When building a reliable business network, choosing between Cisco's C1113-8P (enterprise-class) and C1111-4P (compact office) routers requires careful consideration of performance needs versus budget constraints. This comprehensive comparison examines seven critical aspects to help IT managers make the optimal selection.
Feature | C1113-8P | C1111-4P |
---|---|---|
Processor | Quad-core 2.4 GHz | Dual-core 1.6 GHz |
System Memory | 8 GB DDR4 | 4 GB DDR3 |
Storage | 64 GB eMMC | 16 GB Flash |
Switching Capacity | 40 Gbps | 10 Gbps |
Concurrent Sessions | 1 Million | 250,000 |
Power Consumption | 32W (typical) | 15W (typical) |
Hardware Encryption | Yes (dedicated chip) | Software-based |
The C1113-8P's superior hardware delivers 3-4x better performance metrics across the board, making it ideal for demanding network environments.
C1113-8P Advantages:
Eight Gigabit Ethernet ports (vs four)
SFP fiber uplink slot (missing in C1111-4P)
Support for 10Gbps modules
Backplane switching at wire speed
C1111-4P Limitations:
Basic 4-port switching
No fiber connectivity options
Shared bus architecture
Both models include:
Basic QoS and traffic shaping
IPsec VPN functionality
Cisco DNA-ready architecture
C1113-8P Exclusives:
Application Visibility and Control (AVC)
Flexible NetFlow v9
Cisco TrustSec compatibility
NBAR2 deep packet inspection
Chassis Construction:
C1113-8P:
Rack-mountable 1RU form factor
Redundant power supply option
Front-to-back airflow
C1111-4P:
Desktop form factor
Single power input
Passive cooling only
Operational Considerations:
Noise levels: C1113-8P has audible fans
Installation: C1111-4P wins for small offices
Expandability: C1113-8P offers service module slot
Administration:
Both use Cisco IOS-XE
Identical web interface
Similar CLI structure
Performance in Production:
C1113-8P Handles:
100+ concurrent users easily
Multiple 4K video streams
Complex firewall rules without slowdown
C1111-4P Best For:
15-20 typical office users
Basic firewall protection
Single-site VPN connectivity
Real-World Testing Notes:
C1113-8P maintains <1ms latency under load
C1111-4P experiences 5-8ms latency spikes during backups
Purchase Price:
C1111-4P: 900−1,200
C1113-8P: 2,800−3,500
Operational Costs:
Power difference: ~$20/year
C1113-8P requires rack space
C1111-4P fits in telecom closets
Five-Year TCO Considerations:
C1113-8P offers better scalability
C1111-4P may require earlier replacement
Support contracts differ by model class
Energy Consumption:
Idle state:
C1111-4P: 8W
C1113-8P: 18W
Maximum load:
C1111-4P: 15W
C1113-8P: 42W
PoE Capabilities:
Neither model provides PoE
Both support external injectors
Power budgeting easier on C1113-8P
Third-Party Ecosystem:
Both support:
Standard SNMP monitoring
Syslog reporting
REST API access
Unique C1113-8P Advantages:
Cisco SD-Access ready
Cisco Umbrella integration
ACI fabric extenders
Software Defined Networking:
C1113-8P supports full SD-WAN
C1111-4P limited to basic SD-WAN
Both work with vManage
Current IOS-XE Features:
C1113-8P gets premium features first
C1111-4P receives stable releases
Security Updates:
Both receive 5+ years of patches
C1113-8P gets additional vulnerability fixes
Future-Proofing:
C1113-8P will support newer protocols longer
C1111-4P may miss some advanced features
Choose C1111-4P When:
Operating small branch offices
Budget under $1,500 required
Basic routing needs only
No plans for significant growth
Choose C1113-8P When:
Supporting enterprise applications
Future expansion anticipated
Advanced security needed
Can justify 3x price premium
Critical Decision Factors:
User count growth projections
Application performance requirements
Security compliance needs
Available IT budget
For most growing businesses, the C1113-8P's superior capabilities justify its higher cost when considering 5-year operational horizons. However, truly small offices with stable needs may find the C1111-4P adequately meets requirements at a fraction of the price.
Pro Tip: Consider running Cisco's Network Planning Tool to simulate your specific traffic patterns before deciding. The performance delta between these models becomes most apparent under heavy load conditions.