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We present a monolithically integrated, InP-based 2D long-wavelength VCSEL array with coupling near fields. These lasers, utilizing a buried tunnel junction for current confinement, show partly coherent emission at 1.55 mum wavelength.
We present a monolithically integrated, individually addressable 2D VCSEL array of five lasers which can be coupled into the core of a multi-mode fiber. This device, emitting at 1.55 mum with a perchannel modulation bandwidth in excess of 10 GHz, is especially designed for optical multiple-input multiple-output (MIMO) data transmission.
We present a monolithically integrated, individually addressable 2D VCSEL array. These lasers, based on InP, emit at 1.55 μm and provide, with 10 GHz modulation bandwidth at moderate biasing conditions, high-speed capabilities for optical interconnects.
We present a monolithically integrated, individually addressable 2D VCSEL array. These lasers, based on InP, emit at 1.55 mum and provide, with 10 GHz modulation bandwidth at moderate biasing conditions, high-speed capabilities for optical interconnects.
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