The KG-GLC20BiDi bidirectional fiber optic module from the Cuprium series is a smart, cost-effective way to send and receive data simultaneously over a single fiber strand.
Overview
The KG-GLC20BiDi bidirectional fiber optic module from the Cuprium series is a smart, cost-effective way to send and receive data simultaneously over a single fiber strand. Using two wavelengths, this BiDi transceiver cuts fiber cable usage by 50%, and with its aluminum housing, DDM support and wide compatibility, it is an ideal choice for getting more out of existing fiber infrastructure.
Performance
- Max Data Transfer Rate
- 1.25 Gbps
- MTBF
- 3,381,761 Hours
- Wavelength
- 1550nm B
- Max Transfer Distance
- 20 Km
- Fiber Type
- Single / LC
- Fiber Operating Mode
- Full-Duplex
- DDM
- Yes
- Compatible Networks
- 1000 Mbps (1 Gbps)
Connector(s)
- Local Unit Connectors
- Fiber Optic LC Duplex Female
Physical Characteristics
- Color
- Silver
- Enclosure Type
- Aluminum
- Product Height
- 12.5 mm [0.5 in]
- Product Length
- 56.6 mm [2.2 in]
- Product Weight
- 16 g [0.6 oz]
- Product Width
- 13.7 mm [0.5 in]
Hardware
- Industry Standards
- IEEE 802.3z 1000BASE-SX
- Compatible Brand
- Cisco, D-Link, etc, KDT, Planet
Downloads
Documentation
-
KG-GLC20BiDi
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Frequently asked questions: Fiber Optic Products
Answers to common questions about this product line, from the KDT Help Center.
Where should I start when choosing the right fiber optic products?
Start by defining the intended use, the number of devices, the installation environment, the capacity required and your plans for future expansion. Then choose the model and technical specifications based on what the project actually needs.
Which technical specifications matter most for fiber optic products?
Depending on the project, the most important specifications are capacity, speed, compatibility, environmental ratings, management features and scalability. Basing your choice on a single figure is usually not enough.
Is a cheaper fiber optic product model always the right choice?
No. The purchase price is only one factor. You also need to consider reliability, features, service life, after-sales service and maintenance costs.
How do I work out how much capacity a fiber optic network needs?
Base the calculation on the number of devices, actual usage, how long the system will be in use and how much the project is likely to grow. It is also wise to keep some capacity in reserve.
Can fiber optic products be upgraded later?
In many cases, some of the capacity or equipment can be upgraded. However, this depends on the product's architecture and its hardware limitations, so check before you buy.
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