NB3N4666CDTR2G Integrated Circuits (ICs)

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The NB3N4666CDTR2G is an integrated circuit (IC) transceiver (Tx/Rx) with low power consumption, built to enable multi-gigabit communication over a fiber optic network. The device features a 65nm BiCMOS-V process with a 0.5 Volt single power supply. It is designed for high-speed optical data transmission, supporting up to 56 Gbps. The device utilizes a 16-bit serializer/deserializer (SERDES) to provide the necessary signaling for communication over Fiber Channel and OBSAI networks.

The NB3N4666CDTR2G operates on a 16-bit clocked serial interface for high-speed serial digital data transmission, with a maximum transmission frequency of 56 Gbps. The device supports digital-optical physical (PHY) and digital-electricalphysical (PHY), and includes optional analog-optical PHY functionality. It is compatible with the OIF-CEI16G-SR-D industrial standards for FPGA communication.

The NB3N4666CDTR2G offers superior jitter performance and low power consumption with typical power dissipation of 0.82 W and single-ended jitter of 0.185 UI. The device operates over a wide temperature range of -40°C to 85°C, and can sustain up to 1000 million bits of data before failing. The device is compliant with the RoHS directive.

The NB3N4666CDTR2G device is building blocks for optical and electrical applications. It is mainly used for Fiber Channel and OBSAI networks. It can be used for a variety of applications and devices, such as data centers, storage systems, servers, packet routing, high-end switches, and video equipment. The device also finds applications in industrial control, medical imaging, telecommunications, and automotive electronics.

The NB3N4666CDTR2G device can also be used for fiber optic data transmission in the form of 10GBASE-KR and 10GBASE-KR4. It supports the ANSI Fiber Channel interface, and supports the 16-bit PCM interface. The device utilizes a 4-lane SERDES with a 4:1 multiplexing ratio and a capable data rate of up to 56 Gbps. In addition, the device supports dual electrical ports, allowing for operation in a variety of Ethernet backplane applications.

The NB3N4666CDTR2G device utilizes an advanced signal calibration and equalization engine for optimized connection over 120 meters. This engine allows for up to 6 dB lower power dissipation in comparison with conventional signal conditioning engines. The device also features a comprehensive error detection engine, and supports advanced signal integrity functions such as bit-error-rate reduction and pre-emphasis control.

In conclusion, the NB3N4666CDTR2G device is a low-power, highly integrated transceiver IC that enables multi-gigabit communication over fiber optic networks. It is compatible with OIF-CEI16G-SR-D industrial standards, and is suitable for applications such as data centers, storage systems and more. The device provides superior jitter performance and low power consumption, and is RoHS compliant.

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