A 2.7mW/Channel 48-to-1000MHz Direct Sampling Full-Band Cable Receiver

We present a direct sampling full-band capture receiver for cable and digital TV applications. It consists of a 28nm CMOS ADC-based direct sampling receiver and a 0.18um BiCMOS LNA. It is capable of receiving 158 channels from 48MHz to 1000MHz simultaneously, achieving up to 10Gb/s data throughput,...

Full description

Saved in:
Bibliographic Details
Main Authors: Wu, Jiangfeng, Cusmai, Giuseppe, Chou, Acer Wei-Te, Wang, Tao, Shen, Bo, Periasamy, Vijayaramalingam, Hsieh, Ming-Hung, Chen, Chun-Ying, He, Lin, Tan, Loke, Padyana, Aravind, Yang, Cheng-Hsun, Unruh, Gregory, Wong, Jackie Koon Lun, Hung, Juo-Jung, Brandolini, Massimo, Lin, Sha-Ting, Chen, Xi, Ding, Yen, Ko, Yen-Jen, Shin, Young, Hung, Ada, Chen, Binning, Dang, Cynthia, Lakshminarasimhan, Deepak, Liu, Iris Hong, Lin, Jerry, Lai, Kowen, Wassermann, Larry, Shrivastava, Ayaskant, Hsiao, Chi-Ming, Huang, Chun-Sheng, Chen, Jianlong, Krishnan, Lakshminarasimhan, Wang, Ning-Yi, Su, Pin-En, Li, Tianwei, Shih, Wei-Ta, Yang, Yau-Cheng, Cangiane, Pete, Perlow, Randall, Ngai, William, Huang, Hung-Sen, Chang, James Y. C., Jiang, Xicheng, Venes, Ardie, Gomez, Ramon
Format: Conference Proceeding
Language:English
Subjects:
Cable television
Cable TV
Channels
Clocks
CMOS
CMOS integrated circuits
Consumption
Electronics packaging
Finite impulse response filters
Receivers
Receiving
Sampling
Signal to noise ratio
Television
Online Access:Request full text
Tags: Add Tag
No Tags, Be the first to tag this record!
Description
Summary:We present a direct sampling full-band capture receiver for cable and digital TV applications. It consists of a 28nm CMOS ADC-based direct sampling receiver and a 0.18um BiCMOS LNA. It is capable of receiving 158 channels from 48MHz to 1000MHz simultaneously, achieving up to 10Gb/s data throughput, while exceeding DOCSIS requirements. The CMOS receiver occupies 1mm 2 area while consuming 300mW. The LNA consumes 130mW. The total power dissipation from the receiver is 2.7mW per 6MHz channel.
ISSN:2158-5601
2158-5636
DOI:10.1109/VLSIC.2015.7231263