CE Certified Gigabit Fiber Optic Media Converter
Product Overview
- Olycom TA330-GE series Gigabit Ethernet SFP fiber media converters bridge the gap between copper and fiber infrastructures.
- The SFP fiber media converters are designed for maximum convenience for fiber to copper Ethernet conversion applications
- hot-plug-and-play SFPs for different transmission rates, working distances, and fiber network types
Bullet Points
- High flexibility with hot plug-and-play SFP
- 1600 byte super data packet transmission
- Full duplex-flow control, Half duplex-back pressure
- Full- positioned LEDs to indicate power and network status
- Available for 14 slots media converter chassis
Specification
| Standard |
IEEE802.3 (10BASE-T), IEEE802.3u 100BASE-TX/FX (Fast-Ethernet)
IEE802.3z 1000BASE- -SX/LX(Gigabit-Ethernet)
IEEE802.3x (Flow Control), IEEE802.1q, IEEE802.1p QoS
IEEE802.1d Spanning Tree
|
| 10/100/1000BASE-T |
STP or UTP Category 5/5e/6 cable (Max. 100m) |
| SFP |
SX, LX, EX, ZX, EZX, and Bi-Di optical transceivers are available |
|
Conversion Mode
Delay Time
|
Store-and-Forward<10us
Straight-through<0.9us
|
| Flow control |
Full duplex-flow control, Half duplex-back pressure |
| RJ-45 Port |
Auto-MDI/MDIX |
| Fiber Connector |
LC (duplex), LC/SC(simplex) |
| Wavelength |
850/1310/1550nm |
| Dimensions |
70mm(W) x 93mm(D) x 25mm(H) |
| Weight |
Net weight: 0.16kg
Gross weight: 0.42kg
|
| Input Voltage |
DC 5V1A with External power adapter |
| Power Consumption |
<2.5W |
| MTBF |
50,000 hours |
| BER |
<1/1000000000 |
| MAC Address Table |
1K |
| Buffer Size |
128K |
| Operating Temperature |
0℃~50℃ |
| Storage Temperature |
-40℃~70℃ |
| Storage Humidity |
5%~90% non-condescending |
Ordering Options
| TA330-GE/XX-XX |
10/100/1000M, Standalone, fiber media converter, with SFP slot, but without SFP, external power supply |
| TA330-GE/LC-SX |
10/100/1000M, Standalone, fiber media converter, with SFP, multi-mode, LC, 0.5km, external power supply |
| TA330-GE/LC-20 |
10/100/1000M, Standalone, fiber media converter, with SFP, single mode, LC, 20km, external power supply |
| TA330-GE/LC-40 |
10/100/1000M, Standalone, fiber media converter, with SFP, single mode, LC, 40km, external power supply |
| TA330-GE/LC-60 |
10/100/1000M, Standalone, fiber media converter, with SFP, single mode, LC 60km, external power supply |
| TA330-GE/LC-80 |
10/100/1000M, Standalone, fiber media converter, with SFP, single mode, LC, 80km, external power supply |
| TA330-GE/LC-100 |
10/100/1000M, Standalone, fiber media converter, with SFP, single mode, LC, 100km, external power supply |
| TA330-GE/LC-120 |
10/100/1000M, Standalone, fiber media converter, with SFP, single mode, LC, 120km, external power supply |
Above listed are most frequently ordered items. Please contact us for other configurations
OEM/ODM
- OEM and ODM service are optional.
- We are fully connected with our customers, even if just for a single purchase.
- The Customer information will be highly confidential, and relevant cooperation information will not be leaked to a third party without the customer’s permission.
- It starts from the promise of professional products and services, but our work goes far beyond. It is not only fiber optic connection, but also human connection.
The customization mainly covers industrial manufacturing and product features.
Industrial manufacturing
- Add customer’s logo/model name on the device/packing box
- Use customer’s product enclosure or materials
- Change the PVC mask
Quality Control Framework
Ensuring long-term reliability and stable network performance requires a comprehensive quality management framework that extends beyond conventional product testing. At OLYCOM, quality control is integrated throughout the entire manufacturing process for industrial Ethernet switches and DWDM optical transmission equipment, enabling consistent performance in mission-critical communication networks.
1 Quality Standards and Compliance
The quality management system is built upon internationally recognized standards and industry best practices. Manufacturing and testing procedures comply with ISO 9001 quality management requirements as well as applicable CE, FCC, RoHS, IEEE, and ITU-T specifications.
In addition to regulatory compliance, customer-specific technical requirements are incorporated into the quality process. Performance benchmarks are established for key indicators such as network throughput, transmission latency, power efficiency, environmental durability, and operational stability. These measurable criteria provide a consistent basis for product verification and acceptance.
2 Comprehensive Quality Control Process
Quality assurance begins with incoming material inspection. Critical components including optical transceivers, printed circuit boards, industrial-grade power supplies, integrated circuits, heat dissipation assemblies, and metal enclosures are carefully inspected before entering production. Material verification helps ensure component consistency and reduces the risk of manufacturing defects.
During production, multiple control points are implemented to maintain assembly quality and process stability. Automated Optical Inspection (AOI) systems are utilized to detect soldering defects, component placement deviations, and PCB assembly issues. Additional inspections verify optical alignment accuracy, connector integrity, Ethernet port functionality, and PoE power delivery performance where applicable.
Every product is subjected to detailed functional testing before progressing to the next stage.
For industrial Ethernet switches, testing includes:
* Data throughput verification under various traffic conditions
* VLAN and QoS functionality validation
* PoE output performance and protection mechanism testing
* Port communication and switching performance assessment
* Network management and protocol compatibility verification
For DWDM systems, testing focuses on critical optical transmission parameters, including:
* Wavelength accuracy and channel spacing verification
* Optical Signal-to-Noise Ratio (OSNR) measurement
* Optical power level validation
* Insertion loss and transmission performance evaluation
* Multi-channel optical signal stability testing
3 Reliability and Environmental Validation
Industrial networking and optical transmission equipment often operate in challenging environments. To verify long-term field reliability, products undergo extensive environmental testing procedures.
Testing may include:
* Wide-temperature operation from -40°C to +75°C
* High-humidity exposure testing
* Mechanical vibration and shock simulation
* Continuous operational stress testing
* Transportation and handling condition simulation
These evaluations help ensure products maintain stable operation under demanding industrial, transportation, utility, and telecommunications deployment conditions.
4 Burn-In and Stability Testing
To further improve product reliability, equipment undergoes extended burn-in testing under controlled load conditions. Systems operate continuously while key parameters such as packet forwarding performance, optical transmission quality, power consumption, and thermal behavior are monitored.
This process helps identify potential early-life component failures and confirms system stability before products are released for shipment.
5 Final Quality Verification
Prior to delivery, every unit is subjected to a comprehensive final inspection process. Quality engineers verify product appearance, mechanical integrity, labeling accuracy, packaging compliance, and complete functional performance.
A final re-test ensures that all hardware, software, networking functions, and optical transmission characteristics continue to meet established specifications following assembly and packaging.
6 Documentation and Traceability
Comprehensive documentation is maintained throughout the manufacturing lifecycle. Inspection reports, test records, calibration certificates, production data, and compliance documentation are stored within a centralized quality management system.
This traceability framework enables rapid identification of production batches, component sources, testing history, and corrective actions when required, supporting both quality assurance and customer support activities.
7 Continuous Improvement Program
Quality management is supported by an ongoing continuous improvement process. Root Cause Analysis (RCA) methodologies are applied to investigate defects and prevent recurrence. Customer feedback, field performance data, and internal quality metrics are regularly reviewed to identify improvement opportunities.
In addition, periodic employee training programs ensure production and quality personnel remain aligned with evolving technologies, industry standards, and best manufacturing practices.
8 Quality Outcomes
Through systematic inspection, advanced testing methodologies, and continuous process optimization, OLYCOM delivers industrial Ethernet switches and DWDM solutions with enhanced reliability, lower field failure rates, improved network stability, and reduced after-sales maintenance costs. This commitment to quality enables customers to deploy communication infrastructure with greater confidence and long-term operational efficiency.
Product Images
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Multimode Gigabit Media Converter 850nm SFP Ethernet Unmanaged 2KM DC5V CE Images
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