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LTE-Advanced Test & Design
4G LTE Advanced refers to the evolved version of LTE that is being developed by 3GPP to meet or exceed the requirements of the International Telecommunication Union (ITU) for a true fourth generation radio-communication standard known as IMT-Advanced. 4G LTE, whose project name is LTE-Advanced, is being specified initially in Release 10 of the 3GPP standard which came out in December 2010. The 4G LTE standard will continue to be developed in subsequent releases.
Agilent not only addresses basics and test challenges, but also outlines the technology, describes deployment and standard milestones and offers resources for those requiring more in-depth LTE technology information. We offer greater insight into LTE designs by providing greater insight into complex LTE technology, evolving LTE standards and how to test to them, and deeper insight into the root causes of design problems. Agilent continues to play a pivotal role in the development, revision and implementation of 3GPP and the new 4G LTE technology, as well as, continues to be the recognized leader for its contribution to the future of wireless access.
See Measurement Solution Example: Carrier Aggregation Base Station Transmitter Test
To learn more about the LTE implementation of MIMO: MIMO Test
Greater insight. Greater confidence. Accelerate next-generation wireless.
What's New
- Order the new LTE and LTE-Advanced & WLAN Design & Test 2013 DVD
- Announcing Second Edition LTE and LTE-Advanced Book
- Learn about new LTE-Advanced 8x8 MIMO Signal-Generation and Analysis solutions
- Download New App Note: Solutions and Measurement Tools for Use in Power and Envelope Tracking Design
- Announcing the modular signal generator you’ve been asking for --- Agilent M9381A
Related Links
- Learn about New LTE-Advanced with these useful resources
- LTE-Advanced information on 3GPP website (http://www.3gpp.org/lte-advanced)
- Cellular Videos including LTE, LTE-A, MIPI-DigRF, HSPA, W-CDMA, and MSR
- Wireless Videos- WiMAX, Zigbee, and Tradeshow product demonstrations
- Cellular videos - LTE-A Videos
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W1918EP LTE-Advanced Baseband Verification Library
W1918EP LTE-Advanced Baseband Verification Library
An optional Agilent SystemVue simulation reference library intended for makers of multiformat radios, to enable support for existing commercial wireless standards.
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W1918ET LTE-Advanced Baseband Verification Library
W1918ET LTE-Advanced Baseband Verification Library
An optional Agilent SystemVue simulation reference library intended for makers of multiformat radios, to enable support for existing commercial wireless standards.
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89601B-BHH LTE-Advanced TDD Modulation Analysis, Transportable License
89601B-BHH LTE-Advanced TDD Modulation Analysis, Transportable License
Option BHH provides comprehensive analysis for LTE-Advanced TDD uplink and downlink signals. LTE TDD Option BHE is required in order to use Option BHH.
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W1715EP SystemVue MIMO Channel Builder
W1715EP SystemVue MIMO Channel Builder
Models WINNER and WINNER-II MIMO channel fading effects, for realistic physical layer studies of 4G system architectures.
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W1716EP SystemVue Digital Pre-Distortion Builder
W1716EP SystemVue Digital Pre-Distortion Builder
Improves performance of 4G components by creating digital pre-distortion (DPD) networks to reduce memory effects, and improve dynamic range. Uses a guided, measurement-based interface.
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N7109A Multi-Channel Signal Analyzer
N7109A Multi-Channel Signal Analyzer
N7109A multi-channel signal analyzer offers frequency up to 6 GHz and analysis up to 40 MHz, with fast MIMO, beamforming and multi-band carrier aggregation measurements for up to 8 RF channels.
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N7625B-JFP Basic LTE-Advanced TDD R10, Fixed, Perpetual License
N7625B-JFP Basic LTE-Advanced TDD R10, Fixed, Perpetual License
Option JFP provides generation of physical layer coded downlink and uplink LTE-Advanced TDD signals compliant to 3GPP release 10.
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N7624B-JFP Basic LTE-Advanced FDD R10, Fixed, Perpetual License
N7624B-JFP Basic LTE-Advanced FDD R10, Fixed, Perpetual License
Option JFP provides generation of physical layer coded downlink and uplink LTE-Advanced FDD signals compliant to 3GPP release 10.
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89601B-BHG LTE-Advanced FDD Modulation Analysis, Transportable License
89601B-BHG LTE-Advanced FDD Modulation Analysis, Transportable License
Option BHG provides comprehensive analysis for LTE-Advanced FDD uplink and downlink signals. LTE FDD Option BHD is required in order to use Option BHG.
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W1714EP AMI Modeling Kit
W1714EP AMI Modeling Kit
The AMI Modeling Kit enables you to optimize the signal processing blocks for your SerDes IC at the electronic system level (ESL).
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W1713EP SerDes Model Library
W1713EP SerDes Model Library
The W1713 SerDes Model Library is a subset of W1714 AMI Modeling Kit that omits the code generation feature of W1714.
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W1713ET SerDes Model Library
W1713ET SerDes Model Library
The W1713 SerDes Model Library is a subset of W1714 AMI Modeling Kit that omits the code generation feature of W1714.
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W1714ET AMI Modeling Kit
W1714ET AMI Modeling Kit
The AMI Modeling Kit enables you to optimize the signal processing blocks for your SerDes IC at the electronic system level (ESL).
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W1715ET SystemVue MIMO Channel Builder
W1715ET SystemVue MIMO Channel Builder
Models WINNER and WINNER-II MIMO channel fading effects, for realistic physical layer studies of 4G system architectures.
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W1716ET SystemVue Digital Pre-Distortion Builder
W1716ET SystemVue Digital Pre-Distortion Builder
Improves performance of 4G components by creating digital pre-distortion (DPD) networks to reduce memory effects, and improve dynamic range. Uses a guided, measurement-based interface.
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N7624B-TFP Advanced LTE-Advanced FDD R10, Fixed Perpetual License
N7624B-TFP Advanced LTE-Advanced FDD R10, Fixed Perpetual License
Option TFP provides fully-coded LTE-Advanced FDD waveforms for UE and eNB receiver testing.
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N7625B-TFP Advanced LTE-Advanced TDD R10, Fixed Perpetual License
N7625B-TFP Advanced LTE-Advanced TDD R10, Fixed Perpetual License
Option TFP provides fully coded LTE-Advanced TDD waveforms for UE and eNB receiver testing.
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N8824A MIPI RFFE Protocol Decode for Infiniium Oscilloscopes
N8824A MIPI RFFE Protocol Decode for Infiniium Oscilloscopes
N8824A MIPI RFFE protocol decode for Infiniium oscilloscopes decodes RFFE packets and makes accurate timing measurements.
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PXI Signal Generator (Signal Sources)
PXI Signal Generator (Signal Sources)
PXI Signal Generators (Signal Sources) provide Agilent quality and performance in the PXI form factor to address your RF design and test challenges in design, DVT and manufacturing
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RF & Microwave Test Accessories
RF & Microwave Test Accessories
Agilent provides a wide range of test accessories to meet your specific application. Learn about the latest new products and support information for switches, attenuators, amplifiers, detectors and many more.
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SystemVue Baseband Exploration & Verification Libraries
SystemVue Baseband Exploration & Verification Libraries
Standards-based PHY libraries, compiled sources, receivers, function blocks, and reference designs that adhere to the physical layer of modern emerging standards.
