The ML861E5S 980-nm ridge-wavelength pump-laser diode achieves an ultra-high peak power output of 1,100 mW in DWDM applications without the danger of catastrophic optical damage, because it does not absorb the light power output. The window structure, developed from quantum-well mixing using silicon-ion implantation, also reduces the laser beam's aspect ratio to <2.5, enabling a more efficient coupling between the laser and optical fiber. The diode also offers very high typical operating power output of 500 mW and a reflectivity of <1%. The uncooled ML8627S 980-nm laser diode needs no thermal controller to save module space and uses facet coatings to provide a very stable wavelength (20% less change) in MAN applications throughout a wide operating-temperature range (5∞-85∞C). Both types of diodes are used as a pumping source for erbium-doped fiber amplifiers.
Mitsubishi Electric & Electronics USA Inc., Sunnyvale, CA
Characterized by the company as the "fastest switching chip that switches voice, data, and video signals at an aggregated switching speed of 80 Gbits/sec, guaranteeing a minimum of 40 Gbits/sec of speed and bandwidth," the Protocol Independent Stand-Alone Switch (PI-40SAX) is targeted at pedestal DSL access-multiplexer systems, wireless infrastructure equipment, and SAN systems in the enterprise, metro, access, and core transport segments. The chip, which can handle TDM, ATM, and IP packets, enables a telecommunications network to simultaneously switch 320,000 voice and data calls. It also integrates multiple SerDes I/O interconnect subcircuits that can transmit data into and out of the chip at up to 2.5 Gbits/sec for each of the 32 SerDes subcircuit links to the chip.
Agere Systems, Allentown, PA
The SLM 3000 reconfigurable blocking filter (RBF) provides dynamic wavelength management capabilities for DWDM optical networks. Designed for use in reconfigurable optical add/drop multiplexers, the RBF blocks any or all wavelengths, offering complete agility and control up of to 80 channels with spacing of 50 GHz and above. It eliminates OEO conversions and provides dynamic functionality to enable future optical networks.
Silicon Light Machines, Sunnyvale, CA
Adapted for mass production of optical components and subsystems, the AutoCleaver is a fully automatic high-precision fiber cleaver, with typical cleave angle of 0.3 degree. A built-in microprocessor controls all the vital parameters and settings such as positioning, clamping, fiber tension, and the exact position and speed of the diamond blade. The blade's typical life is more than 25,000 cleaves. The cleaver can be connected to an external PC for access to all programmable parameters and settings and has interchangeable adapters. An automatic fiber waste disposal system removes any hazardous fiber scraps.
Nyfors Teknologi AB,Sweden