Fuji Xerox First to Mass-Produce 10Gbs VCSEL for Next Generation, High-Speed Optical Communications
Fuji Xerox First to Mass-Produce
10Gbs VCSEL for Next Generation,
High-Speed Optical Communications
July 17, 2002
Fuji Xerox has become the first in the industry to mass-produce
10 Gigabit Ethernet (10GbE) VCSELs (Vertical Cavity Surface Emitting Laser),
a new standard for high-speed optical communications. Shipments began
on July 1.
Next-generation networks, which will achieve data communication
speeds of 10Gbps through a single optical fiber, will soon come into general
use. Having anticipated this move, Fuji Xerox became an industry pioneer
in commercializing 10Gbps-compatible VCSELs— producing them at a
lower cost and lower power consumption. In December 2001, Fuji Xerox became
the first to mass-produce 2.5Gbps VCSELs and VCSEL arrays. It will continue
its efforts to strengthen its product lineup.
The new 10Gbps VCSELs will be exhibited at the International
Optoelectronics Exhibition from July 16 to 19 at Makuhari Messe, on the
outskirts of Tokyo.
This AIGaAs-based (Aluminum Gallium Arsenide) VCSEL has
a wavelength of 850 ± 10nm (1 nanometer [nm] = 1 billionth of a meter),
maximum output rating of 4mW (1 milliwatt [mW]) = 1 thousandth of a watt),
and a modulation rate of 10Gbps (10 billion bits per second) or higher,
making it widely accepted as the top benchmark in the world. Its production
line is located at Ebina plant, Fuji Xerox main manufacturing site.
Features of 10Gbps VCSEL
Adopting Fuji Xerox's unique technologies in areas of low
element resistance, low element capacity and beam control, this device
achieves a modulation rate of 10Gbps or higher. It also demonstrates high
uniformity and high reliability, both special characteristics of Fuji
Xerox's VCSELs, which has made this product compatible with the next Ethernet
standard, 10GbE. Fuji Xerox's 10Gb/s VCSELs are surface-emitting micro
lasers that can reduce power consumption significantly over conventional
edge-emitting lasers.
Price
AH-0001
5,000 yen per unit
minimum 10 units
(wafer cut-outs)