14-Slot Fiber Media Converter Rack Chassis
Product Overview
- OLYCOM 19'' 2U media converter rack OM1914 is designed to concentrate 14pcs standalone media converters.
- The play-and-plug design provides great convenience in installation.
- Supports mixed installation of 100Mbps and 1000Mbps media converters.
Key Features
- Hot plug-and-play
- Dual power supply
- Can be used in AC 220V or DC-48V
- Mixed installation of 100M and 1000M standalone media converters
- Maximum convenience for centralized control
- Easy installation into cabinet with 19”2U size.
Specification
| Slots |
14 slots |
|
Compatibility
|
TA200 series, TA300, and TA500 standalone series
supports mixed installation
|
| MTBF |
50,000 hours |
| Operating Voltage |
Dual power supply, 220V/-48V |
| Operating Temperature |
-10℃～+75℃ |
| Storage Temperature |
-45℃～+85℃ |
| Humidity |
5%~90% non-condensing |
| Dimension |
485mm(L)×238mm(W)×90mm(H) |
| Weight |
5 kg/piece (Net Weight), 6.28 kg/piece (Gross Weight) |
Application
- Building and campus network system
- Cyber Bar Systems
- Intelligent Community Networks
- Where centralized management is needed
Ordering Details
| OM1914-220V |
19’’ 2U rack, 14 slots, dual power supply, 220VAC+220VAC |
| OM1914-48V |
19’’ 2U rack, 14 slots, dual power supply, -48VDC+-48VDC |
| OM1914-220V/48V |
19’’ 2U rack, 14 slots, dual power supply, 220VAC+ -48VDC |
QC Framework
1. Quality Standards and Compliance
To ensure long-term stability and reliable operation in industrial networking environments, all industrial Ethernet switch products are developed and manufactured under a strict quality management framework.
Our production and testing processes comply with internationally recognized standards including ISO9001 quality management systems, CE, RoHS, UL safety requirements, IEEE 802.3 Ethernet standards, and IEC 61000 electromagnetic compatibility regulations.
In addition to standard compliance, products are validated according to application-oriented requirements commonly found in industrial automation, transportation, energy, surveillance, and SCADA communication systems. Special attention is given to transmission stability, EMC performance, temperature tolerance, and real-time network reliability under harsh industrial conditions.
The overall QC framework is designed not only to ensure product consistency during manufacturing, but also to guarantee stable field deployment performance in demanding industrial environments.
2. Quality Control Process
A comprehensive multi-stage inspection and verification process is implemented throughout the entire manufacturing cycle.
2.1 Incoming Material Inspection
All incoming components and materials are verified before entering production. This includes PCB boards, switching chips, industrial-grade capacitors, Ethernet ports, power modules, optical transceivers, and metal housings.
Each component batch is checked against technical specifications and supplier quality standards to ensure compatibility, reliability, and traceability.
2.2 Production Quality Control
During assembly, Automated Optical Inspection (AOI) systems are used to detect soldering defects, component misalignment, PCB contamination, and connector positioning issues.
Additional in-line inspections are performed to verify:
* PCB assembly quality
* Power circuit integrity
* Port alignment accuracy
* Mechanical structure consistency
* Thermal interface installation
This stage minimizes manufacturing defects before products enter functional testing.
2.3 Functional Verification
Each industrial Ethernet switch undergoes full functional validation before shipment.
Testing procedures include:
* Layer 2 and Layer 3 switching verification
* VLAN configuration and forwarding tests
* Ring protocol and redundancy validation
* PoE / PoE+ / PoE++ power delivery testing
* Fiber uplink communication checks
* Broadcast storm control verification
* Throughput and packet forwarding performance tests
* MAC address table learning and aging tests
Traffic generators and protocol analyzers are used to simulate real industrial network traffic loads and switching behavior.
2.4 Reliability and Environmental Testing
To ensure long-term operation in harsh industrial environments, products are subjected to extensive reliability testing.
Environmental verification may include:
* High and low temperature operation tests (-40°C to 75°C)
* Thermal cycling
* Humidity resistance testing
* Surge and ESD protection validation
* Shock and vibration simulation
* Continuous burn-in operation
These tests help verify network stability, hardware durability, and thermal performance under real-world deployment conditions.
2.5 Final Inspection
Before packaging, every unit receives a final visual and functional inspection.
This includes:
* Housing appearance check
* Label and marking verification
* LED status confirmation
* Port integrity inspection
* Firmware version validation
* Full functional retest after burn-in
Only products that pass all inspection stages are approved for shipment.
3. Test Equipment and Verification Tools
Professional testing instruments are utilized throughout the QC process to ensure accurate validation and repeatable results.
Key testing equipment includes:
* Network Traffic Generators for bandwidth and forwarding simulation
* Protocol Analyzers for Layer 2/3 communication verification
* PoE Load Test Platforms for power output validation
* Environmental Chambers for temperature and humidity simulation
* Oscilloscopes and Power Analyzers for electrical performance analysis
* EMC and Surge Test Equipment for industrial protection validation
The use of automated and standardized test platforms improves consistency and reduces human error during production testing.
4. Traceability and Quality Management System
A complete traceability system is implemented for all manufactured units.
Each product is associated with:
* Production batch records
* Component sourcing information
* Test data history
* Firmware version records
* Inspection reports
* Compliance certifications
This traceability mechanism enables rapid quality analysis, efficient after-sales support, and continuous process optimization.
The QC management system also supports long-term lifecycle management for industrial deployments where stability and maintenance visibility are critical.
5. Continuous Improvement and Reliability Optimization
Quality control is treated as an ongoing improvement process rather than a single inspection stage.
Field feedback, deployment data, and customer application experience are continuously collected and analyzed to improve product reliability and manufacturing consistency.
Continuous improvement activities include:
* Root cause analysis of field-returned units
* Thermal optimization and component reliability enhancement
* Production process refinement
* Supplier quality audits
* Firmware stability improvements
* Design optimization based on industrial application scenarios
Through continuous monitoring and optimization, the overall robustness, durability, and long-term operational stability of industrial Ethernet switch products can be consistently improved.
Our objective is to provide industrial networking solutions that maintain stable communication performance in mission-critical environments while meeting the long lifecycle expectations of industrial infrastructure projects.
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