Description

Grandstream GWN7806P High-Density Enterprise Layer 2+ Managed PoE+ Network Switch

The Grandstream GWN7806P represents the ultimate solution for large-scale enterprise network deployments requiring both high-density connectivity and comprehensive Power over Ethernet capabilities. This 48-port Layer 2+ managed switch combines the advanced networking features of the GWN7806 with an impressive 740W PoE+ power budget, enabling organizations in Dubai to deploy and power extensive arrays of network devices through a single, centrally managed infrastructure component.

Dubai’s modern business landscape increasingly demands network solutions that can support complex device ecosystems while minimizing infrastructure complexity and operational overhead. The Grandstream GWN7806P addresses these requirements by providing centralized power and data connectivity for up to 48 PoE-enabled devices, making it an ideal choice for large office buildings, educational campuses, hospitality venues, and industrial facilities throughout the emirate. The switch’s ability to deliver both data connectivity and power through standard Ethernet cables significantly reduces installation costs and complexity while providing greater flexibility in device placement and configuration.

The strategic advantages of high-density PoE+ switching become particularly apparent in Dubai’s premium commercial developments, where space efficiency and operational cost optimization are critical business considerations. The GWN7806P’s ability to power and connect multiple IP phones, wireless access points, security cameras, and IoT devices through a single network infrastructure eliminates the need for separate power distribution systems while providing centralized monitoring and control capabilities that enhance operational efficiency.

Comprehensive Power Management for Large-Scale Dubai Deployments

The Grandstream GWN7806P incorporates sophisticated power management technologies designed to optimize energy distribution across large numbers of connected PoE+ devices. With a total power budget of 740W and the capability to deliver up to 30W per port, the switch can simultaneously support high-power devices such as PTZ security cameras, high-performance wireless access points, and advanced IP telephony systems. This capability proves essential for organizations implementing comprehensive smart building solutions or advanced security systems across Dubai’s modern commercial developments.

The switch’s intelligent power allocation algorithms continuously monitor power consumption across all connected devices, automatically adjusting power delivery to ensure optimal efficiency while preventing overload conditions. This dynamic approach to power management enables organizations to maximize device density while maintaining system stability and reliability. The ability to prioritize power allocation based on device type or business criticality ensures that essential systems maintain power even during high-demand situations or power budget constraints.

Advanced power monitoring and reporting capabilities provide detailed insights into energy consumption patterns, device efficiency, and operational costs. Organizations can generate comprehensive reports that enable data-driven decisions about infrastructure optimization, capacity planning, and energy management strategies. This level of visibility proves particularly valuable for facilities management teams and sustainability initiatives that are increasingly important in Dubai’s environmentally conscious business environment.

The GWN7806P’s support for power scheduling enables organizations to implement automated power management policies that reduce energy consumption during non-business hours or low-activity periods. This capability aligns with Dubai’s sustainability goals while providing tangible cost savings for organizations seeking to optimize their operational expenses. The ability to remotely control power delivery to individual devices also enhances security by enabling administrators to disable compromised or unauthorized equipment.

Enhanced Network Security for High-Density Environments

Security considerations become increasingly complex in high-density network environments where large numbers of devices require connectivity and power. The Grandstream GWN7806P addresses these challenges through comprehensive security features that protect against both traditional network threats and PoE-specific vulnerabilities. The switch’s ability to control power delivery to individual ports provides an additional layer of security, enabling administrators to remotely disable compromised devices by cutting their power supply.

The integration of power management with network access control creates opportunities for sophisticated security policies that combine authentication, authorization, and power delivery. Organizations can implement policies that provide power only to authenticated devices, preventing unauthorized equipment from accessing network resources even if physical connectivity is established. This approach creates a more comprehensive security framework that addresses both logical and physical security concerns in high-density deployments.

Advanced threat detection capabilities help identify and mitigate security risks specific to PoE environments, such as power injection attacks or unauthorized device deployments. The GWN7806P’s monitoring systems can detect unusual power consumption patterns that might indicate security compromises or equipment malfunctions, enabling rapid response to potential threats. The correlation of power usage data with network traffic patterns provides security teams with additional insights that enhance overall threat detection capabilities.

Network segmentation through VLAN implementation becomes particularly important in high-density environments where multiple device types and user groups share network infrastructure. The GWN7806P’s advanced VLAN capabilities enable organizations to create isolated network environments for different applications, departments, or security zones while maintaining efficient power distribution. This approach limits the potential impact of security breaches while ensuring that critical systems receive appropriate network and power resources.

Streamlined Deployment for Abu Dhabi’s Enterprise Environments

The Grandstream GWN7806P’s high-density PoE+ capabilities significantly simplify large-scale network deployments in Abu Dhabi’s expanding business districts and commercial developments. The elimination of separate power infrastructure for network devices reduces installation time, complexity, and costs while providing greater flexibility in device placement and configuration. This advantage proves particularly significant in modern office environments and commercial buildings where extensive device deployments would otherwise require complex electrical infrastructure.

The switch’s automatic device detection and configuration capabilities enable rapid deployment of large numbers of PoE devices without requiring extensive manual configuration. When compatible devices are connected, the GWN7806P automatically detects their power requirements and configures appropriate power delivery parameters. This automation reduces deployment time and minimizes the potential for configuration errors that could impact system performance or reliability.

Centralized management capabilities through the switch’s web interface and GDMS cloud platform provide comprehensive control over all connected devices from a single management console. Network administrators can monitor power consumption, configure device settings, and troubleshoot issues across all 48 ports without requiring physical access to individual devices. This centralized approach proves particularly valuable for organizations with distributed facilities or devices installed in difficult-to-access locations.

The GWN7806P’s compatibility with Grandstream’s ecosystem of PoE-enabled devices enables organizations to implement comprehensive solutions that span multiple technology domains. Whether deploying IP telephony systems, wireless networks, or security systems, the switch provides the foundation for integrated solutions that can be managed through unified platforms and policies. This integration reduces operational complexity while ensuring consistent performance and security across all network components.

Advanced Traffic Management for High-Performance Applications

The demanding performance requirements of modern business applications require sophisticated traffic management capabilities that can ensure optimal performance across high-density network environments. The Grandstream GWN7806P incorporates advanced Quality of Service (QoS) features that enable administrators to prioritize network traffic based on application requirements, user groups, or business criticality. This capability proves essential for organizations that depend on real-time applications such as voice communications, video conferencing, or industrial control systems.

The switch’s support for multiple QoS mechanisms, including DSCP marking, IEEE 802.1p prioritization, and rate limiting, provides comprehensive tools for optimizing network performance. Organizations can implement sophisticated traffic policies that ensure critical applications receive appropriate bandwidth and latency characteristics while preventing less important traffic from impacting system performance. This level of control becomes particularly important in high-density environments where network resources must be carefully managed to maintain optimal performance.

Advanced buffer management and congestion control mechanisms help maintain consistent performance even during periods of high network utilization. The GWN7806P’s intelligent traffic handling capabilities can detect and respond to congestion conditions automatically, implementing appropriate traffic shaping and prioritization measures to maintain optimal performance for critical applications. This proactive approach to traffic management reduces the need for manual intervention while ensuring consistent user experience.

The switch’s support for multicast optimization enables efficient distribution of bandwidth-intensive content such as video streams, software updates, or multimedia presentations. This capability proves particularly valuable for organizations that use digital signage, video conferencing, or training systems that require distribution of content to multiple endpoints simultaneously. The GWN7806P’s ability to optimize multicast traffic distribution ensures that these applications can operate effectively without overwhelming network resources.

Specifications:

• Physical Ports: 48 x 10/100/1000 Mbps Gigabit Ethernet PoE+ ports, 6 x 10G SFP+ ports, 1 x Console port
• PoE+ Power: IEEE 802.3at/af compliant, up to 30W per port, 740W total power budget
• Switching Capacity: 216 Gbps
• Forwarding Rate: 160.7 Mpps
• MAC Address Table: 32K entries
• VLAN Support: 4K VLANs, IEEE 802.1Q VLAN tagging, Port-based VLAN, Voice VLAN
• Spanning Tree: IEEE 802.1D STP, IEEE 802.1w RSTP, IEEE 802.1s MSTP
• Link Aggregation: IEEE 802.3ad LACP, up to 14 groups
• QoS: 8 priority queues, DSCP, IEEE 802.1p, rate limiting, traffic shaping
• Security Features: Port security, IEEE 802.1X authentication, ACL, DHCP snooping, ARP inspection, DoS protection
• Routing: Static routing, RIP v1/v2, inter-VLAN routing
• Management: Web GUI, CLI, SNMP v1/v2c/v3, GDMS cloud management, SSH, Telnet
• Power Consumption: Maximum 820W (including PoE budget)
• Operating Temperature: 0°C to 50°C (32°F to 122°F)
• Dimensions: 440 x 285 x 44 mm
• Mounting: 19-inch rack-mount (1U)
• Warranty: 2 years manufacturer warranty