Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A quad-band 2.5G SoC integrating all the RF, DSP, ARM, audio and other baseband processing functions into a single 65 nm CMOS die is described. The paper focuses on the radio portion mostly, and addresses the challenges of realizing a complete GSM/EDGE SoC with the RF integrated along with the rest of digital baseband circuitry. Several circuit level as ll as architectural techniques are presented to realize a very low-cost and low-por 2.5G radio while meeting the stringent cellular requirements with wide margin. The radio draws a battery current of 49 mA in the receiver-mode, and 86/77 mA in the GMSK/8PSK transmit-mode. The low-IF receiver achieves a sensitivity of -110 dBm at the antenna, corresponding to a noise figure of 2.4 dB at the device input. The 8PSK±400 kHz modulation mask is - 64.1/62.7 dBc for high/low bands, with an RMS EVM of 2.45/1.95%. The radio core area is 3.95 mm 2  .
['Hooman Darabi', 'Paul Chang', 'Henrik Jensen', 'Alireza Zolfaghari', 'Paul Lettieri', 'John Leete', 'Behnam Mohammadi', 'Janice Chiu', 'Qiang Li', 'Shr-Lung Chen', 'Zhimin Zhou', 'Morteza Vadipour', 'Calvin Chen', 'Yuyu Chang', 'Ahmad Mirzaei', 'Ahmad Yazdi', 'Mohammad Nariman', 'Amir Hadji-Abdolhamid', 'Ethan Chang', 'B. Zhao', 'Kevin Juan', 'Puneet Suri', 'Claire Guan', 'Louie Serrano', 'John Leung', 'J. Shin', 'Jay Kim', 'Huey Tran', 'P. Kilcoyne', 'H. Vinh', 'Eric Raith', 'M. Koscal', 'Ajat Hukkoo', 'C. Hayek', 'V. Rakhshani', 'Charlie Wilcoxson', 'Maryam Rofougaran', 'Ahmadreza Rofougaran']
I am writing a research paper on a idea A Quad-Band GSM/GPRS/EDGE SoC in 65 nm CMOS
[{"from": "human", "value": "I am writing a research paper on a idea A Quad-Band GSM/GPRS/EDGE SoC in 65 nm CMOS"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A quad-band 2.5G SoC integrating all the RF, DSP, ARM, audio and other baseband processing functions into a single 65 nm CMOS die is described. The paper focuses on the radio portion mostly, and addresses the challenges of realizing a complete GSM/EDGE SoC with the RF integrated along with the rest of digital baseband circuitry. Several circuit level as ll as architectural techniques are presented to realize a very low-cost and low-por 2.5G radio while meeting the stringent cellular requirements with wide margin. The radio draws a battery current of 49 mA in the receiver-mode, and 86/77 mA in the GMSK/8PSK transmit-mode. The low-IF receiver achieves a sensitivity of -110 dBm at the antenna, corresponding to a noise figure of 2.4 dB at the device input. The 8PSK\u00b1400 kHz modulation mask is - 64.1/62.7 dBc for high/low bands, with an RMS EVM of 2.45/1.95%. The radio core area is 3.95 mm 2  ."}]