Implementing Cisco Service Provider VPN Services (300-515)

300-515 SPVI · ● Active · Professional · Cisco

Exam facts

Field	Value
Exam Name	Implementing Cisco Service Provider VPN Services (SPVI)
Exam Code	300-515
Version	v1.1
Exam Duration	90 minutes
Question Count	55–65 questions
Passing Score	~750–850 (out of 1000)
Cost	$300 USD
Format	Multiple choice, drag-and-drop, simulation labs
Delivery	Proctored exam centers or online
Exam Versions	English
Prerequisites	CCNA or any CCIE certification
Status (May 2026)	Active and available
Certification Type	Concentration exam for CCNP Service Provider or standalone Specialist certification

Vendor source — Implementing Cisco Service Provider VPN Services ↗

About

The 300-515 SPVI exam is designed to validate the knowledge and skills required to implement and manage Virtual Private Network (VPN) services in a service provider environment. This exam focuses on Layer 2, Layer 3, and IPv6 VPN technologies, emphasizing MPLS-based VPN architectures that enable service providers to deliver secure, scalable customer networks over a shared backbone infrastructure.

Passing this exam earns candidates the Cisco Certified Specialist - Service Provider VPN Services Implementation credential, and it can also count as a concentration exam towards the CCNP Service Provider (CCNP SP) certification when combined with the CCNP core exam (currently Implementing and Operating Cisco Enterprise Network Core Technologies - ENCOR 350-401).

The exam targets network engineers, service provider network administrators, and systems engineers who design, implement, and troubleshoot VPN solutions for Internet Service Providers (ISPs) and large telecommunications carriers.

Domain context

Service provider networks form the backbone of modern telecommunications and internet connectivity. Unlike enterprise networks, service provider environments manage networks on a massive scale, serving thousands of customers while maintaining separation, performance guarantees, and security. MPLS (Multiprotocol Label Switching) is the fundamental technology that enables service providers to offer VPN services efficiently and economically.

The SPVI exam specifically addresses:

MPLS Fundamentals: The core labeling and forwarding mechanism used in service provider backbones
Layer 2 VPNs: Technologies like Ethernet VPN (EVPN), Metro Ethernet Service (E-Line), and VPWS that emulate dedicated circuits
Layer 3 VPNs: MP-BGP-based VPNs using VRFs (Virtual Routing and Forwarding) that enable customer IP routing isolation
IPv6 VPNs: VPNv6 and related mechanisms for next-generation IP services
Multicast Services: Multicast VPN (mVPN) for efficient group communication delivery
Service Provider Operations: OAM (Operations, Administration, and Maintenance), troubleshooting, and customer management

This specialization is highly relevant as service providers increasingly migrate to IP/MPLS-based architectures and customers demand more sophisticated, managed services beyond basic connectivity.

Topics covered

1. VPN Architecture (25% of exam)

VPN Models and Classification
- Site-to-Site VPNs vs. Remote Access VPNs
- Overlay vs. Peer-to-Peer VPN models
- Extranet and shared services concepts
MPLS VPN Architecture Overview
- Provider (P), Provider Edge (PE), and Customer Edge (CE) device roles
- VPN service models in carrier networks
- Control plane and data plane design
MPLS Fundamentals
- Label switching concepts and label distribution protocols
- LDP (Label Distribution Protocol) and RSVP-TE
- MPLS control and data plane operations
- Penultimate Hop Popping (PHP)
VRF (Virtual Routing and Forwarding)
- VRF architecture and VRF instances
- Route targets and route distinguishers
- VRF management and configuration

2. Layer 2 VPNs (30% of exam)

Ethernet VPN (EVPN)
- EVPN concepts and benefits
- EVPN service types (E-Tree, E-LAN, E-Line, E-Access)
- EVPN control plane with BGP
- EVPN data plane and forwarding
Pseudowires and VPWS
- Virtual Private Wire Service (VPWS) architecture
- Pseudowire concepts and signaling (LDP, BGP)
- Point-to-point Layer 2 services
Metro Ethernet Services
- E-Line (point-to-point)
- E-LAN (multipoint)
- Service frames and VLAN handling
OAM (Operations, Administration, and Maintenance)
- Ethernet OAM operations
- Continuity Check Messages (CCM)
- Ethernet frame validation
- Service level monitoring
Troubleshooting L2VPN Services
- Common L2VPN issues and diagnostic tools
- MAC address learning and flooding
- Pseudowire status verification
- EVPN route verification

3. Layer 3 VPNs (35% of exam)

MP-BGP and VPNv4/VPNv6
- Multiprotocol BGP (MP-BGP) for MPLS VPN
- VPNv4 address format and characteristics
- VPNv6 address format and characteristics
- Route distinguisher (RD) and route target (RT) usage
- BGP communities for VPN route control
PE-CE Routing
- PE-CE connectivity models
- BGP, OSPF, EIGRP, and static routing between PE and CE
- Route filtering and redistribution
- PE-CE authentication and security
L3VPN Control Plane
- VPN label allocation and management
- MP-BGP route exchange between PE routers
- VPN route propagation and filtering
- Route target-based filtering
L3VPN Data Plane
- VPN label (inner label) and transport label (outer label)
- Label stack in MPLS VPN
- VRF forwarding instance operation
- Intra-AS and Inter-AS MPLS VPN designs
Intra-AS L3VPNs
- Single autonomous system VPN design
- PE-to-PE BGP sessions
- Route reflection in service provider networks
Multi-Area and Inter-AS Designs
- Sham links for preventing suboptimal routing
- Back-door links and IGP timers
- Inter-AS options (Option A, B, C)
Multicast VPN (mVPN)
- Multicast in MPLS VPN environments
- Default and data-driven mVPN modes
- PIM in VRF contexts
- Multicast address allocation (S, G)
Extranet and Shared Services
- VRF leaking and hub-and-spoke models
- VPN extranet concepts
- Shared service provider resources
- Routing policies for extranet services
Troubleshooting Intra-AS L3VPNs
- BGP route verification
- Label distribution issues
- VRF connectivity diagnostics
- MTU and fragmentation troubleshooting

4. IPv6 VPNs (10% of exam)

IPv6 MPLS VPN Implementation
- VPNv6 routing and addressing
- Dual-stack service provider networks
- PE-CE IPv6 connectivity
- MP-BGP for VPNv6
IPv6 Tunneling and Encapsulation
- IPv6 native MPLS VPN services
- IPv4-to-IPv6 mapping (where applicable)

5. Service Provider Operations and Management

Performance Monitoring
- Service level agreement (SLA) metrics
- Packet loss, latency, and jitter monitoring
- MPLS OAM tools
Security in VPNs
- PE and P router security hardening
- Control plane protection (CoPP)
- Route filtering and access control
- Encryption of management traffic
Design Best Practices
- Scalability considerations
- High availability and redundancy
- Graceful Restart and Nonstop Forwarding (NSF)
- MPLS fast reroute (FRR)

Common job-ready skills

Professionals passing the 300-515 SPVI exam demonstrate readiness to perform the following tasks:

Design and Implement Layer 2 VPN Services
- Configure EVPN on PE routers
- Set up pseudowires and VPWS services
- Validate Ethernet OAM compliance
Design and Implement Layer 3 VPN Services
- Configure MP-BGP on PE and P routers
- Establish PE-CE routing relationships
- Implement route target and route distinguisher policies
- Configure and verify VRF instances
Implement IPv6 VPN Services
- Configure VPNv6 addressing and routing
- Establish dual-stack service delivery
- Verify IPv6 MPLS VPN data and control planes
Implement Multicast VPN Services
- Configure mVPN on PE devices
- Manage multicast group routing in VRF
- Troubleshoot multicast path selection
Design Extranet and Shared Services
- Implement VRF leaking and route control
- Design hub-and-spoke VPN topologies
- Configure selective VPN route sharing
Troubleshoot VPN Services
- Diagnose L2VPN and L3VPN connectivity issues
- Verify BGP route exchange and filtering
- Validate label distribution and MPLS forwarding
- Resolve MTU, fragmentation, and performance issues
Manage Service Provider Networks
- Monitor VPN service health and performance
- Implement OAM for service quality validation
- Apply security hardening to VPN infrastructure
- Plan scalable VPN architectures

Recommended courses

Official Cisco Learning

Implementing Cisco Service Provider VPN Services (SPVI) — Cisco official course
- Hands-on lab exercises covering MPLS fundamentals, L2VPN, L3VPN, and IPv6 VPN
- Real-world troubleshooting scenarios
- VRF and MP-BGP configuration practice

Third-Party Training Providers

CCNP Service Provider 300-515 SPVI: VPN Services & Labs (Udemy) — Comprehensive course with hands-on labs
NIL Learning CCNP Service Provider 300-515 SPVI — Structured video training and lab exercises
Orhan Ergun CCNP Service Provider 300-515 SPVI — Advanced troubleshooting focus

Online Learning Platforms

Cisco Learning Network — Official study materials and exam resources
Pluralsight — CCNP Service Provider learning paths
LinkedIn Learning — MPLS and VPN foundational content

Practice exams

Official Cisco Exam Readiness — Available through Cisco Learning Network
Boson ExSim-Max — CCNP SP practice exam suite with detailed explanations
NWExam Practice Tests — 300-515 SPVI specific practice questions
CertLibrary Practice Exams — Comprehensive question banks with scenario-based labs
Udemy Practice Tests — Multiple mock exams aligned to v1.1 exam topics
Exam Topics Community Shared Questions — User-contributed practice questions

Books

Study Guide on Cisco 300-515 SPVI by Anand Vemula
- Comprehensive study guide covering all exam domains
- 100+ exam-style practice questions
- Step-by-step configuration guides
- Lab exercises for hands-on practice
Cisco 300-515 Exam Practice Tests & Review by Ruby Books
- Exam-focused practice questions
- Answer explanations aligned to exam objectives
- Scenario-based troubleshooting exercises
MPLS-Enabled Applications by Ina Minei & Julian Lucek (Cisco Press)
- Deep technical foundation for MPLS and VPN concepts
- Architecture and design considerations
- Production deployment best practices
Implementing Cisco Service Provider Network Routing — Cisco official documentation
- Official Cisco configuration and troubleshooting guides
- Command reference and syntax

Job titles

Service provider network engineers with CCNP Service Provider SPVI certification pursue roles such as:

Service Provider Network Engineer — Design and implement VPN services for customer networks
Senior Network Engineer - Service Provider — Lead VPN architecture and service deployment
MPLS Network Engineer — Specialize in MPLS infrastructure and VPN implementation
Telecom Network Consultant — Advise telecommunications carriers on VPN technologies
Network Operations Engineer — Manage day-to-day VPN service operations and troubleshooting
VPN Solutions Architect — Design scalable VPN solutions for enterprise and service provider customers
Carrier Network Specialist — Support ISP backbone and customer VPN services
Network Systems Engineer — Plan and implement service provider network infrastructure
Infrastructure Engineer - Telecom — Manage service provider backbone and customer services
Network Reliability Engineer — Focus on VPN service availability and performance

Salary (USD / ZAR / GBP / EUR / AUD)

Cisco CCNP Salary Data (2026)

Based on verified 2026 salary data:

Region	Annual Salary	Hourly Rate	Notes
United States	$98,000–$129,000	$47–$62	25th–75th percentile range
US Average	$109,000–$118,000	$52–$57	Mean across major sources
US Top Earners (90th)	$150,000+	$72+	Senior and management roles
South Africa (ZAR)	ZAR 1,764,000–2,322,000	ZAR 848–1,116	USD × 18 approximation
United Kingdom (GBP)	GBP 75,000–95,000	GBP 36–46	Senior network engineer roles
Europe (EUR)	EUR 85,000–110,000	EUR 41–53	Varies by country; Germany/NL higher
Australia (AUD)	AUD 150,000–180,000	AUD 72–87	Senior roles; tech hubs pay more

Salary Modifiers for CCNP Service Provider Specialization

Service Provider/ISP focus: May command 5–10% premium over generic CCNP roles
Experience level: Early career (0–3 years) starts 10–15% below average; 5–10+ years earns 15–25% above average
Geographic location: Bay Area, Seattle, NYC, and London command 20–30% premiums; lower-cost regions pay 15–25% less
Employer type: Large carriers (AT&T, Verizon, Deutsche Telekom) typically pay 5–10% above average; smaller ISPs may pay 5–15% less
Management responsibility: Engineering manager roles command 25–40% premium

Skills validated

The SPVI exam validates proficiency in:

MPLS Technology
- Label switching and distribution protocols (LDP, RSVP-TE)
- Label distribution and management
- MPLS data and control planes
- Traffic engineering with MPLS
Layer 2 VPN Services
- EVPN configuration and troubleshooting
- VPWS and pseudowire management
- Metro Ethernet service delivery (E-Line, E-LAN, E-Access)
- Ethernet OAM and service validation
Layer 3 VPN Services
- MP-BGP configuration and route management
- VRF architecture and configuration
- PE-CE routing protocols (BGP, OSPF, EIGRP, static)
- Route target and route distinguisher policies
- Intra-AS and Inter-AS VPN designs
IPv6 VPN Services
- VPNv6 addressing and routing
- Dual-stack service provider networks
- IPv6 MPLS VPN implementation
Advanced VPN Concepts
- Multicast VPN (mVPN) design and implementation
- Extranet and shared services
- Hub-and-spoke and full-mesh topologies
- Service level monitoring and OAM
Troubleshooting and Operations
- VPN connectivity diagnostics
- BGP route verification and filtering
- Label distribution validation
- Service health monitoring
- Performance and SLA management
Service Provider Design Principles
- Scalability and high availability
- Redundancy and fast reroute (FRR)
- Graceful Restart and Nonstop Forwarding (NSF)
- Security hardening for service provider networks

Related certifications

Complementary Cisco Certifications

CCNP Service Provider (CCNP SP) — Full professional certification; 300-515 SPVI is a concentration exam
300-510 SPRI — Implementing Cisco Service Provider Network Routing Protocols (core exam for CCNP SP)
300-535 SPAUTO — Automating and Programming Cisco Service Provider Solutions (automation-focused concentration)
CCIE Service Provider (CCIE SP) — Expert-level service provider routing and technologies

Related Vendor Certifications

Juniper JNCIP-SP — Juniper Networks Certified Professional Service Provider
Arista Certified Engineering Professional (ACEP) — Arista data center and service provider networking
Huawei HCNP-Service Provider — Huawei service provider routing and VPN

Complementary Specializations

CCNP Enterprise (CCNP EI) — Enterprise-focused networking; complements service provider knowledge
CCNP Data Center — Data center infrastructure relevant to service provider deployments
CCNP Security — Security specialization for hardening VPN and service provider networks

Sources

All facts in this guide were verified against official Cisco resources and industry sources as of May 2, 2026: