Advantech's
Ethernet to Fiber Network Convertors Make it Easy
to Transmit Data Over Long-distances and in Noisy Environments
In view of resolving data transmission in long-distance applications
and noisy environments, Advantech provides the ADAM-6541
and ADAM-6542,
an industrial-grade Ethernet to fiber optic solution designed
to convert Ethernet to fiber network. Fiber optic networks offer
extensive bandwidth and anti-noise disturbance features, providing
long-distance data transmission between the central office and
remote sites. Therefore, Advantech's ADAM-6541 and ADAM-6542 modules
provide the ideal cost-effective solution for "fiber to building"
applications.
The ADAM-6541
is empowered with high-speed transmission capabilities, including
a switch controller that detects the transmission speed automatically.
Both the Ethernet and fiber ports have memory buffer that support
store-and-forward mechanism, assuring that data is transmitted
properly. Moreover, the ADAM-6541 incorporates robustness in an
extremely compact size design. It supports unregulated voltage
range from +10~30 VDC, allowing its application in any harsh operating
environment. Its compactness facilitates flexible mounting via
DIN rail, panel, and piggyback.
The ADAM-6542
integrates all the features of ADAM-6541 mentioned above, with
an additional benefit of data transmission via WDM single strand
fiber. It adopts WDM (Wavelength Division Multiplexing) technology
that enables signal transmission and reception at different wavelengths
on a single strand cable, further enhancing the information-carrying
capacity of fiber. Advantech's ADAM-6542 replaces the traditional
dual fiber converter to reduce cabling cost and provide users
with boundless transmission.
Ordering
Information
ADAM-6541
Ethernet to Multi-mode Fiber Optic Converter
ADAM-6542
Ethernet to WDM Single Strand Fiber Optic Converter
Contact
Advantech Industrial Automation for More Information:
website:
http://www.advantech.com/ia
Email: info@advantech.com
Advantech Industrial Automation Office locator: Click
Here