3 network switches/routers, for redundancy · At least one 9/125 SMF (1Gbps or 10Gbps) port per switch. Minimum of one physical connection (9/125 SMF) from the customer-owned network equipment to Equinix Cloud Exchange · At least one 1000BASE-T Ethernet port per switch. The 1000BASE-T network ports on the switch provide network connectivity from the NetApp storage cluster. Although these ports can be used for data, NetApp recommends

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Tunnel establishes a route between F5 Silverline and the customer’s data center. Once traffic has been scrubbed, it is routed into the GRE tunnel and back to the data center over the Internet. The advantage of this method is that attackers cannot attack your network since all traffic must come through F5 Silverline for inspection.Unfortunately, there are several documented challenges with GRE tunnels, including bandwidth constraints of GRE and MTU sizes and MTU Path Discovery. Accordingly, many F5 Silverline customers seek alternatives to GRE tunnels to return their cleaned traffic, the most scalable and cost effective being Equinix Fabric. Using Equinix Fabric software-defined interconnection, F5 Silverline offers direct and secure, private connectivity to F5 Silverline.Cloud ConnectivityThe last few years have seen a steady rise in the amount of traffic flowing through F5 Silverline to the big-three public cloud providers: AWS, Microsoft Azure, and Google Cloud Platform. To meet this demand, F5 relies on Equinix, through their public peering ring (part of the Equinix Fabric), to enhance connectivity to the public cloud. This simple, scalable, high-performance service from Equinix even provides F5 direct contact with the cloud providers for resolving support issues.As we scale our connected links, we also increase routing options and complexity for the return of clean traffic to customers. Thus, there is a need to implement additional monitoring and performance optimization services in each of our locations. For example, for route optimization F5 Silverline leverages an intelligent routing platform that provides continuous monitoring of routing links, for availability, performance, latency, and packet loss. Each of our PoPs operates its own instance of the solution to help detect and bypass congestion or outages. The traffic to each of our customers’ protected endpoints is constantly tracked to ensure it is routed via the optimum route on every occasion, thereby ensuring we help deliver the optimal digital experience for your users.In Safe HandsFor a service like F5 Silverline, hardware appliances and infrastructure within each of our scrubbing centers is a major differentiator. In 2020, we experienced some constraints on rack space as our service offerings and customer base grew. With new technologies in the growing F5 portfolio, we also needed to find room for both NGINX and Shape infrastructure—both of which bolster the F5 Silverline services. This led to a wave of physical expansion within each of the Equinix hosted scrubbing centers.Learn MoreF5 Silverline is in broad use across Fortune 500

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Application with management of the underlying cloud resources. For more information on Cisco CloudCenter, see: NetApp Private Storage for Cloud The NetApp Private Storage (NPS) for Cloud solution enables enterprise customers to leverage the performance, availability, security, and compliance of NetApp storage with the economics, elasticity, and time-to-market benefits of the public cloud. NPS for Cloud is available with a growing number of today’s industry-leading clouds, including two covered in this design: · NPS for Amazon Web Services (AWS) · NPS for Microsoft Azure Today, many organizations have top-down mandates to move a percentage of workloads into the cloud. However, cloud customers still have stringent operational and business requirements for their data, such as: · Performance · Compliance · Availability and protection · Efficient application data replication · Rapid cloning of application data for development, test, and QA NetApp storage, that is privately connected to a single public cloud, offers the benefits described in the solution overview; however, additional benefits are accrued when the same storage device and data sets can be quickly connected to multiple clouds without having to provision and de-provision network links, move data, or create additional copies of data for each cloud. When combined with FlexPod Datacenter as an on-premise infrastructure, customers can position data wherever it’s needed, and deploy applications in the location that makes the most sense for the business. ‎Figure 7 illustrates how application data that is deployed on premise for production use can be replicated to the NPS system for testing or development using cloud compute resources. Figure 7 NetApp Private Storage (NPS) Overview Equinix Hosting Equinix Cloud Exchange allows customers to host physical equipment in a location that is logically close to multiple cloud services providers. NetApp’s partnership with Equinix and the integration with the Equinix Cloud Exchange enable dedicated private connectivity to multiple clouds almost instantly and provide the following expanded set of benefits for enterprise users: · Connect to new clouds quickly and switch clouds at any time. An organization can start with its preferred cloud and add or jump to new clouds in minutes. After an organization’s NetApp. Marketplace. Colocation Providers. Equinix. DC10. Equinix. DC10. Equinix DC10. Beaumeade Circle. Ashburn, VA. United States. www.equinix.com. This Equinix facility is

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VLANs are created on the interface groups to provide connectivity from the storage system to AWS and Azure Virtual Network. NPS to FlexPod Private Cloud VPN connectivity Cisco ASA provides VPN capabilities to NPS so that VPN connectivity can be established between the storage controllers in NPS and the storage controllers in FlexPod for SnapMirror operations. The VPN link can also be utilized for managing the storage controllers or specific Storage Virtual Machines (SVM). The IPsec tunnel parameters to setup this connectivity in the current design are listed in ‎Table 4. Table 4 IPsec Tunnel Details for NPS Connectivity Parameter Value IKE (Phase 1) Authentication Pre-Shared Encryption AES 128 Hash SHA DH Group 2 Lifetime 28800 seconds IPsec (Phase 2) Network Source and Destination depend on deployment PFS On Peers IP addresses of FlexPod and NPS ASAs Transform Set AES-128, SHA-HMAC IPsec SA Lifetime 3600 seconds ‎Figure 20 shows the resulting network connectivity when the VPN tunnels are successfully established between FlexPod private cloud, public clouds and NPS. Figure 20 FlexPod to NPS VPN Connectivity NPS for AWS Design Overview The NetApp Private Storage for AWS solution combines computing resources from AWS with NetApp storage deployed at AWS Direct Connect data centers. In the AWS Direct Connect data center (Equinix), the customer provides network equipment (switch or router) and NetApp storage systems. VMs in the AWS cloud connect to the NetApp storage through IP-based storage protocols (iSCSI, CIFS, or NFS). The NPS for AWS includes the following major components: · AWS Elastic Compute Cloud (EC2) VMs · AWS Virtual Private Cloud (VPC) network · AWS Direct Connect · Equinix colocation data center (AWS Direct Connect data center) · Equinix Cloud Exchange (cloud peering switch for sub-1Gbps connections) · Border Gateway Protocol—customer-owned network equipment that supports BGP routing protocols and 1Gbps or 10Gbps SMF connectivity · NetApp storage (AFF, FAS, E-Series, or SolidFire platforms) ‎Figure 21 shows the architecture of NPS for AWS using FAS storage with redundant Direct Connect network connections using Equinix cloud exchange. Specific customer implementations will vary, depending on each customer’s technical and business requirements. Figure 21