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100+ Free Cisco 300-710 SNCF Practice Questions

Pass your Cisco 300-710 SNCF: Securing Networks with Cisco Firewalls v1.1 (Secure Firewall / Firepower) exam on the first try — instant access, no signup required.

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Which two NGIPS interface configurations forward traffic through the FTD while inspecting it inline? (Choose the option that lists both correctly.)

A
B
C
D
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2026 Statistics

Key Facts: Cisco 300-710 SNCF Exam

60

Approximate Question Count

Cisco SNCF v1.1 exam description

90 min

Time Limit

Cisco SNCF v1.1 exam description

$300

Exam Fee (USD)

Cisco / Pearson VUE pricing

30/30/25/15

Domain Weightings

Deployment / Configuration / Management & Troubleshooting / Integration

3 yrs

Certification Validity

CCNP Security concentration

Pearson VUE

Test Delivery

In-person or online proctored

Cisco 300-710 SNCF (Securing Networks with Cisco Firewalls v1.1) is a 90-minute, ~60-question CCNP Security concentration exam costing $300 USD through Pearson VUE. Cisco does not publish an exact passing score, but the cut is commonly cited around 750-825 out of 1000 and varies by exam form. The blueprint weights Deployment 30%, Configuration 30%, Management and Troubleshooting 25%, and Integration 15%, covering Secure Firewall (Firepower) hardware (FPR1010-9300), FTDv on AWS/Azure/GCP/OCI, FMC + FDM + CDO + cloud-delivered FMC, Snort 3, clustering on FPR4100/9300, RAVPN with Secure Client, and integrations with ISE pxGrid, Cisco XDR, and Security Analytics and Logging. Passing earns the Cisco Certified Specialist - Network Security Firepower badge and is valid for 3 years as part of CCNP Security.

Sample Cisco 300-710 SNCF Practice Questions

Try these sample questions to test your Cisco 300-710 SNCF exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Which Cisco Secure Firewall Threat Defense (FTD) deployment mode is the default and provides Layer 3 routing, NAT, and dynamic routing protocols?
A.Transparent mode
B.Routed mode
C.Inline tap mode
D.Passive monitor-only mode
Explanation: Routed mode is the default firewall mode for FTD. The device acts as a Layer 3 hop, owns IP addresses on each interface, and supports NAT, static routing, and dynamic routing protocols (OSPF, BGP, EIGRP). Transparent mode is a Layer 2 bump-in-the-wire alternative that must be explicitly configured.
2An engineer needs the FTD to function as a Layer 2 device so existing routing on adjacent switches is preserved while still applying access control and IPS. Which deployment mode meets the requirement?
A.Routed mode with BVI
B.Transparent firewall mode
C.Passive monitor-only mode
D.Inline pair without tap
Explanation: Transparent firewall mode operates the FTD as a Layer 2 bridge. Bridge group members forward traffic at Layer 2 between interfaces in the same bridge group while the FTD still applies access control, intrusion, and malware policies. The Bridge Virtual Interface (BVI) is used for management IP only.
3Which two NGIPS interface configurations forward traffic through the FTD while inspecting it inline? (Choose the option that lists both correctly.)
A.Passive and ERSPAN
B.Inline pair and inline pair with tap
C.Routed and BVI-only
D.Failover link and state link
Explanation: Inline pair forwards traffic between two paired interfaces at Layer 2 and lets Snort drop or modify packets. Inline pair with tap forwards the original packets while sending a copy to Snort, so the IPS is in monitor-only intent but still in the path.
4A SOC team wants to evaluate a new intrusion policy in production without risking traffic disruption. Which interface mode lets Snort drop decisions be logged but never enforced?
A.Inline pair
B.Inline pair with tap
C.Routed
D.Transparent
Explanation: Inline pair with tap forwards the original packet immediately and sends a copy to Snort. Snort can flag would-be drops in events, but because the original packet is already on the wire, it is never actually dropped. This is the standard tuning mode before flipping to a real inline deployment.
5Which interface mode is required when an FTD must inspect a SPAN feed from a core switch and never forward the traffic?
A.Inline pair
B.Inline tap
C.Passive
D.ERSPAN routed
Explanation: Passive mode places the FTD on a SPAN/mirror destination port. The interface only receives copied frames, applies discovery and IPS inspection, and generates events. No traffic is ever forwarded back out the device.
6An engineer is configuring FTD high availability. By default, after how many seconds without a peer poll response will an active/standby pair declare its peer failed?
A.3 seconds
B.10 seconds
C.15 seconds
D.30 seconds
Explanation: FTD HA defaults to a 1-second unit poll interval and a 15-second unit hold time. After 15 seconds without a hello response on the failover link, the surviving unit declares the peer failed and takes over. Interface poll defaults are 5 seconds with a 25-second hold time.
7Two FTD appliances form an active/standby HA pair. Which two interfaces are required for the HA configuration?
A.Failover link and state link
B.Cluster control link and management link
C.Spanned EtherChannel and BVI
D.Diagnostic and console
Explanation: FTD active/standby HA uses a dedicated failover link for HA hellos, configuration sync, and command messages, plus a state link to replicate connection state, NAT translations, and ARP entries between peers. The state link can share the failover link physically but is logically separate.
8An FTD cluster is being deployed across two FPR9300 chassis. Which interface concept is mandatory between cluster members?
A.BVI bridge group
B.Cluster control link (CCL)
C.Failover state link
D.ECMP equal-cost peer
Explanation: FTD clusters require a Cluster Control Link (CCL) — typically Port-channel 48 on the FPR4100/9300 — for control-plane messaging, configuration sync, owner/director state, and forwarded data flows. Cisco recommends sizing the CCL to match expected per-chassis throughput.
9On a multi-chassis FTD cluster across two FPR9300 chassis, what is the recommended way to wire the cluster control link?
A.Direct fiber between the two chassis
B.Through a pair of intermediate Layer 2 switches
C.Over the management network
D.Tunnel through an upstream router with GRE
Explanation: Cisco recommends connecting the cluster control link through a switch rather than back-to-back. With direct cabling, a chassis failure brings down the CCL on the surviving chassis, which would also cause it to leave the cluster. A switch keeps the CCL up on the healthy chassis even when its peer fails.
10An engineer must run multiple logically separate FTD instances on a single FPR4145 chassis with isolated management and policy. Which capability is required?
A.Active/active failover
B.Multi-instance via container instances on FXOS
C.Sub-interfaces with VRF-lite
D.Transparent mode bridge groups
Explanation: Multi-instance deployment uses Docker-style container instances on FXOS to run multiple FTD logical devices on a single Firepower 4100 or 9300 chassis. Each instance has dedicated CPU, RAM, and disk shares, its own management IP, and its own FMC registration, providing tenant isolation.

About the Cisco 300-710 SNCF Exam

The Cisco 300-710 SNCF (Securing Networks with Cisco Firewalls v1.1) is a 90-minute CCNP Security concentration exam that validates skills with Cisco Secure Firewall (formerly Cisco Firepower) and Cisco Secure Firewall Management Center. Candidates demonstrate competence across deployment (routed/transparent firewall modes, NGIPS modes, HA and clustering, on-prem and public-cloud FTD), configuration (access control, intrusion, file/malware, DNS, identity, decryption, prefilter, NAT, VPN, routing, Snort 3), management and troubleshooting (FMC dashboards, packet capture and packet tracer, FDM, CDO, cloud-delivered FMC), and integration (ISE/pxGrid/TrustSec, AMP/Secure Endpoint, Threat Intelligence Director, Cisco SecureX/XDR, Security Analytics and Logging). Passing SNCF earns the Cisco Certified Specialist - Network Security Firepower badge and counts as a CCNP Security concentration exam.

Assessment

Approximately 60 multiple-choice and multiple-response questions plus drag-and-drop and scenario items, covering Deployment (30%), Configuration (30%), Management and Troubleshooting (25%), and Integration (15%)

Time Limit

90 minutes

Passing Score

Variable cut score (commonly cited 750-825/1000); Cisco does not publish the exact value

Exam Fee

$300 USD (Cisco / Pearson VUE)

Cisco 300-710 SNCF Exam Content Outline

30%

Deployment

Routed vs transparent firewall mode; NGIPS modes (passive, inline pair, inline tap); high availability (port channels, active/standby failover with 15s default unit hold time, ECMP, static route tracking, clustering); FTD on FPR1010/1140/2110/2140/3110-3140/4100/9300; FTDv on AWS, Azure, GCP, OCI, KVM, ESXi; multi-instance container deployments on FXOS; FMC HA; Firepower Migration Tool from ASA

30%

Configuration

FMC system settings; access control, intrusion (Balanced/Connectivity/Security/Maximum Detection), malware and file, DNS, identity, SSL/decryption (Decrypt-Resign and Decrypt-Known-Key), and prefilter (tunnel rules, fast-path) policies; network discovery, application detectors, correlation, Encrypted Visibility Engine; objects and Variable Sets; NAT (Auto, Manual/Twice in 3 sections), VPN (site-to-site IKEv2, RAVPN with AnyConnect/Secure Client), QoS, platform settings, certificates, routing (OSPF, BGP, EIGRP, static), and Snort 3 default in FTD 7.0+

25%

Management and Troubleshooting

FMC dashboards (Summary), reporting templates and scheduled tasks, risk reports; FTD CLI tools (packet-tracer, capture, capture-traffic, system support firewall-engine-debug, show asp drop, show version); SRU/LSP updates; FMC backup/restore; Health Monitor and Health Policy; troubleshoot file generation; CDO, cloud-delivered FMC (cdFMC), FDM, FMC; cluster serviceability improvements in FMC 7.4

15%

Integration

Cisco Secure Firewall Malware Defense (formerly AMP for Networks); Cisco Secure Endpoint (formerly AMP for Endpoints); Threat Intelligence Director (STIX/TAXII and flat IP/URL/SHA256 feeds); Cisco SecureX / Cisco XDR pivot menus and casebooks; FMC + pxGrid with ISE for identity and SGTs; Rapid Threat Containment via ISE EPS; Cisco Security Analytics and Logging (SAL) with Secure Network Analytics; Threat Grid / Secure Malware Analytics; FMC and FDM REST APIs

How to Pass the Cisco 300-710 SNCF Exam

What You Need to Know

  • Passing score: Variable cut score (commonly cited 750-825/1000); Cisco does not publish the exact value
  • Assessment: Approximately 60 multiple-choice and multiple-response questions plus drag-and-drop and scenario items, covering Deployment (30%), Configuration (30%), Management and Troubleshooting (25%), and Integration (15%)
  • Time limit: 90 minutes
  • Exam fee: $300 USD

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

Cisco 300-710 SNCF Study Tips from Top Performers

1Memorize FMC policy hierarchy (Access Control consumes Prefilter, Intrusion, File/Malware, SSL, Identity, DNS, QoS, and Variable Sets) — exam scenarios test which policy enforces which behavior
2Learn FTD HA defaults: 1s unit poll, 15s unit hold, 5s interface poll, 25s interface hold; know which traffic flows over the failover link vs the state link
3Practice clustering on the FPR4100/9300: Port-channel 48 is the auto-created CCL, multi-chassis clusters use Spanned EtherChannels, and CCL should run through a switch (not back-to-back)
4Drill the four base intrusion policies in order of aggressiveness: Connectivity Over Security, Balanced Security and Connectivity, Security Over Connectivity, Maximum Detection
5Know NAT order: Manual NAT (Section 1) -> Auto NAT (Section 2) -> Manual NAT after Auto (Section 3); know when to use Twice NAT for hairpin and overlapping subnets
6Be fluent with FTD CLI troubleshooting: packet-tracer, capture, capture-traffic, system support firewall-engine-debug, show asp drop, and show version (also confirms Snort 2 vs Snort 3)

Frequently Asked Questions

What is the Cisco 300-710 SNCF exam?

The 300-710 SNCF (Securing Networks with Cisco Firewalls v1.1, formerly Securing Networks with Cisco Firepower) is a 90-minute, ~60-question CCNP Security concentration exam delivered by Pearson VUE. It validates skills with Cisco Secure Firewall (FTD) and Cisco Secure Firewall Management Center (FMC) across deployment, configuration, management/troubleshooting, and integration. Passing earns the Cisco Certified Specialist - Network Security Firepower badge.

How much does the Cisco 300-710 SNCF exam cost?

The 300-710 SNCF exam costs $300 USD per attempt at Pearson VUE testing centers or via online proctoring. Cisco Learning Credits and partner promotions can sometimes lower the effective cost. Optional instructor-led SNCF training from Cisco Learning Partners typically runs $3,000-$4,500.

What is the passing score for SNCF 300-710?

Cisco does not publish an exact passing score for SNCF. Like most CCNP exams, the score is reported on a 300-1000 scale, with the cut commonly cited between 750 and 825 depending on the exam form. Cisco scales scores so candidates seeing harder forms still need the same level of competence to pass.

What topics does the SNCF 300-710 v1.1 exam cover?

The blueprint has four weighted domains: Deployment 30% (firewall and NGIPS modes, HA, clustering, on-prem and cloud FTD), Configuration 30% (FMC policies including access control, intrusion, malware/file, DNS, identity, decryption, prefilter; NAT; VPN; routing; Snort), Management and Troubleshooting 25% (FMC GUI and FTD CLI, packet capture/tracer, dashboards, reporting, FDM/CDO/cdFMC), and Integration 15% (Malware Defense, Secure Endpoint, TID, SecureX/XDR, pxGrid with ISE, Rapid Threat Containment, Security Analytics and Logging).

How long is the Cisco SNCF certification valid?

Passing 300-710 earns the Cisco Certified Specialist - Network Security Firepower designation and counts as a CCNP Security concentration exam. As part of the CCNP Security professional certification, the credential is valid for 3 years. Recertification is achieved via Cisco's Continuing Education program or by passing eligible exams before expiration.

How should I prepare for the SNCF 300-710 exam?

Combine Cisco's official SNCF course (or self-study with the official cert guide), hands-on lab time with FMC and FTD (physical, FTDv on KVM/ESXi, or in dCloud), the Snort 3 configuration guide, and timed practice questions. Focus extra time on clustering on FPR4100/9300, NAT manual sections, Snort 3 (default since 7.0), Decrypt-Resign vs Decrypt-Known-Key, and integrations with ISE pxGrid and Cisco XDR.

How is SNCF 300-710 different from the older SNCF v1.0 blueprint?

Cisco refreshed the blueprint to v1.1 (Securing Networks with Cisco Firewalls) to reflect rebranded products. The exam covers Cisco Secure Firewall (formerly Cisco Firepower), Secure Firewall Management Center (formerly FMC), Secure Firewall Threat Defense (FTD), cloud-delivered Firewall Management Center, Cisco Defense Orchestrator (CDO), Snort 3, Encrypted Visibility Engine, Rapid Threat Containment, and Cisco Security Analytics and Logging. The four-domain weighting (30/30/25/15) is preserved.