Title
Architecting an LTE base station with graphics processing units.
Abstract
Due to the rapid growth of mobile communication, wireless base stations are becoming a significant consumer of computational resources. Historically, base stations have been built from ASICs, DSP processors, or FPGAs. This paper studies the feasibility of building wireless base stations from commercial graphics processing units (GPUs). GPUs are attractive because they are widely used massively parallel devices that can be programmed in a high level language. Base station workloads are highly parallel, making GPUs a potential candidate for a cost effective programmable solution. In this work, we develop parallel implementations of key kernels to evaluate the merits of using GPUs as the baseband signal processor. We show that the digital processing subsystem for a 75 Mbps LTE base station can be built using two NVIDIA GTX 680 GPUs with power consumption of 188 W.
Year
DOI
Venue
2013
10.1109/SiPS.2013.6674508
SiPS
Keywords
Field
DocType
Long Term Evolution,application specific integrated circuits,digital signal processing chips,field programmable gate arrays,graphics processing units,ASIC,DSP processor,FPGA,NVIDIA GTX 680 GPU,baseband signal processor,bit rate 75 Mbit/s,computational consumer resource,digital processing subsystem,graphics processing unit,high level language programming,key kernel implementation,mobile communication,power 188 W,wireless LTE base station,LTE base station,baseband processing,graphics processing unit,power efficient
Base station,Digital signal processing,Wireless,Computer science,CUDA,Massively parallel,Parallel computing,Application-specific integrated circuit,Graphics processing unit,Mobile telephony,Embedded system
Conference
ISSN
Citations 
PageRank 
2162-3562
3
0.72
References 
Authors
4
7
Name
Order
Citations
PageRank
Qi Zheng1171.71
Yen-Po Chen21209.64
Ronald G. Dreslinski3125881.02
Chaitali Chakrabarti41978184.17
Achilleas Anastasopoulos530140.22
Scott Mahlke64811312.08
Trevor Mudge76139659.74