Wi-Fi Equipment Front-End Solutions High Linearity and Low Power Consumption Devices for Wi-Fi Applications
Leveraging Qorvo Technologies for Wi-Fi Qorvo continuously develops a portfolio of leading products for Wi-Fi, always following the newest standards. Products include customer premises equipment (CPE), enterprise systems and internet of things (IoT) applications. We capitalize on our front-end differentiators, focusing on reducing power consumption and interference resolution while maintaining high throughput and range. We create the most efficient solutions providing reliable coverage in smallest form factor. Efficiency 0 Gbps Best Energy Efficiency Up to % reduced power dissipation (W in x MIMO) Enables compact fanless and ventless box design First to market enabling 0QAM. Gbps Primary ax front ends with announced chipset solutions Qorvo Wi-Fi Front Ends Most Efficient Solutions Providing Reliable Coverage in Smallest Form Factor Interference Robustness Doubled sensitivity in LTE/Wi-Fi systems Integrated filtering reduces layout area by % x the power at bandedge channels 0% extended range with integrated digital pre-distortion support Filtering +0 dbm Highest Capacity Improved Range & Coverage Today, our products enable up 80.ax features which include 0 QAM modulation schemes, 0 bandwidth channels and complaint mode switching times. GHz 80.ax Front-End Modules MCS -db -db -0dB. GHz 80. 80. 0 7. QFN x QPF0 80. 80. 0 7. QFN x QPF 80. 80. 0 7. Lam. x. QPF0. 8 0. 8 0 7 Lam x QPF0 LNA_IN _IN _OUT DC_ 0 8 7 LNA_OUT 0 RF_ QPF0 qorvo.com
. GHz 80.ax Front-End Modules MCS -db -db -0dB TX RX GHz. 0.. 0 7 8.8. 7. 0 Lam x QPF0. 70 0. 0.8 7 8 Lam x QPF 0.. 7. Lam x QPF00. 0 0. 7 8 0. 7 Lam x QPF0 C_ QPF00 QPF0 QPF0 GHz Bandedge Filtering Function Wi-Fi Channels Insertion 70-0 Attenuation 8.-00 00-0. GHz FCC Bandedge - 0.8. x 0. 88. GHz FCC Bandedge - 0.8 8.7 x. 88070. GHz EU Bandedge - 0.8 0.7 x. 88 Wi-Fi/LTE Coexistence Filtering Function Wi-Fi Channels Insertion 00-70 70-7 Attenuation 7-80 00-0 0-70. GHz Wi-Fi/BT to LTE CoExist -.0. x. QPQ07. GHz Wi-Fi/BT to LTE CoExist -.. x 0. 888. GHz Wi-Fi/BT to LTE CoExist -.. x. 880. GHz Wi-Fi/BT to LTE CoExist -. 7. x. 8807 INPUT OUTPUT 8 7 OUTPUT INPUT INPUT OUTPUT 88070 QPQ07 88 qorvo.com
GHz Front-End Modules -db -0dB. GHz 80.0. 0 7. QFN x QPF + CPLR + CPLR + CPLR 80.0. 0 7. QFN x QPF8 80.0. 0 7. QFN x QPF8M. 8 0.. 0.. QFN x QPF78 0. 7 0.0 80. Lam. x. RFFM8 0 7 0.88 8. Lam x RFFM. 8 0. 0 7 Lam x QPF0. 7. 0. 8. 0.. Lam. x. QPF8. 7 0 0. 8 8.. Lam. x. QPF88. 7 0 0.8 8 0 0. Lam x RFFM. 7. 0.7 0 0 8. Lam. x. RFFM88P. 8 0 0.7. 7 8. 8 Lam x RFFM0F. 7 0 0.7 8 80 0 8.. 8 Lam x RFFM0E. 0 0.7 7 0 7 0. 0 7.. 8 Lam x RFFM0. 8 0.8 0 8. 8 QFN. x. RFFM8. 7. 0 0.8. 0 8. 8 QFN. x. RFFM80 LNA_OUT 0 8 7 C_ LNA_IN _IN _OUT 0 0 0 DC_ C C0 QPF RFFM8 QPF88 qorvo.com
. GHz Front-End Modules -db -0dB GHz. 0.8. 7 7.8 7 Lam x QPF.8. 7. Lam x QPF00 PA + SPT + LNA 0. 0. 7 Lam x RFFM PA + SPT + LNA. 8. 0 0.7 0. 7 Lam x RFFM. 7 0.8 8 0. 7 Lam x QPF0 PA + SPT + LNA. 7 0. 0 RFFM0 7. 7. 0 Lam x 8 0.0. 0 RFFM0 + SW. 7. 0 0. 0. Lam. x. QPF88 + SW. 8 0. 0 8.. QFN. x. RFFM88P PA + SPT + LNA. 80 0. 0 7. 0 QFN. x. RFFM8 C_ C_BT C_ C_BT BT VMODE BT 0 0 0 RFFM RFFM8 QPF88 BAW Integrated Wi-Fi Front-End Modules Using Qorvo Wi-Fi BAW filtering, any customer can achieve regulatory bandedge compliance at higher power levels across all channels. This enables applications to maximize range, opt to work at lower power levels and possible reduce the number of MIMO chains needed to achieve maximum allowable powers. PA + FCC BE FLTR + SW + LNA + LTE COEX FLTR + LTE COEX FLTR LNA + LTE COEX FLTR MCS -0dB -db -0dB CH - 0 7 CH - 0 0 8 OOB 8 >0 QFN 8 x. QPF700 80. 80 0. 0. > Lam x. QPF7. 8 >0 Lam x. QPL70 PAEN C C0 /_EN _BAW/BYP QPF700 QPF7 qorvo.com
GHz Power Amplifiers -db -0dB n Output PdB Detector 8 DC QFN x RFPA. 7 0 DC QFN x RFPA Log DC QFN x RFPA. 7 0 Log DC QFN x RFPA 8. 0 0 0 DC QFN x RFPA 7 DC QFN x RFPA 00. DC QFN x TQP 00 DC QFN x TQP 0 8 7 GHz Power Amplifiers -db n n Output PdB 7 0 0. Lam x RFPA8 70 8 0 0 Lam x RFPA08 87. Lam 7 x 7 RFPA0E 0 8 0 7 0 8 7 LOG DETECTOR 7 8 0 7 8 0 RFPA RFPA RFPA8 RFPA08 qorvo.com
GHz Solutions I DD. GHz Insertion Isolation Input PdB Input IP SW + LNA..7-0.7 QFN. x. RFFM SW + LNA. - 0. DFN. x. RFFM SW + LNA. 7-0. DFN. x. RFFM80 LNA +. -8 DFN. x. RFFM7 SPDT 0.8. 8 DFN x RFSW8000 SPDT 0. 0 Lam. x.8 RFSW800 SPDT 0.8 QFN x.07 RFSW8008 C0 CTRL 0 LNA_IN C LNA_OUT V V 0 RFFM RFFM7 RFFM. GHz Solutions I DD Insertion Isolation Input PdB Input IP LNA +. DFN. x. RFFM7 SW + LNA. 7 0. 0 QFN.7 x.7 RFFM80 SPDT 0. 0 DFN x RFSW8000 SPDT 0. 8 0 Lam. x.8 RFSW800 SPT 0. DFN. x. RFSW800 SPDT 0. 7 QFN x.07 RFSW8008 CTRL RF 8 7 VRF RFC RF VCONT VCRTL VCTRL RF RFC RF VCONT RF RF VRF RFFM7 RFSW8000 RFSW800 RFSW8008 qorvo.com 7
Qorvo, Inc. 0-08 Distributed Wi-Fi for the Smart Home Distributed Wi-Fi, or Wi-Fi Mesh, allows a full coverage of the home. Based on a unique pod positioned in each room, it increases Wi-Fi range and capacity, and is also a relay for other IoT wireless communication standards. Qorvo is the only Wi-Fi front-end provider that designs and manufactures advanced filtering solutions along with multi-protocol SoC and transceiver solutions for BLE/Thread/Zigbee providing full system expertise for the converged IoT market evolution. Our ultra lower-power future proof IoT controllers enable the radio technology in many of the latest smart home and IoT solutions. GP7 Application Protocols Multi-Stack Multi-Channel Listening Type Type Smart Home Gateways 80.., Zigbee.0, Zigbee RFCE, Zigbee GreenPower, OpenThread Yes Yes x Transceiver QFN, -pin QPG0 Application Protocols Multi-Stack Multi-Channel Listening Type Type Smart Home Devices 80.., Zigbee.0, Zigbee GreenPower, Thread, Bluetooth Smart Yes Yes x System on Chip QFN, 0-pin For more information, download our IoT brochure or visit www.qorvo.com/smart-home QORVO and ALL AROUND YOU are registered trademarks of Qorvo, Inc. in the U.S. and in other countries. www.qorvo.com For more information on Wi-Fi solutions, www.qorvo.com/cpe