DS100KR401

Texas Instruments

Series: DS100KR401

Part Number: DS100KR401

Inventory

Distributor SKU Stock Cost
DigiKey DS100KR401SQ/NOPB-ND 0 $20.48 Buy
DigiKey 296-36213-1-ND 1625 $20.02 Buy
DigiKey DS100KR401SQ/NOPB-ND 0 $11.21 Buy
Mouser Electronics 926-DS100KR401SQENPB 167 $19.53 Buy
Mouser Electronics 926-DS100KR401SQNOPB 0 $11.32 Buy
Texas Instruments DS100KR401SQ/NOPB 6425 $14.54 Buy
AVNET Asia Pacific DS100KR401SQE/NOPB $16.34 Buy
AVNET Express DS100KR401SQ/NOPB $12.26 Buy
AVNET Europe DS100KR401SQ/NOPB * $15.18 Buy
AVNET Asia Pacific DS100KR401SQ/NOPB $14.21 Buy
AVNET Express DS100KR401SQE/NOPB 234 $15.66 Buy
Texas Instruments DS100KR401SQE/NOPB 6679 $17.44 Buy
Description

The DS100KR401 is an extremely low power, high performance repeater designed to support 4 lane (bi-directional) 10G-KR and other high speed interface serial protocols up to 10.3 Gbps. The receiver's continuous time linear equalizer (CTLE) provides a boost of up to +36 dB at 5 GHz (10.3125 Gbps) in each of its eight channels and is capable of opening an input eye that is completely closed due to inter symbol interference (ISI) induced by interconnect medium such as long backplanes or cables, hence enabling host controllers to ensure an error free end-to-end link. The transmitter provides a de-emphasis boost of up to -12 dB and output voltage amplitude control from 700 mV to 1300 mV to allow maximum flexibility in the physical placement within the interconnect channel.

When operating in 10G-KR mode, the DS100KR401 transparently allows the host controller and the end point to optimize the full link and negotiate transmit equalizer coefficients as defined in the 802.3ap standard. This seamless management of the link training protocol ensures guaranteed system level interoperability with minimum latency.

With a low power consumption of 65 mW/channel (typ) and option to turn-off unused channels, the DS100KR401 enables energy efficient system design. A single supply of 3.3v or 2.5v is required to power the device.

The programmable settings can be applied via pin settings, SMBus (I2C) protocol or an external EEPROM. When operating in the EEPROM mode, the configuration information is automatically loaded on power up. This eliminates the need for an external microprocessor or software driver.


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