Oki Semiconductor, which designs and markets a broad line of advanced integrated circuits, today released a new 10.7 Gbps Indium Gallium Arsenide (InGaAs) model of its optical receiver module with a transimpedance amplifier and an integrated Gallium Arsenide (GaAs) preamplifier.
Oki's latest OD9652N module is part of Oki's popular line of optical receiver preamp modules, which are designed especially for OC-192-based fiber optic networks that use forward error correction.
By combining features such as low power consumption, high-trans-impedance, and a small size 17-pin surface mount design into an integrated InGaAs pin photo diode and GaAs pre-amplifier, Oki said it provides customers with a" cost competitive, leading-edge performance solution."
Optical network manufacturers deploying the next generation of optical transceivers can now offer their customers enhanced system performance, including increased transmission speed of 10.7 Gbps for forward error correction, company officials also said.
Features of the OD9652N include high data rate capability (10.7 GHz), small footprint, high trans-impedance, low equivalent input noise current density and inverted single ended output.
Samples of Oki Semiconductor's OD9652N module are available now. The OD9652N module is priced each at $ 948.00 in quantities of 500 units. Evaluation modules are also available for testing.
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