- What the JNCIS-SP Credential Actually Is
- Who the Specialist Level Is Built For
- Exam Format and Registration Mechanics
- The Ten Objective Areas, Explained
- Two Skill Levels Inside Every Objective
- Validity, Renewal and Retake Rules
- Where the Credential Fits in Hiring
- Service Provider or Enterprise Track?
- A Domain-Sequenced Preparation Route
- Frequently Asked Questions
- JNCIS-SP validates beginner-to-intermediate Junos routing and switching skills for service-provider networks; the current exam is JN0-364 on Junos OS 25.2.
- The exam has 65 multiple-choice questions in 90 minutes, delivered through Pearson VUE at a test center or via OnVUE online.
- An active JNCIA-Junos is required, and the published exam fee is $300 plus applicable taxes.
- Ten objective headings are published, but official percentage weights are not, so no domain can be called the biggest.
What the JNCIS-SP Credential Actually Is
JNCIS-SP stands for Juniper Networks Certified Specialist, Service Provider Routing and Switching. It is a specialist-level credential in the Juniper service provider routing and switching track, issued under the Juniper Networks certification program (current pages use HPE Juniper Networking branding). The written exam that earns it is coded JN0-364 and is aligned to Junos OS 25.2.
The credential sits above the associate level and below the professional level. In practical terms it says: this person understands how a Junos-based service-provider network moves traffic, and can configure, monitor and troubleshoot the core protocols that carry it. If you want the shorter definitional versions of this topic, see our pages on what JNCIS-SP is and what the acronym stands for.
Who the Specialist Level Is Built For
Juniper positions this credential for networking professionals with beginner-to-intermediate knowledge of Junos routing and switching in a service-provider context. Typical candidates include:
- Network engineers at carriers, ISPs and managed-service providers who operate Junos routers daily
- Junior to mid-level engineers moving from enterprise networking into provider-style designs
- JNCIA-Junos holders who want the next rung on the service provider track
- Pre-sales and support engineers who must speak credibly about OSPF, IS-IS, BGP and MPLS on Juniper platforms
Eligibility is narrow but simple: you need an active JNCIA-Junos. No additional mandatory training hours, employment hours or references are stated on the credential overview, and recommended courses are not mandatory. Details are covered in JNCIS-SP requirements.
Exam Format and Registration Mechanics
| Item | JNCIS-SP (JN0-364) |
|---|---|
| Exam code and version | JN0-364, Junos OS 25.2 |
| Questions | 65 |
| Time allowed | 90 minutes |
| Format | English-language written multiple-choice exam |
| Testing provider | Pearson VUE (test center or OnVUE online, subject to local availability) |
| Published fee | $300 USD per exam, plus applicable taxes |
| Prerequisite | Active JNCIA-Junos |
| Passing score | Statistically set for the exam and reported to the candidate; no fixed percentage published |
| Results | Pass/fail shown immediately, subject to exam-security validation |
Fee and checkout realities
The $300 figure is the published base examination fee, and no member versus non-member pricing is published. Final checkout totals vary by region, tax and any voucher you hold, and those totals are not something this article can state. Do not confuse the exam fee with course charges. For a cost walk-through, see JNCIS-SP certification cost.
Test center or online
You can sit the exam at a Pearson VUE test center or take it remotely through OnVUE. Online delivery depends on local availability, a technical system check and candidate identification. Your legal name must match your government-issued photo and signature ID as well as your CertMetrics and Pearson VUE accounts, so fix any mismatch before booking. Scheduling specifics are covered in JNCIS-SP exam dates.
The passing score question
Candidates often ask for the cut score. The honest answer is that the passing score is set statistically for the individual examination and reported to you afterward. Note that the 70% threshold you may see elsewhere belongs to a separate practice and voucher-assessment context, not to the live exam. More on this in JNCIS-SP passing score.
The Ten Objective Areas, Explained
The official overview publishes ten objective headings. It does not publish percentage weights, so any claim that a particular domain is "the biggest" is guesswork. Treat all ten as testable. A fuller breakdown lives in the JNCIS-SP exam domains guide; here is the practical orientation.
Domain 1: Protocol-Independent Routing
The plumbing that works regardless of routing protocol.
- Static, aggregate and generated routes
- Martian addresses and routing instances, including RIB/routing-table groups
- Load balancing and filter-based forwarding
Domain 2: Open Shortest Path First (OSPF)
Link-state routing as Junos implements it.
- Link-state database, OSPF packet types, router ID, adjacencies and neighbors
- Designated and backup designated routers, area and router types, LSA packet types
- Applying routing policy and using troubleshooting tools
Domain 3: Intermediate System to Intermediate System (IS-IS)
The provider-favorite IGP, with its own vocabulary.
- Link-state database, PDUs, TLVs, adjacencies, levels and areas
- DIS election and metrics
- Interface and adjacency configuration, routing policy, troubleshooting tools
Domain 4: Border Gateway Protocol (BGP)
Basic operation and policy-driven path control.
- Message types, attributes, route and path selection
- IBGP versus EBGP function and interaction
- Groups, peers, additional basic options and routing-policy application
Domain 5: Layer 2 Bridging or VLANs
Junos bridging on service-provider switching platforms.
- Bridging elements and terminology, frame processing, virtual switches
- Provider bridging and Q-in-Q
- VLAN port modes, tagging and Integrated Routing and Bridging (IRB)
Domain 6: Spanning-Tree Protocols
Loop prevention across four variants.
- STP, RSTP, MSTP and VSTP: port roles and states, BPDUs, convergence and reconvergence
- Spanning-tree security, including BPDU, loop and root protection
Domain 7: Multiprotocol Label Switching (MPLS)
The heart of many provider cores.
- Terminology, packet header, end-to-end packet flow and forwarding
- Labels and the label information base, MPLS and routing tables
- RSVP, LDP and segment routing with MPLS, plus MPLS CoS processing on Junos devices
- Configuration and monitoring of MPLS forwarding, RSVP-signaled and LDP-signaled LSPs, and shortest-path segment-routing LSPs
Domain 8: IPv6
IPv6 across the routing stack.
- Static routes and dynamic routing with OSPFv3, IS-IS and BGP
- IPv6-over-IPv4 tunneling
Domain 9: Tunnels
IP tunneling concepts and applications.
- Requirements, functionality and design considerations
- GRE configuration, monitoring and troubleshooting
Domain 10: High Availability
Keeping forwarding alive through failures.
- LAGs, graceful restart (GR), graceful Routing Engine switchover (GRES)
- Nonstop bridging (NSB), nonstop active routing (NSR)
- BFD and VRRP
Two Skill Levels Inside Every Objective
The official objectives repeatedly split each domain into two verbs. First you identify concepts, operation or functionality. Then, for most domains, you demonstrate configuration, monitoring or troubleshooting knowledge. That second layer matters because it changes how questions can be asked: not just "what does the designated router do?" but "given this output, why is the adjacency stuck?"
Two details are worth noticing. Domain 1's configuration requirement covers static, aggregate and generated routes, load balancing and filter-based forwarding, which means routing instances and Martian addresses are conceptual rather than configuration items. And segment routing appears in the MPLS domain only as an introductory, shortest-path LSP topic, so do not over-invest in professional-level VPN material for this exam.
show command output or write the configuration from scratch.Validity, Renewal and Retake Rules
Three-year validity
The credential is valid for three years. Before it expires you can renew by completing an eligible current exam or a specified qualifying course, or by earning a higher-level credential in the same track. A higher-level credential also renews active lower-level credentials in that track and active associate credentials. No universal CEU, CPE or CDU quota is published on the recertification page. If the credential expires, you restart the track.
Retake policy
- After a first failure, you may retry without a waiting period.
- After a second or later failure, you must wait 14 calendar days, counted from the day after the failed attempt.
- After passing, you must wait at least 18 months before retaking the same exam.
A passing result is provisional until exam-security validation completes; valid results appear in CertMetrics within three business days under published policy. Exams may be taken in any order, but every prerequisite requirement must still be fulfilled, since taking order does not waive eligibility for the credential.
Where the Credential Fits in Hiring
Service-provider routing roles tend to cluster at carriers, ISPs, managed network providers, cloud and hosting operators, and the integrators that build for them. In these environments, OSPF or IS-IS underlay design, BGP policy, MPLS transport and fast-failover tooling like BFD are everyday work, which maps directly onto the ten JNCIS-SP objectives. Employers who run Juniper hardware can use the credential as a screening signal that a candidate knows Junos syntax and service-provider concepts.
Be realistic about earnings claims. Salary aggregators tend to lump all JNCIS-level roles together rather than isolating JNCIS-SP, and no credential-caused pay uplift is verified here. For a discussion of how to evaluate this yourself, read the JNCIS-SP salary guide, the worth-it analysis and our overview of JNCIS-SP jobs.
Service Provider or Enterprise Track?
If you are choosing between JNCIS-SP and its enterprise counterpart, let your daily work decide. The service provider specialist exam emphasizes IS-IS, MPLS with RSVP, LDP and segment routing, provider bridging with Q-in-Q, and carrier-oriented high availability. Enterprise material leans toward other topics. If your network resembles a carrier core or a large aggregation edge, the SP track is the natural fit; if you manage campus, branch and data-center-adjacent networks, look at enterprise. You can start with JNCIA-Junos either way, since it is the shared prerequisite for this specialist exam.
A Domain-Sequenced Preparation Route
Generic study habits matter less than ordering. The sequence below builds dependencies in the right order: underlay first, overlay and transport next, resilience last. Adjust the pace to your experience. For a fuller plan, see the JNCIS-SP study guide, and for a condensed review sheet, the JNCIS-SP cheat sheet.
Routing foundations
- Domain 1: static, aggregate and generated routes, instances, load balancing, filter-based forwarding
- Rebuild a small lab so every later protocol has a working base
Link-state IGPs
- Domains 2 and 3: OSPF first, then IS-IS compared side by side (LSAs versus PDUs and TLVs, DR/BDR versus DIS)
- Practice reading adjacency and database output
Exterior routing and IPv6
- Domain 4: IBGP/EBGP, attributes, path selection, policy
- Domain 8: OSPFv3, IS-IS and BGP for IPv6, plus IPv6-over-IPv4 tunneling
Layer 2 and transport
- Domains 5 and 6: bridging, VLANs, IRB, Q-in-Q, then the four spanning-tree variants
- Domain 7: label operation, RSVP and LDP signaling, shortest-path segment routing
- Domain 9: GRE tunnels
Resilience and rehearsal
- Domain 10: LAG, GR, GRES, NSB, NSR, BFD, VRRP
- Timed sets of 65 questions in 90 minutes to rehearse pacing
Official and supplemental resources
Juniper lists recommended courses such as Junos Intermediate Routing, Junos Service Provider Switching and Junos MPLS Fundamentals. These are recommended, not mandatory, and course pages may reference older software releases than the pinned Junos 25.2 exam version, so always check them against the current objectives. Keep in mind that independently written practice questions test knowledge only; they are not recalled exam content and do not measure hands-on competence. Our JNCIS-SP practice test offers original questions for exactly that purpose, and JNCIS-SP training covers course options in more detail. If you are wondering how demanding the exam is, read how hard the JNCIS-SP exam is, and for a data-oriented view see the pass rate discussion.
Key Takeaway
Pair every concept with a command. For each of the ten domains, be able to state what the feature does, write the Junos configuration for it, and name the show command that proves it works. That is the exact two-level skill the objectives describe.
Frequently Asked Questions
It certifies beginner-to-intermediate skill with Junos service-provider routing and switching: protocol-independent routing, OSPF, IS-IS, BGP, bridging and VLANs, spanning tree, MPLS, IPv6, tunnels and high availability. The current exam is JN0-364 on Junos OS 25.2.
Yes. An active JNCIA-Junos is the prerequisite. No extra mandatory training, work-experience hours or references are stated on the credential overview, and recommended courses are optional.
The exam has 65 multiple-choice questions and a 90-minute time limit. It is delivered in English through Pearson VUE, either at a test center or online via OnVUE where available.
The published fee is $300 plus applicable taxes, with no member discount published. The passing score is statistically set for the exam and reported to you, so no fixed percentage is available; final regional checkout totals may differ.
It is valid for three years. You can renew by completing an eligible current exam or qualifying course, or by earning a higher-level credential in the same track. If it expires, you must restart the track.