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vMX – Large
Large virtual appliance image for public and private clouds with 1 Gbps VPN throughput
Extend SD-WAN to AWS, Azure, Alibaba Cloud, Google Cloud, and Cisco NFVIS.
Highlights
- Supported in AWS, Microsoft Azure, Google Cloud, Alibaba Cloud, Cisco NFVIS
- Only license required; available in 1-, 3-, or 5-year durations
- IPsec and Cisco AnyConnect VPN remote worker support
- 1 Gbps VPN throughput
- Support for up to 1,000 concurrent VPN tunnels
All the clouds
- Any MX or Z3 can establish optimized SD-WAN connectivity to a vMX in AWS
- AWS charges either hourly or monthly for use of EC2 instances: more info
- Supports AWS Cloud WAN and AWS Transit Gateway
- Any MX or Z3 can establish optimized SD-WAN connectivity to a vMX in Azure
- Microsoft charges hourly or annually for use of VM instances: more info
- Supports Microsoft Azure Virtual WAN
- Any MX or Z3 can establish optimized SD-WAN connectivity to a vMX in Google Cloud
- Google Cloud is pay-as-you-go for use of its services: more info
- Supports Google Cloud Network Connectivity Center
- Any MX or Z3 can establish SD-WAN connectivity to a vMX running on Cisco NFVIS
- Multi-tenancy support with multiple vMXs running on one compute platform
- Support for huge-scale branch site concentration
All the clouds
- Any MX or Z3 can establish optimized SD-WAN connectivity to a vMX in AWS
- AWS charges either hourly or monthly for use of EC2 instances: more info
- Supports AWS Cloud WAN and AWS Transit Gateway
- Any MX or Z3 can establish optimized SD-WAN connectivity to a vMX in Azure
- Microsoft charges hourly or annually for use of VM instances: more info
- Supports Microsoft Azure Virtual WAN
- Any MX or Z3 can establish optimized SD-WAN connectivity to a vMX in Google Cloud
- Google Cloud is pay-as-you-go for use of its services: more info
- Supports Google Cloud Network Connectivity Center
- Any MX or Z3 can establish SD-WAN connectivity to a vMX running on Cisco NFVIS
- Multi-tenancy support with multiple vMXs running on one compute platform
- Support for huge-scale branch site concentration