Huawei Xingmai PEN Solution
Bandwidth Assurance | Energy Saving | Smart Architecture | Top-Notch Security
Productos, soluciones and servicios para los negocios
Bandwidth Assurance | Energy Saving | Smart Architecture | Top-Notch Security
What Is Xingmai PEN Solution?
For room-intensive scenarios, such as education and healthcare, Huawei launches an all-new high-quality simplified network solution, which adopts both active and passive technologies. Among them, the Passive Ethernet Network (PEN) technology integrates the advantages of Ethernet protocols and passive optical architecture. This helps to build an ultra-broadband, intent-driven, secure, and green campus network. PEN combines the advantages of Ethernet protocols and the simplified structure using optical fibers, leading the new generation of all-optical campus networks. Therefore, it is the best choice for customers to build high-quality all-optical campus networks.
Why Xingmai PEN Solution?
• Exclusive fiber to the room (10GE)
• 160GE core, 2 x bandwidth that of industry average
• One device for expansion to 96 x 10GE optical ports
• Symmetric uplink and downlink transmission, technical evolution to 800GE
• All-Ethernet architecture, saving protocol conversion
• Plug-and-play and management-free remote units
• Network digital map for network-wide visualization and optimization
• Terminal identification, unauthorized access prevention, and anti-spoofing
• Stacking/M-LAG, preventing fault spreading
• Fault detection and locating in seconds for optical modules
• No ELV room required, saving cabling
• Specially-designed heat dissipation technology, power consumption of a single port ＜ 1 W
• Tidal traffic prediction algorithm, saving energy by 30%
Flagship Products
PEN Central Switch
CloudEngine S6730-H6FX4Y2CZ-V2• 6 x Huawei-developed 160GE central optical modules, enabling the access for 96 x 10GE access devices
• Redundancy configuration of power and fan modules (4 with intelligent fan speed adjustment supported), ensuring efficiency and saving energy
• 1 x card expansion slot for on-demand port expansion
PEN Remote Unit
CloudEngine S5751-L-RU• 2 x uplink optical ports (GE/2.5GE/10GE) + 2 x 2.5GE downlink electrical ports
• Management-free and plug-and-play, reducing access device management workload by over 80%
• Power adapter, Phoenix connector, or hybrid cable for power supply with secondary PoE+ supported
• Fanless natural heat dissipation with zero noise; ultra-low power consumption, which is 40% lower than the industry average, saving energy
PEN Access Switch
Full Series of CloudEngine S57XX Switches• 24/48 x GE/2.5GE/10GE/multi-GE downlink optical or electrical ports
• Redundancy configuration of power and fan modules, ensuring high reliability
• VXLAN-based network virtualization and multi-service converged bearing
• Intelligent O&M, network-wide visualization, and fault locating within 5 minutes
PEN Passive Aggregation Module
PEN Passive Aggregation Module• No power supply required with zero fire hazard; no ELV room required, facilitating flexible installation
• Smaller footprint and high port density (2 x industry average)
• Two channels of 2:8 passive optical splitting and uplink backup
• Downlink random mix of different remote optical modules in a group and 2/10 km long-distance transmission
Application Scenarios
Smart Classroom
Smart Healthcare
Smart Classroom
• Ultra-high-speed: exclusive fiber to the classroom (10GE), ensuring smooth 4K/VR multimedia teaching
• Passive: no ELV room required, saving equipment room resources and eliminating fire hazard
• Easy-to-maintain: network-wide visualization and optimization, achieving fault locating within 5 minutes
Smart Healthcare
• Ultra-high-speed: 10GE to the consultation room, enabling medical image reading in seconds; microsecond-level transmission latency, 20 times better than traditional all-optical networks
• Simplified: easy passive network deployment, eliminating the need for ELV reconstruction; plug-and-play RUs, shortening construction period
• Reliable: highly reliable stacking/M-LAG, ensuring service continuity; network-wide visualization, achieving fault locating within 5 minutes