Unveiling the PS51602F, an advanced AI Power over Ethernet switch meticulously engineered by HoweVision to redefine the standards of reliable Ethernet transmission. Boasting 16 ports of 10/100/1000Base-TX and 2 Gigabit SFP AI PoE, this switch is a beacon of stability and quality design within the broadband network market.
Designed to cater to the evolving needs of modern networks, the PS51602F isn’t just a switch; it’s an innovation geared towards facilitating seamless Ethernet data exchange, convergence, and long-distance optical transmission. HoweVision’s commitment to excellence is evident in the switch’s ability to provide efficient bandwidth utilization and robust solutions for fiber optic networks, ensuring reliable connectivity for users across various applications.
Adaptable Connectivity Solutions:
Featuring 16 high-speed ports and 2 Gigabit SFP slots, the PS51602F caters to diverse networking demands, ensuring adaptability and scalability without compromising performance.
Reliability as Standard:
HoweVision’s commitment to unwavering reliability shines through in the PS51602F. It’s a testament to stable Ethernet transmission, promising consistent and high-quality connectivity without disruptions.
Empowering Network Evolution:
Beyond mere hardware, the PS51602F acts as a catalyst for transformation within Ethernet infrastructure. It’s aimed at efficient data exchange, network convergence, and extended optical transmission, surpassing evolving enterprise needs.
Efficient Bandwidth and Future-Ready Design:
Focused on efficient bandwidth usage and adaptability to evolving technologies, the PS51602F is future-proofed, ensuring seamless transitions in dynamic networking landscapes.
Robust Connectivity Solutions:
Prioritizing stable Ethernet transmission, efficient bandwidth utilization, and reliable fiber optic network solutions, the PS51602F emerges as a top-tier choice for enterprises seeking dependable connectivity in the competitive market.
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Key Feature:
Advanced Connectivity Solutions:
Featuring 16×10/100/1000Base-TX RJ45 ports and 2xGigabit SFP/ 16xPoE, the PS51602F offers diverse and high-speed connectivity solutions for modern networks.
Extended Power over Ethernet (PoE):
Ports 1-8 support a remarkable 250M transmission range through PoE Extend, ensuring connectivity in challenging environments.
Intelligent VLAN Configuration:
Effortlessly configure VLAN settings on Ports 1-14 with AI VLAN technology, fortifying network segmentation and security.
Smart PoE Functionality:
Ports 1-16 benefit from AI PoE, incorporating a PoE watchdog for autonomous system checks and uninterrupted operation.
Flexible Configuration Modes:
Auto-MDIX and full/half duplex self-negotiation modes streamline network configurations, ensuring device compatibility.
Versatile Fiber Connectivity:
Enjoy optimized network design flexibility with SC/FC/ST/LC interface fiber ports supporting single/dual fiber transmission.
Future-Ready and Giant Frames:
Supports 10K bytes, giant frames, and various extension protocols, ensuring adaptability to evolving networking standards.
Efficient Traffic Management:
An 8K MAC address table optimizes traffic flow, enhancing network performance and management.
Energy-Efficient Technology:
Aligning with IEEE802.3az energy-efficient Ethernet technology, the PS51602F promotes eco-friendly networking practices.
IPv6 Support for Modern Protocols:
It fully supports the IPv6 Protocol, embracing advancements in internet protocols for seamless integration.
Enhanced Surge Protection:
With electric 4KV surge protection, this switch ensures durability against power fluctuations and electrical hazards.
Comprehensive Status Indicators:
Easily monitor operational states at a glance with complete status indicators, simplifying troubleshooting and management.
Rack-Mount Design:
They are designed as a 1U rack-mount type, offering easy installation and space-efficient integration into networking setups.
This PS51602F switch provides a comprehensive suite of features, combining advanced connectivity, intelligent functionality, and robust design to meet the diverse demands of modern networks while adhering to industry-leading standards and technologies.
