MAX3890ECB+TD

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Obsolete
Function:	Serializer
Data Rate:	2.5Gbps
Input Type:	LVDS
Output Type:	PECL
Number of Inputs:	16
Number of Outputs:	1
Voltage - Supply:	3 V ~ 3.6 V
Operating Temperature:	-40°C ~ 85°C (TA)
Mounting Type:	Surface Mount
Package / Case:	64-TQFP Exposed Pad
Supplier Device Package:	64-TQFP (10x10)
Base Part Number:	MAX3890

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Introduction to MAX3890ECB+TD Interface

The MAX3890ECB+TD is an interface used in the serialization and deserialization of data. It is designed to ensure reliable data delivery in high-density applications. This module is ideal for use in high-speed applications, and can support up to 8 serializes and 6 deserializes of high-speed data.

Overview of MAX3890ECB+TD

The MAX3890ECB+TD interface is capable of bridging multiple differential lanes and providing wide band serialization or deserialization. It has built-in multi-tap equalization and pre-emphasize for signal compensation on long channels over PCBs, which enables the system to scale up. The module also features a programmable built-in mux structure which allows eight differential input serial ports and two 6-output differential deserial ports with an aggregate bandwidth of 8.6Gbps to be multiplexed. This offers the flexibility to scale up and down scaling in the application.The MAX3890ECB+TD offers a unique “TD” or “transceiver” design which optimizes both low power and build-up cost. The TD also supports various functions such as dynamic port remapping, data alignment and Deskew, plus it also provides a range of serialization and deserialization controls. It has a built-in Configuration Register which allows for the interface to be configured for live operation. The interface also supports a wide range of speeds from 1.25 to 8.6Gbps with output link rate accuracy of 0.1%.

Advantages of MAX3890ECB+TD

The MAX3890ECB+TD offers several advantages when compared to other similar interfaces. Firstly, it is designed to support data rate scaling up and down, providing flexibility and scalability that is beneficial in applications where multiple differential lanes are required. It also provides data width scaling up and down to accommodate the application requirements.The module is also designed to handle both the serial and deserial operation with low power consumption. This results in lower system cost and better thermal characteristics. It has built-in test functions that allow for easy testing and debugging and is capable of supporting high data rates with excellent signal integrity performance. Another advantage of the MAX3890ECB+TD is that it can be configured for live operation and provides a wide range of devices to handle logic functions including, but not limited to, data transfer and equalization. This provides further flexibility.

MAX3890ECB+TD Applications and Working Principles

The MAX3890ECB+TD is a versatile interface and can be used in a wide range of applications including LVDS, DisplayPort, HDMI, Serial ATA and USB, plus many others. It can also be used in a range of high-speed packet-based communication such as optical backplanes and high-speed embedded system designs.In addition to its versatility, the MAX3890ECB+TD is also highly reliable and can be trusted to provide reliable data transmission. This is achieved by using a combination of advanced analog circuit design with a range of digital control logic providing unparalleled signal integrity, high performance and scalability. The serial and deserial operations of the MAX3890ECB+TD are implemented through an on-chip multiplexer. This multiplexer allows for the conversion of eight differential inputs providing up to 8.6Gbps of aggregate bandwidth as well as two 6-output differential deserial ports. The multiplexer is programmable and supports both a low and a high-speed mode. The serial operations are handled by a highly efficient equalization and pre-emphasis circuit design. This provides improved channel equalization on the output, allowing for longer lengths of channel lengths to be used. This equalization and pre-emphasis circuit design can be used to enhance the integrity of the delivered signal. At the data link side, a range of deserialization controls are available, including but not limited to data alignment, deskewing and lane re-mapping. This ensures reliable data delivery as well as providing adjustable range and rate control of the link. In summary, the MAX3890ECB+TD is a versatile and reliable interface which provides increased options in terms of scalability, speed, data width and control. Its versatility makes it suitable for a range of applications and its reliability is enhanced through its advanced analog design with a range of digital control logic providing unparalleled signal integrity and performance.

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