mmWave Communication Solutions
5G millimeter wave (mmWave) unlocks unprecedented capacity and ultralow latency by leveraging frequencies above 24 GHz for wireless communications. Our portfolio of 5G mmWave solutions breaks the current narrow-band vendor paradigm by optimizing power consumption, bandwidth, and performance while delivering the highest level of integration.
Value and Benefits
mmWave fills an important missing link in 5G networks: increased capacity with ultrafast speeds due to the larger available swaths of bandwidth between 24 GHz to 48.2 GHz. 5G mmWave fits well in dense urban environments where networks will be under strain to handle the increasing need for more capacity and data.
Businesses in vertical markets will also feel its effects, whether it’s the factory automation of Industry 4.0, lifesaving virtual healthcare and procedures finally becoming available, or bringing reliable high-speed broadband through fixed wireless access (FWA).
With unparalleled system-level expertise, best-in-class technologies across the RF spectrum, and unrivaled, deep domain knowledge across markets, Analog Devices is uniquely positioned to help customers navigate the complexity of the 5G transformation. You can confidently build, test, and harness 5G’s capabilities faster, with higher performance and less risk.
Covers complete 24 GHz to 48.2 GHz frequency
Enables highly integrated wideband 16-channel beamforming IC
Optimizes power consumption, bandwidth, and performance
Featured Products
Developer Tools and Resources
Design Tools
Simulation Models
Training and Support
Trainings and Tutorials
Files and Downloads
5G mmW RF Front-End ICs 24 GHz to 48.2 GHz
4.35 M
AN-920: Gain, LO, and Phase Compensation in a Single Sideband Transmitter Using the AD9788 TxDAC and ADL5372 Quadrature Modulator
232 kB
AN-1275: Rolling Data Buffer on the ADF7023
89 kB
AN-756: Sampled Systems and the Effects of Clock Phase Noise and Jitter
291.7 K
AN-1390: Manual Band Selection for PLL Lock Time Reduction
165.58 K
MT-230: Noise Considerations in High Speed Converter Signal Chains
255 kB
UG1541: ADuCM410 Development System Getting Started Tutorial User Guide
1.11 M
ADL5206: 1.0 GHz DGA with 30 dB Range and 1 dB Step Size Data Sheet
1 M
UG1848: Evaluating the ADL5206 1 GHz DGA with 30 dB Range and 1 dB Step Size
615.19 K
UG-1872: Evaluating the ADF5709 9.85 GHz to 20.5 GHz, Wideband, MMIC VCO
237.1 K
ADPA7004: 40 GHz to 80 GHz, GaAs, pHEMT, MMIC, Wideband Power Amplifier Data Sheet
1.11 M
ADMV8052: 30 MHz to 520 MHz Digitally Tunable Band-Pass Filter Preliminary Data Sheet
3.07 M
ADPA7008: 20 GHz to 54 GHz, GaAs, pHEMT, MMIC, 31 dBm (1 W) Power Amplifier Data Sheet
2.47 M
ADRF5519: Dual-Channel, 2.3 GHz to 2.8 GHz, 20 W Receiver Front End Data Sheet
1.12 M
ADMV4828: 24.0 GHz to 29.5 GHz Transmit/Receive Dual Polarization Beamformer Data Sheet
147.13 K
AN-1461: Options and Solutions for a High Speed or Low Power Signal and Power Isolated RS-485 Fieldbus
124.36 K
High Speed Converters Lead Industry with 28 nm CMOS Technology
483.39 K
AN-1361: AD7293 Closed-Loop for Power Amplifier Drain Current Control
245.7 K
ADuCM3027/ADuCM3029 Ultra Low Power Microcontrollers
426.43 K
AN-1364: Differential Filter Design for a Receive Chain in Communication Systems
291.74 K
AN-1420: Phase Buildout and Hitless Switchover with Digital Phase-Locked Loops (DPLLs)
149.75 K
Connectivity Solutions for the Internet of Things
1 M
AN-1396: How to Predict the Frequency and Magnitude of the Primary Phase Truncation Spur in the Output Spectrum of a Direct Digital Synthesizer (DDS)
118.16 K
ADL6331: 0.38 GHz to 15 GHz TxVGA Data Sheet
2.68 M
CN0566: Phased Array Development Platform
1.08 M
AN-1370: Design Implementation of the ADF7242 Pmod Evaluation Board Using the Johanson Technology, Inc., 2450AT18A100 Chip Antenna
647.7 K
EVAL-ADRF5717: Evaluation of the ADRF5717 Silicon Digital Attenuator, 2-Bit, 1 MHz to 30 GHz
1.1 M
ADRF5022: Silicon SPDT Switch, Nonreflective, 100 MHz to 45 GHz Data Sheet
706.51 K
Precision Products and Signal Chain Solutions: Selection Guide 2019
13.38 M
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