IP addresses and port numbers might seem like cryptic combinations of digits at first glance but they’re essential components of modern network communications. The specific address 172.16.252.214 with port 4300 represents a unique endpoint in a private network infrastructure.
This private IP address belongs to the Class B range specifically designed for internal network use. When paired with port 4300 it creates a specific connection point that network administrators use to manage data flow and service accessibility. Understanding these network coordinates helps IT professionals troubleshoot connectivity issues and maintain secure network environments.
172.16.252.214;4300
The IP address 172.16.252.214;4300 operates within a private network space designed for internal organizational use. This address follows specific allocation rules that determine its classification and network properties.
Private IP Range Classification
The IP address 172.16.252.214;4300 belongs to the Class B private IP range spanning from 172.16.0.0 to 172.16.252.214;4300. Private IP addresses in this range enable organizations to create internal networks without consuming public IP addresses. The first two octets (172.16) identify the network class while the remaining octets (.252.214) designate the specific host within that private network space. Organizations use this address range to accommodate up to 65,534 devices on a single network.
Network Location and Subnet
IP address 172.16.252.214 exists within a specific subnet that defines its network segment parameters. The third octet (252) indicates the subnet assignment within the broader 172.16.0.0 network. Network administrators configure subnet masks to control network segmentation based on organizational requirements. The fourth octet (214) represents the unique device identifier on this subnet. This addressing structure supports efficient routing protocols between different network segments while maintaining isolated internal communication channels.
| Component | Value | Description |
|---|---|---|
| Network Class | B | Private address range |
| Network ID | 172.16.0.0 | Base network address |
| Host Range | 0-65534 | Available device addresses |
| Subnet Value | 252 | Network segment identifier |
| Host ID | 214 | Device identifier |
Port 4300 Specifications
Port 4300 operates as a TCP/UDP port utilized in network communications for specific application services. This port functions as a communication endpoint that facilitates data exchange between networked devices.
Common Uses and Services
Port 4300 serves multiple network applications including real-time monitoring systems digital signage platforms monitoring services. Organizations implement this port for:
- Digital display management protocols in enterprise environments
- Remote monitoring system communications
- Custom application services in private networks
- Data collection agent communications
- Network performance monitoring tools
The port accommodates bidirectional traffic enabling both client requests server responses. Network administrators configure this port specifically for applications requiring dedicated communication channels within controlled network environments.
Security Considerations
Port 4300 requires specific security measures to maintain network integrity:
- Implementation of strict firewall rules to control access
- Regular port scanning to detect unauthorized services
- Authentication protocols for all connected devices
- Monitoring of traffic patterns for anomaly detection
- Encryption of data transmitted through the port
Network administrators protect port 4300 through access control lists rate limiting connection monitoring. Organizations utilize intrusion detection systems to identify potential security breaches unauthorized access attempts. The port remains closed by default on most systems requiring explicit configuration for activation.
Network Configuration Settings
The IP address 172.16.252.214 and port 4300 require specific network configuration settings to ensure optimal performance and security. These settings establish communication parameters and control access within the private network infrastructure.
Access Control Guidelines
Access control for 172.16.252.214:4300 implements multi-layered security protocols to regulate network traffic. The configuration includes:
- IP-based filtering restricts connections to authorized source addresses
- MAC address authentication verifies device legitimacy
- VLAN segmentation isolates traffic for enhanced security
- Role-based access control (RBAC) assigns specific permissions to user groups
- Network access control (NAC) policies enforce endpoint security compliance
- Stateful packet inspection monitors connection states
- Time-based access rules limit connection windows to business hours
Connection Parameters
The connection parameters for 172.16.252.214:4300 define the technical specifications for network communication:
| Parameter | Value |
|---|---|
| MTU Size | 1500 bytes |
| TCP Window Size | 64KB |
| Keep-alive Interval | 60 seconds |
| Connection Timeout | 300 seconds |
| Buffer Size | 8192 bytes |
- TCP/IP protocol stack optimization
- Quality of Service (QoS) prioritization
- Bandwidth allocation controls
- Load balancing distribution rules
- Failover redundancy settings
Troubleshooting Common Issues
Network connectivity problems with 172.16.252.214:4300 manifest in several identifiable patterns:
- Connection Timeout Errors
- Verify firewall rules allow traffic on port 4300
- Confirm network interface configuration matches subnet mask
- Check physical network connectivity status
- Monitor TCP handshake completion rates
- Port Accessibility Issues
- Test port availability using telnet or netcat
- Examine service binding status on port 4300
- Review system logs for port conflicts
- Validate port forwarding configurations
- Performance Degradation
- Monitor network latency between endpoints
- Analyze packet loss statistics
- Track bandwidth utilization rates
- Measure response times across network segments
- Authentication Failures
- Validate access control list entries
- Check VLAN tagging configurations
- Verify user credentials match policy requirements
- Review authentication logs for error patterns
- Protocol Mismatches
- Confirm TCP/UDP protocol selection
- Examine application layer compatibility
- Test protocol handshake sequences
- Verify protocol version consistency
| Diagnostic Tool | Primary Function | Success Metric |
|---|---|---|
| Ping | Connectivity Testing | <2ms Response Time |
| Traceroute | Path Analysis | Complete Route Map |
| Netstat | Port Status | Active Connection |
| Wireshark | Packet Analysis | Clean Data Flow |
These diagnostic approaches identify root causes through systematic network analysis. Each troubleshooting step targets specific components of the connection chain between client systems and the 172.16.252.214:4300 endpoint.
Best Practices for Implementation
Network administrators implement these essential practices to optimize 172.16.252.214:4300 configurations:
- Access Control Configuration
- Configure strict IP-based filtering rules
- Enable MAC address authentication
- Implement VLAN segmentation
- Set up role-based access parameters
- Security Measures
- Deploy intrusion detection systems at network edges
- Monitor traffic patterns for anomalies
- Establish automated logging mechanisms
- Create backup failover systems
- Performance Optimization
- Set MTU size to 1500 bytes
- Configure TCP window size at 64KB
- Adjust keep-alive intervals to 60 seconds
- Maintain buffer sizes at 8MB
- Network Monitoring
- Install automated monitoring tools
- Set up alert thresholds
- Configure performance baselines
- Enable real-time traffic analysis
- Documentation Requirements
- Record all configuration changes
- Maintain updated network diagrams
- Document security policies
- Log access control modifications
| Parameter | Recommended Value |
|---|---|
| MTU Size | 1500 bytes |
| TCP Window | 64KB |
| Keep-alive | 60 seconds |
| Buffer Size | 8MB |
| Max Connections | 1000 |
These configuration values optimize network performance while maintaining security standards. Organizations customize these parameters based on specific network requirements.
Unique Endpoint That Requires Careful Configuration
Understanding the private IP address 172.16.252.214 and port 4300 is essential for effective network management and security. The combination creates a unique endpoint that requires careful configuration and monitoring to maintain optimal performance.
Network administrators must implement robust security measures while ensuring seamless connectivity through this address-port pair. With proper configuration settings and regular maintenance organizations can leverage this private network resource effectively.
By following recommended practices and utilizing appropriate diagnostic tools administrators can quickly resolve issues and maintain a secure reliable network environment that meets their organization’s needs.
