Qorvo Broadband Access, CATV & FTTH Product Selection Guide

Transcription

1 Qorvo Broadband Access, CATV & FTTH Product Selection Guide + 3V + 3V

2 Technology Leadership in Broadband Connections Through Best-in-Class Innovative RF Solutions Qorvo offers leading technology and comprehensive product solutions for demanding hybrid fiber coaxial (HFC) and broadband applications. Qorvo s broadband portfolio includes high power amplifiers in industry-standard SOT115J package and in multi-chip modules (MCMs), low power MMICs and control products. These products are designed for HFC headend, CMTS, optical nodes and distributed architecture supporting DOCSIS standards in various configurations like fiber deep, node split, remote PHY, and full duplex. In addition, Qorvo offers products for FTTx and xpon system solutions with transimpedance amplifiers and complete optical modules. High Output Hybrid & MCMs GHz DOCSIS 3.1 Power Doubler Amplifiers Table (A) Power Consumption Max Out (dbmv)* Max Comp Out (dbmv)* CTB CSO XMOD CIN Technology Production GaAs/GaN Hybrid RFPD Production GaAs/GaN MCM QPA Production GaAs/GaN Hybrid RFPD Production GaAs/GaN Hybrid QPA Production GaAs/GaN MCM RFCM Production GaAs/GaN Hybrid RFPD Production GaAs/GaN Hybrid QPA Production GaAs/GaN MCM RFCM Production GaAs/GaN Hybrid RFPD3580 *Virtual level, 190 QAM256 channels, 22 db tilt Actual level = virtual -6 db GHz DOCSIS 3.1 Push Pull Amplifiers (Interstage) Table (B) Power Consumption P OUT (dbmv)* CTB 4 Port Optical Node, RF Launch AMP: CATV CSO *79 analog channels plus 111 QAM256 channels (ITU-T/J.83 Annex B), -6 db offset, flat XMOD CIN Technology Production GaAs Hybrid RFPP (Var) Production GaAs MCM RFAM Production GaAs/GaN MCM RFCM Production GaAs/GaN Hybrid RFPP Production GaAs Hybrid RFPP (Var) Production GaAs MCM RFAM3620 Port 1 RF Input Pre-Amp Variable EQ Variable Atten. Mid Stage PA Variable EQ Variable Atten. PA Diplexer Port 2 Port 3 Port 4 Variable EQ Variable Atten. PA Diplexer 2

3 1 GHz Power Doubler Amplifiers Table (C) Power Consumption CTB CSO XMOD CIN Technology Production GaAs Hybrid D GT Production GaAs Hybrid D GTH Production GaAs Hybrid D GT Production GaAs Hybrid D GTH Production GaAs Hybrid D GT Production GaAs Hybrid D GTH Production GaAs/GaN Hybrid QPA Production GaAs/GaN Hybrid QPA Production GaAs Hybrid D GT Production GaAs Hybrid D GTH Production GaAs/GaN Hybrid TAT Production GaAs/GaN 5x7 QFN TAT Production GaAs Hybrid D GT Production GaAs Hybrid D GTH Production GaAs/GaN Hybrid QPA Production GaAs/GaN Hybrid QPA Production GaAs SOIC16W TAT8857A1H Production GaAs Hybrid D GT Production GaAs Hybrid D GTH Production GaAs Hybrid D GTL Production GaAs Hybrid RFPD Production GaAs Hybrid D GTH 1 GHz Push Pull Amplifiers (Interstage) Table (D) Power Consumption CTB CSO XMOD Technology Production GaAs Hybrid S P Production GaAs Hybrid S P Production GaAs Hybrid S P Production GaAs Hybrid S GT Production GaAs Hybrid S P Production GaAs Hybrid S GT Production GaAs Hybrid S P Production GaAs Hybrid S GT Production GaAs SOIC16W TAT8858A1H Production GaAs Hybrid QPA

4 Return Path Amplifiers Table (E) Power Consumption CTB CSO XMOD Technology Production Si Hybrid R L Production Si Hybrid R L Production Si Hybrid R L Production Si Hybrid RFRP Production Si Hybrid R L Production Si Hybrid RFRP Production Si Hybrid R L Production Si Hybrid R L Production Si Hybrid R L (Var) Production Si MCM RFCM Production Si Hybrid R L Production Si Hybrid R L Production Si Hybrid RFRP Production Si MCM QPA5368 Medium and Low Power MMICs Differential MMIC Table (F) P1dB Output IP3 Noise Figure Vcc Icc 5-65 Dual Reverse Amp Production SOIC 8 CGR0118Z Dual Reverse Amp , Production SOIC 8 QPB Dual Reverse Amp Production SOIC 8 CGR0218Z Dual Reverse Amp , Production SOIC 8 QPB High Linearity High Linearity Production SOIC 8 RFCA Production SOIC 8 CGA6618Z Dual Production SOIC 8 AG Dual Production SOIC 8 TAT Dual Production SOIC 8 QPB Dual Production SOIC 8 TAT7472A1F High Linearity Production SOIC 8 RFCA Dual Production SOIC 8 TAT Dual Production SOIC 8 TAT7467E1F High Linearity Production SOIC 8 RFCA Power Doubler Production 5x7 QFN QPB Power Doubler NRND Use QPB8808 5x7 QFN TAT8804D1H Power Doubler Target Q x7 QFN QPB Power Doubler Target Q x7 QFN QPB Push Pull Target Q x7 QFN QPB Push Pull Target Q x7 QFN QPB Dual Reverse Amp Target Q SOIC 8 QPB

5 8 Port with MoCA Drop Amp: CATV Forward Amp P1 TV Output P2 TV Output P3 TV Output RF Input S H MoCA Bypass S H P4 TV Output L L P5 TV Output P6 TV Output Reverse Amp P7 TV Output P8TV Output Single Ended MMIC Table (G) P1dB Output IP3 Noise Figure Vcc Icc Return Path , Production SOIC 8 QPB Return Path , Production SOIC 8 QPB High Linearity Amplifier Production SOT 89 RFCA General Purpose Amplifier Production 3x3 QFN RF High Linearity Amplifier Production SOIC 8 RF Linear Amplifier Production CJ2BATO RF Low Noise Amplifier Production SOT 89 CXE1089Z General Purpose 7461 Screened S Production SOT 89 TAT Production SOT 89 TAT7461A6A * High Production SOT 89 TAT7427BT Low Noise Linear Amplifier Linear General Purpose Amplifier Production 5x5 QFN TGA2807-SM Production SOT 89 CXE2089Z High Linearity Amplifier Production SOT 89 RFCA * High Production SOT 89 TAT7430B Adjustable General Purpose General Purpose Adjustable Amplifier, TIA Production SOT 89 QPB Production NRND SOT 89 TAT Production SOT 89 TAT7460B1A Production SOT 89 TAT RF Block, TIA Production 4x4 QFN TGA2803-SM Low Noise Amplifier , 5, 8 50 Production SOT 89 QPB High Linearity Amplifier Production SOT 89 RFCA Low Noise Amplifier , 5, Production SOT 89 QPB Digital Controlled VGA Low EINC Optical Rec. TIA *Data sheet has graphs out to 1200 MHz 44 (Var) Target Q x6 MCM QPB Target Q SOT 89 QPB

6 Control Products Switches Table (H) SPDT Reflective Switch SPDT Reflective Switch SPDT Absorptive Switch SP4T Reflective Switch SP6T Reflective Switch Impedance (Ω) Insertion Isolation P1/0.1dB IP3 Vcc Production 2x2 QFN RFSW Production 1.1x1.5 LGA QPC / Production 4x4 QFN QPC / Production 1.8x1.8 QFN QPC / Production 2x2 QFN QPC6762 Controlled s (VCAs) Table (I) Controlled Controlled Controlled Impedance (Ω) Insertion P1dB IP3 Vcc Production 3x3 QFN RFSA Production 3x3 QFN RFSA Production 3x3 QFN RFSA3013 Digital Step s (DSAs) Table (J) Bit Digital Step 6 Bit Digital Step Impedance (Ω) Insertion Step Size IP3 Vcc Production 4x4 QFN QPC Production 4.2x4.2 QFN QPC3614 Controlled Equalizer Table (K) Controlled Equalizer Controlled Equalizer Controlled Equalizer Impedance (Ω) Insertion Return Tilt IP3 Vcc to Production 6x6 MCM QPC to Target Q x6 MCM QPC to Target Q x6 MCM QPC

7 Optical Video RCVR for RFoG or XPON Receiver: Fiber to the Home AGC Circuit Control TIA RF Input Balun RF Output TIA Analog TIA Optical FTTH Optical Receive Amplifiers Table (L) Optical Rx Power Consumption P OUT dbmv/ Channel (dbmv) Optical Input Power MIN/MAX Equivalent Input Noise (pa/rthz) Optical Video Receiver /-2 3 Production 4x4 QFN TAT6254B Optical Video Receiver / Production 4x4 QFN TAT6254C Optical Video Receiver / Production 4x4 QFN QPB xpon Optical Video Receiver with Integrated xpon Optical Video Receiver with Integrated / Production 11x11 MCM QPB / Production 11x11 MCM QPB9010 Optical Reference Design Optical FTTH Optical Input TIA Post Amp RF Output Variable Atten. 7

8 Transformers and Protection Transformers Insertion Amplitude Balance Phase Balance (deg) Impedance Ratio Input Return SMT Transformer, 75 Ω : SMT Transformer, 75 Ω : SMT Transformer, 75 Ω : SMT Transformer, 75 Ω : SMT Transformer, 75 Ω :1 16 Type- Transmission Line Unbalanced to Balanced Unbalanced to Balanced Balanced to Balanced Unbalanced to Balanced Unbalanced to Balanced Table (M) Production SP5 RFXF0006 Production SP5 RFXF0007 Production SP6 RFXF0008 Production SP5 RFXF0009 Production SP5 RFXF0010 Protection Table (N) Insertion Trigger CTB CSO ESD Protection Diode Leakage (na) 15@1V 300@15V Capacitance (ff) 220@1V, 10 MHz Production DFN (TSLP-3) TQP

9 Downstream High-Power (40-67 dbmv) RFAM3620 QPA3320 RFPP3180 Table A: GHz DOCSIS 3.1 Power Doubler Table B: GHz D3.1 Push Pull Table C: 1 GHz Power Doubler Table D: 1 GHz Push Pull D GTH S GT RFPP3870, RFCM4363 RFPD3540, QPA3333 D GTI D GT D GTH RFPD3890 D GT RFPP2590, RFAM3790 S P D GT S GT D GT S P S GT D GTH D GTH D GTH QPA3248, QPA3350 QPA3238, QPA3340 RFPD3220, QPA3240, RFCM3328 RFPD3580 RFPD3210, QPA3230, RFCM3327 D GT S P D GTH D GT S P1 D GTH S P P OUT (dbmv) 9

10 Upstream Amplifiers QPB0066 RFCM5304 QPA5368 R L RFRP3120 Table E: Upstream Hybrid (Reverse Amplifiers) Table E: Upstream MCM (Reverse Amplifiers) Table F: Upstream Differential MMIC Table G: Upstream Single Ended MMIC R L R L, RFRP2241 R L R L RFRP2920 R L CGR0118Z R L R L R L QPB8896 RF3827 QPB3321 QPB2328 QPB3311 CGR0218Z RFCA1008 QPB2318 RF2312 RF2317 RFCA uency 10

11 Downstream MMIC QPB8958 QPB8858 Table F: Differential MMIC Table G: Single Ended MMIC QPB8957 QPB8857 QPB7425 RFCA3302 TAT7457 QPB7420 TAT7430B RFCA3828 RFCA3306 QPB8808 CXE2089Z RFCA8830 QPB7400 TAT7467E1F TAT7460A6A TAT7460 RFCA1008 RFCA8828 TAT7472A1F RFCA3310 CXE1089Z CGA6618Z QPB P1dB 11

12 Qorvo, Inc Gallium Nitride Innovation Qorvo has driven innovation and development of gallium nitride (GaN) products and technologies that enable next-generation systems for over 15 years. With Qorvo, not only are you getting world-class electrical performance, our partners also benefit from a trusted supplier with industry-leading GaN reliability. Qorvo is also the only GaN supplier to reach manufacturing readiness level (MRL) 9. Key Qorvo GaN attributes: >65 million device hours on 16,900 devices in the field, with less than 0.013% failures per million hours Applications from DC through W-band High power density Proven reliability at high junction temperatures, mean time to failure (MTTF) of greater than 10 7 (10 million) to 10 9 (1 billion) hours at 200 degrees (C) and greater than 10 6 (1 million) to 10 8 (100 million) hours at 225 degrees (C) Median Life (h): 90% Confidence 1.00E E E E E E E E E E E E E E+03 GaAs QPHT25 QGaN25 QGaN25HV QGaN15, TH Tch ( C) Guide to Qorvo CATV Product s LGA 4x4 QFN SP5 SP6 MCM SOT115J 5x7 QFN DFN (T/SLP-3) CJ2BATO SOIC16W SOIC8 SOT89 1) All values are typical except where otherwise indicated. 2) Refer to individual product datasheets for test conditions. QORVO and ALL AROUND YOU are registered trademarks of Qorvo, Inc. in the U.S. and in other countries. info-catv@qorvo.com