OTN DWDM 5U Chassis 20 Service Slots For 100G 200G 400G Transmission Dual Power Input

5U Rack Transmission Platform For OM3800 Series Service Cards

Product Parameters

Product Description

• The OM3800-5U is designed with a standard 19-inch 5U rack-mounted, card-insertion structure.
• The single chassis provides 20 functional module slots, 2 power slots, and 1 fan slot.
• It adopts a front-panel fiber outlet design, placing all optical interfaces and network management interfaces on the front side.
• The airflow design adopts a right-to-left ventilation pattern, with an air inlet on the right side of the chassis.
• Cold air is drawn into the chassis by the cooling fan unit, and then expelled from the left side of the chassis.

1. SLOT1 is for inserting the NMS (Network Management System) control card, while SLOT2 to 19 can accommodate various types of business cards.

2. FAN Slot: Used for chassis cooling. The PWR indicator being on indicates normal power supply to the fan slot. If the ALM light is red, it signifies a fan malfunction. Normally, the ALM light should be off.

3. Indicator Lights:

- PWR: On - Normal power supply; Off - No power supply or abnormal.

- ALM: On - Fan malfunction or high-temperature alarm; Off - Normal.

1. The power supply (PIU) slot is located at the back of the device, supporting both alternating current (AC - APU) and direct current (DC - DPU) options. The power configuration is 1+1 hot backup, providing redundancy.

2. Indicator Lights:

- PWR-DC, PWR-AC: On - Normal power supply; Off - No power supply or abnormal.

Product Features

• Standard 19-inch, 5U height;
• High integration: Single rack supports 19 general-purpose business slots, 1 network management slot;
• Unified platform: Supports various business card mix-ins, unified network management;
• High reliability: Power supply supports both AC and DC simultaneously, with support for 1+1 power supply protection;
• Excellent heat dissipation performance: Designed with 6 high-performance, high-speed fans to ensure effective heat dissipation.

Application

• Telecom
• Data center
• 5G Network
• Long Haul Network

Olycom DWDM transmission solution

• DWDM chain network case
• DWDM Ring network case
• DWDM+OLP optical line protection Case
• DWDM ultra long distance solution
• DWDM peer-to-peer case
• DWDM single fiber bidirectional networking case

About OLYCOM

Company Overview

Founded in 2003, OLYCOM is a global provider of fiber optic and networking solutions, serving customers in 120+ countries. With ISO9001-certified manufacturing and strong R&D capabilities, the company delivers reliable, cost-effective connectivity solutions for modern networks.

Core Products

Industrial Ethernet switches, DWDM systems, PoE switches, media converters, and SFP modules (1G–400G), covering enterprise, telecom, and industrial applications.

Key Features

Rugged industrial design, wide power input, advanced L2 features (VLAN, QoS, ERPS), high-capacity DWDM transmission (up to 96 channels), and full PoE standards support.

Global Reach

Strong partnerships with distributors, system integrators, and enterprises across North America, Europe, Southeast Asia, and the Middle East.

Why OLYCOM

Continuous R&D investment, strict quality control (CE, FCC, RoHS), flexible OEM/ODM services, and balanced cost-performance solutions.

Applications

Telecom, surveillance, data centers, industrial automation, and smart city infrastructure.

Vision & Mission

To deliver reliable, scalable, and efficient networking solutions that support global digital connectivity.

QC Framework (Telecom Equipment)

1. Standards: Comply with ISO9001, CE, FCC, RoHS, IEEE, ITU-T; align with customer specs and performance benchmarks.

2. Process: IQC → production control → functional testing → environmental testing → burn-in → final inspection.

3. Key Tests: Throughput, VLAN/QoS, PoE, wavelength accuracy, OSNR, power stability, durability (-40~75°C).

4. Tools: OSA, traffic generator, protocol analyzer, environmental chambers.

5. Management: Full traceability, QC records, continuous improvement via RCA and feedback.