Huawei MA5608T Chassis – Branded OLT Frame with New 2× MCUD GE Main Control Boards | Dual Control, High-Availability FTTH Solution
Product Overview
The Huawei MA5608T Chassis with New 2× MCUD GE Main Control Boards is a high-reliability, compact GPON Optical Line Terminal (OLT) designed to meet the demands of modern fiber access networks. With dual MCUD GE control boards installed, the system ensures controller-level redundancy, offering failover protection, load balancing, and continuous service delivery.
This 1U rack-mountable chassis supports two service slots for flexible GPON, Combo PON, or XG-PON deployment, making it ideal for ISPs, FTTH providers, and enterprise-level broadband projects seeking stability, scalability, and low operational cost.
Huawei MA5608T Chassis Board Key Components
| Component | Details |
|---|---|
| Chassis Model | Huawei MA5608T (Standard 1U Rack-Mount, Branded) |
| Control Boards | 2 × MCUD GE Main Control Boards (GE Combo Uplink, Dual Redundancy) |
| Service Slots | 2 × Slots (For GPON/Combo PON/XG-PON Boards) |
| Power Slots | 2 × DC Power Inputs (Modules sold separately) |
| Chassis Condition | Brand New, Huawei Original, Factory-Sealed |
MCUD GE Main Control Board Features
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✅ 2 × GE Combo Uplink Ports per Board (RJ45 or SFP)
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✅ Dual MCUD Support for Active/Standby or Load Sharing
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✅ L2/L3 Functions: VLAN, STP, IGMP Snooping, QoS, DHCP, PPPoE
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✅ Hot-Swappable for Zero-Downtime Maintenance
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✅ Fully Supports GPON, Combo PON, and ONU Management
Huawei MA5608T Chassis Board Specifications
| Specification | Details |
|---|---|
| Dimensions (W×D×H) | 442mm × 220mm × 43.6mm (1U Rackmount) |
| Switching Capacity | Up to 480 Gbps |
| Forwarding Performance | Up to 192 Mpps |
| Control Slots | 1 (Populated with 2 × MCUD for redundancy) |
| Service Slots | 2 (Supports 8/16/32 Port GPON / Combo PON Boards) |
| Uplink Interfaces | 4 × GE Combo Ports (2 per MCUD Board) |
| Power Input | Dual DC -48V (Redundant Module Supported) |
| Operating Temperature | -40°C to +65°C |
| Weight (Approx.) | 5–6 kg (with both MCUD Boards Installed) |
| Certifications | CE, RoHS, ISO9001, ITU-T G.984/G.988 Compliant |
Use Case Applications
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🌐 FTTH/FTTB Last-Mile Connectivity
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🏢 Campus or Multi-Dwelling Unit Fiber Access
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📶 Redundant OLT Access for Carrier-Grade Networks
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📡 Triple-Play Service Delivery – VoIP, IPTV, Internet
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🛡️ High-Availability Enterprise & Government Fiber Networks
Customization & Compatibility
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🔧 Service Board Options: 8-port, 16-port, or 32-port GPON or Combo PON
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🔧 Compatible ONUs: Huawei EG8145V5, HG8546M, HG8010H, etc.
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🔧 Power Modules, Splitters, and Patch Cords Available
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🔧 Fully Integrates with Huawei SmartAX Platform & NMS
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🔧 Supports Local or Remote Management & Web GUI
📦 Tech Specs – OLT Chassis Configuration (H801MCUD x2 | AC Power | No GPON)
⚙️ Configuration
| Component | Specification |
|---|---|
| Main Control Board | H801MCUD: 2 |
| Upstream Ports | GE SFP: 8 |
| GPON Ports | 0 |
| Service Slots Remaining | 2 |
| Power Supply Mode | AC power supply: -100 V / -240 V |
📐 Device Specifications
| Attribute | Details |
|---|---|
| Dimensions (W × D × H) | 482.6mm × 244.5mm × 88.1mm (IEC cabinet compatible) |
| Weight (Empty Chassis) | 7.5 kg |
Wholesale & Deployment Support
Perfect for telecom wholesalers, system integrators, and FTTH contractors:
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📦 Bulk Pricing for Project Deployments
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📦 OEM Branding & Custom Labeling Available
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📦 Certification Docs: CE, RoHS, COO, Test Reports
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📦 Kit Bundles Available with ONUs, ODFs, Adapters, and Fiber Tools
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📦 Fast Delivery & Technical Setup Support on Request
Why Choose Huawei MA5608T Chassis Board?
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✔️ Dual Main Control Boards for High Availability
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✔️ 4 × GE Combo Uplink Ports for Aggregated Backhaul
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✔️ Compact 1U Size – Space-Saving for Data Centers & Cabinets
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✔️ Carrier-Class Build Quality with Huawei Reliability
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✔️ Flexible Service Board Support & Easy Future Expansion
Order Now
Enhance your fiber network with the Huawei MA5608T Chassis with 2× MCUD GE Control Boards – a redundant, scalable, and compact OLT solution built for high-performance and resilient broadband networks.
