Blog
Advantages and Disadvantages of Using VXLAN vs. VPLS in RouterOS 7
VXLAN and VPLS both solve the same business problem for ISPs—delivering Layer 2 services across a routed network—but they do it in very different ways. If you are expanding a modern RouterOS 7 network, the choice you make directly impacts scalability, operational complexity, MTU planning, and long-term flexibility. Our latest article breaks down the practical advantages and tradeoffs of VXLAN versus VPLS, with an ISP-focused lens on performance, design patterns, and real-world deployment considerations.
If you are planning multi-site transport, customer VLAN delivery, or a next-generation “Layer 2.5” architecture, this comparison will help you select the right tool and avoid expensive redesigns later. Click Details for the full article.
What you need to know checklist...
Exploring the BGP Features of RouterOS 7 from MikroTik
MikroTik RouterOS 7 – BGP Feature Overview
MikroTik’s RouterOS 7 introduces major enhancements to Border Gateway Protocol (BGP), making it more powerful, scalable, and suitable for modern ISP and enterprise networks. These changes significantly improve how networks handle routing, redundancy, and large-scale policy management.
1. Multipath Routing
Multipath routing allows RouterOS 7 to use multiple BGP paths to the same destination, providing both load-balancing and redundancy.
- Improves bandwidth utilization
- Provides automatic failover if a path fails
2. BGP Communities & Large Communities
RouterOS 7 expands BGP community support, including Large Communities for scalable route tagging and policy control.
- Tag routes for routing policy decisions
- Control advertisement and acceptance of prefixes
- Large Communities provide 96-bit identifiers for large-scale networks
3. Routing Filters 2.0
A completely redesigned filtering system enables precise and readable control of import and export rules.
- Advanced matching on AS-PATH, communities, and prefixes
- Cleaner, more maintainable syntax
4. Multiprotocol BGP (MP-BGP)
MP-BGP allows RouterOS 7 to carry routing information for multiple protocols, including IPv4, IPv6, VPNs, and MPLS.
- Supports dual-stack IPv4/IPv6 networks
- Used for VPN and MPLS deployments
5. Route Reflectors
Enhanced route reflector support removes the need for full-mesh BGP topologies in large networks.
- Reduces session count
- Simplifies scaling and operations
6. BGP Confederations
Large ASes can be split into smaller sub-ASes to simplify routing and policy management.
- Reduces complexity
- Improves scalability
7. Graceful Restart & Session Resiliency
Graceful Restart allows routers to reboot or upgrade without dropping routing sessions.
- Minimizes traffic disruption
- Improves uptime during maintenance
8. Performance & Scale
RouterOS 7 can handle much larger routing tables and higher update rates.
- Faster convergence
- Better stability in high-density networks
9. EVPN Support
EVPN enables advanced Layer-2 and Layer-3 services over BGP.
- Data-center interconnects
- Multi-site enterprise Layer-2 extension
10. Monitoring & Debugging
RouterOS 7 includes better visibility into BGP sessions and routes.
- Real-time session status
- Detailed route and attribute inspection
Conclusion
RouterOS 7 represents a major leap forward for BGP on MikroTik platforms. With multipath routing, EVPN, MP-BGP, large communities, and improved resiliency, MikroTik now delivers carrier-grade routing features at a fraction of traditional enterprise cost.
Whether you operate a regional ISP or a large enterprise backbone, RouterOS 7 provides the tools needed to build fast, redundant, and highly scalable networks.
Network Monitoring: Benefiting You and Your Customers
My name is Dennis Burgess, Chief Technology Officer at Link Technologies, Inc. Since 2006, I’ve been designing networks, solving complex challenges, and helping ISPs do more with less. Before that, I worked as a consultant for various industries, including Harley-Davidson dealerships, Yamaha, law firms, manufacturers, and real estate offices. With over 23 years of experience in everything from leading teams to pulling CAT5 cable, I’ve seen it all.
Why Network Monitoring is Crucial
Most ISPs should deploy at least four monitoring systems. Why? Let’s break it down.
Network monitoring isn't just for your benefit—it directly impacts the quality of service for your customers as well. It should be the lifeblood of your ISP. Let me explain why.
1. A Network Overview System
This system offers a single-pane overview of your network. At Link Technologies, we often use MikroTik’s The Dude, which scales well for most ISPs. While it’s not designed to monitor every customer device, it’s excellent for giving a high-level view—like whether a tower site is up or down. For example:
- Monitor the loopback of each router or switch at your POP locations.
- Use visual maps to logically document your network, including routing paths.
The Dude provides bandwidth stats and clear red/green indicators for site reachability. It’s a must-have tool for mapping and understanding your network topology.
2. A Comprehensive Monitoring System
This is your primary tool for detailed device and network monitoring. We use Zabbix, but there are plenty of alternatives. These systems excel at:
- Monitoring tens of thousands of data points via SNMP or other protocols.
- Storing historical data like signal strength, bandwidth, and light levels for fiber.
This system allows you to:
- Integrate with your helpdesk to automate ticket generation for problems.
- Set alerts for critical issues, like low signal strength or degraded bandwidth.
- Automate troubleshooting actions, such as rebooting devices or restarting services.
For ISPs, this is the go-to system for deep dives into performance metrics and troubleshooting.
3. External Internet Monitoring
This system monitors your network’s reachability from an internet perspective. Use services with global vantage points to detect outages or prefix issues. This type of monitoring is vital for:
- Critical alerts: When something major like a prefix drops, you need to know immediately.
- Status pages: Many services offer customizable pages (e.g., status.yourcompany.com) where customers can check site statuses.
Having a public status page reduces customer support calls. Train customers to check the page for real-time updates, such as tower site outages. Some ISPs even provide fridge magnets with customer-specific info, like their tower name and status page link.
4. BGP Monitoring
If you have multiple upstreams, a BGP monitor like bgp.tools is invaluable. It helps:
- Detect when prefixes aren’t being advertised properly.
- Identify issues that don’t cause outright BGP session drops but impact redundancy.
For example, if one upstream stops announcing your prefixes, this system alerts you immediately, preventing extended downtime or service degradation.
Summary
Every ISP should implement at least the first three monitoring systems, and if you utilize BGP, the fourth becomes essential. These systems work together to:
- Provide a clear network overview.
- Detect and resolve issues quickly.
- Improve customer experience with transparent status updates.
- Ensure robust redundancy and reliability.
Investing in comprehensive monitoring not only safeguards your network but also enhances customer satisfaction and trust. After all, a well-monitored network is a reliable network.