Optical Transponder Market is
estimated to witness substantial growth in the forecast period due to high
adoption of optical wireless DAS (distributed antenna system). A transponder or
(optical-electrical-optical) OEO is a device that sends and receives optical
signal from a fiber. It is typically known by its data rate and determining
maximum distance the signal can travel. A transponder is capable of converting
optical and electrical signals, serialization and deserialization, monitoring
and controlling. They test compatibility and interoperability including
receiver sensitivity, function of (BER) bit of error, jitter performance, and
transmission performance.
Optical transponders market is driven by increase in
preference of copper wires to optic fibres, growing need for improved network
bandwidth, high acceptance of optical wireless DAS, growing number of FTTx
(Fiber To The x) connections, and explosive traffic of the internet. DAS
(distributed antenna system) offers better indoor network coverage for the
growing wireless traffic of the internet. Here, DAS counters low signal jamming
that exceeds the available bandwidth. FTTx reduces installation price of high
bandwidth services at home. FTTH (Fiber To The Home) replaces copper, cable, or
telephone wires with fiber optic cable for high speed services.
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Market Segment:
Report contents
include
• Analysis of the optical transponder market including
revenues, future growth, market outlook
• Historical data and forecast
• Regional analysis including growth estimates
• Analyzes the end user markets including growth estimates.
• Profiles on optical transponder including products,
sales/revenues, and market position
• Market structure, market drivers and restraints.
Key regions
• North America
• Europe
• Asia Pacific
• Middle East and Africa
• South America
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Emergence of new telecommunication standards like 4G and 5G
is stimulating customers to adopt higher bandwidth services and applications.
Hence, large enterprises are opting cloud services like Google Apps, Microsoft
Office 365, and SAP. Moreover, advantages of optic fibres, such as
cost-effectiveness, lightweight, non-flammability, and transmission of higher
bandwidth is driving the optical transponder industry.
Shifting trend of (OTNs) Optical Transport Network towards
(WDM) Wavelength-Division Multiplexing architecture is an emerging trend in the
optical transponder market. Nonetheless, different architecture requirements
from various applications is a challenge for the market.
Optical transponder industry is categorized on the basis of
transponder type, application, and geography. On the basis of transponder type,
the market is divided into 155 Mbps, 2.5 Gbps, and 10 Gbps. 2.5 Gpbs segment is
predicted to lead the market owing to wide range of service types from 155 Mbps
to 2.5 Gbps. It includes services, such as SONET OC-3 through OC-48, ESCON,
Gigabit Ethernet, SDH STM-1 through STM-16, 1- or 2-Gbps Fibre Channel, and
other services.
In terms of application, optical transponders market is
split into data transmission network, broadband campus network, enterprise
network, computer data transmission network, and cable television. Data
transmission network and computer data transmission network segment lead the
optical transponder industry in the forecast period due to rapid
industrialization and high demand from Datacom industry.
Geographically, optical transponder market is segmented as
North America, South America, Europe, Asia Pacific, and Middle East &
Africa. Asia Pacific is expected to dominate the market in the coming years due
to increase in disposable income of consumers and change in standard of living.
Furthermore, North America and South America contribute significantly to the
market.
The major players in optical transponders industry are
Hitachi Metals, OpLink, Fujitsu, Oclaro, JDSU, Hioso, Sumitomo, Bricom, Avago,
Source Photonics, Wantong, Huahuan, Emcore, CMR, WTD, Finisar, Green Well, Ruby
Tech, and NeoPhotonics.
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