Agilent N8300A Wireless Networking Test Set

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1 Agilent N8300A Wireless Networking Test Set Agilent N630XA Measurement Applications and N7300 Series Chipset Software Brochure Optimized for WiMAX and WLAN manufacturing test - and now speed up with MIMO/Multi-port Connectivity Fastest test times for greatest throughput and reduced cost-of-test Multi-format - Mobile WiMAX TM e 2005 OFDMA and fixed WiMAX TM (aka d) and a-2003 OFDM standardcompliant measurements, and now WLAN a,b,g and n measurements are supported for superior asset utilization MIMO/Multi-port Connectivity (option 404) for WLAN n and WiMAX manufacturing test using Broadcast Mode Use with the N7300 series chipset software to provide control, calibration and test of WiMAX and WLAN devices and modules RF parametric testing of Wave 2 mobile stations, customer premise equipment, and modules Graphical user interface and SCPI programming interface that enable rapid test plan development 1

2 Moving forward with WiMAX and WLAN WiMAX is a fast-emerging technology for wireless broadband access based on the IEEE standard. WLAN is a wireless local area network that has multiple versions of the standard; a, b, g and n, each version brings new designs to market. The pressure to bring a competitive, cost-effective product to market quickly never ceases. Manufacturers who are testing user equipment for both WiMAX and WLAN markets require instruments that are standard-compliant and optimized for today s competitive, high-volume production environment. The Agilent N8300A Wireless Networking Test Set is just the solution to meet WiMAX and WLAN challenges. This one-box, RF parametric test set offers superior specifications and fast test times to increase manufacturing throughput. The companion Agilent N630XA measurement applications, which run on the test set, ensure fast and accurate analysis of WiMAX and WLAN signals. Designed for use with Agilent s N8300A Wireless Networking Test Set, the N7300 series Chipset Software provides control, calibration and test of WiMAX and WLAN devices and modules. The architecture of the N8300A test set integrates Agilent s stateof-the-art vector signal analyzer and vector signal generator hardware. The test set has an easy-to-use, front panel graphical user interface, and SCPI command set. Measurement algorithms and software are leveraged form WiMAX and WLAN R&D test tools, allowing fast test development and measurement traceability across the product lifecycle. The flexible N8300A architecture is ready for expansion and upgrade as the standard evolves and test requirements change. Instrument-grade hardware and software, fast test times without compromising measurement accuracy and repeatability, plus reliability and ease of use these all add up to higher yields in manufacturing and a lower cost of test. So, as you move WiMAX and WLAN forward, Agilent clears the way. 2

3 Designed for speed in manufacturing In an environment that counts time in fractions of a second, the N8300A Wireless Networking Test Set helps manufacturers reach their throughput and time-to-market goals. Designed in consultation with a leading developer of WiMAX and WLAN technologies, the N8300A does not compromise on speed or performance. Fast test plan execution The test set s proven vector signal analyzer and vector signal generator hardware has been optimized to meet stringent demands for speed, accuracy, repeatability, and uptime. Tight integration of the hardware allows simultaneous transmit and receive measurement to further reduce test time. Benchmarking against comparable test solutions demonstrates the superior performance of the N8300A. Simple setup with non-link-based transmitter and receiver measurements enables fast test times Greatest device throughput With option 404 (MIMO/Multi-port Connectivity) only the N8300A has Broadcast mode, providing parallel, multiple device-under-test (DUT) receiver calibration and test. Broadcast mode can transmit the same signal from all four ports (RF In/Out 1 to 4) simultaneously, individually or any other permutation. Notably full high output power is always available on all ports under all permutations. This gives faster receiver calibration and test leading to the greatest device throughput. 3 N8300A-404 MIMO/Multi-port Connectivity Block Diagram

4 Various MIMO test setup permutation scenarios cann be applied according to specific WiMAX or WLAN DUT. Two off the most common permutations are illustrated below. Test setup for 2 DUTs each with 2 receivers, typical in WiMAX X test. Test setup for 1 DUT with 3 receivers (2x3 MIMO), typical in WLAN W test. Superb option 404 specificationss Description Specification Source amplitude range +17 to -100 dbm (CW) Analyzer input amplitude range Frequency bands < 4.8 GHz: +33 to -60 dbm Frequency bands 4.8 GHz: +33 to -50 dbm Easiest Test System Maintenance With option 404 the RF IO output power for moduulated signals, whilst still maintaining great EVM performance (< <-44 db typical), is up to +6 dbm to 6.0 GHz. This high power capaability means that no additional amplifiers are needed, and that testt station fixture losses are easily compensated for, without compromising the dynamic range of the DUT receiver tests. All this adds up to the N8300A providing the simplest test setup. 4

5 Superior performance The accuracy of frequency, power, and EVM measurements gives a high degree of confidence in measurement results. That means manufacturers can tighten test line limits without fear of failing good units and see an overall improvement in yield. Best-in-class WiMAX and WLAN measurements WiMAX Description Specification Analyzer (VSA) Absolute power measurement accuracy to GHz: 0.35dB (CW) typical (+23 to -60 dbm) 2.15 to 2.71 GHz; 3.3 to 3.8 GHz: ±0.6 db (CW) (+23 to -50 dbm) ±0.3 db (CW) typical (+23 to -70 dbm) 4.8 to GHz: ±0.8 db (CW) (+23 to -50 dbm) ±0.35 db (CW) typical (+23 to -50 dbm) Residual EVM <-40dB (<1% rms) typical Absolute amplitude ±0.9 db (CW) (+7 to -90 dbm) Source (VSG) accuracy ±0.5 db (CW) typical (+7 to -90 dbm) EVM <-44 db (<0.6% rms) typical, up to +6 dbm Frequency accuracy < ±1.0 ppm/yr WLAN Description Specification Absolute power measurement accuracy to GHz: ±0.6 db (CW) (+23 to -50 dbm) ±0.3 db (CW) typical (+23 to -70 dbm) to GHz: ±0.8 db (CW) (+23 to -50 dbm) ±0.35 db (CW) typical (+23 to -50 dbm) Analyzer (VSA) Residual EVM a: 5 GHz band; 54 Mbps 64QAM OFDM: <-36 db (< 1.5%), power range +5 to -20 dbm b: DSSS: <-30 db (< 3.0%), power range +5 to -30 dbm; equalization off b: DSSS: <-40 db (< 1.0%), power range +5 to -30 dbm; equalization on g: 2.4 GHz band; 54 Mbps 64QAM OFDM: <-43 db (< 0.7%), power range +5 to -30 dbm n: 5 GHz band; 54 Mbps 64QAM OFDM; MCS7: <-34 db (< 2.0%), power range +5 to -20 dbm Absolute amplitude accuracy to GHz: ±0.6 db (CW) typical (0 to -90 dbm) 4.8 to GHz: ±0.8 db (CW) typical (0 to -90 dbm) Source (VSG) EVM a,g,n: 2.4 GHz band; 54 Mbps 64QAM OFDM: -44 db (<0.6%), up to +6 dbm a,g,n: 5 GHz band; 54 Mbps 64QAM OFDM: -44 db (<0.6%), up to +2 dbm b: DSSS: <-36 db (< 1.5%), up to +6 dbm Frequency accuracy < ±1.0 ppm/yr 5

6 Rapid test development With Agilent s application-specific measurements, embedded WiMAX and WLAN waveforms, and SCPI programmability, developing a test plan is faster too. Test developers can try out various measurement sequences using the push-button simplicity of the test set s front panel and viewing results on the graphical display. Software tools The N8300A is compatible with popular Agilent software tools such as Signal Studio, which is used to create and download WiMAX and WLAN waveform files. Alternatively, manufacturers can use other standard tools such as MATLAB for custom waveform creation and analysis. The open Windows XP Professional operating system allows remote troubleshooting and control of the N8300A via Windows Remote Desktop from anywhere in the world. WLAN virtual front panel spectral mask IQ Measured Polar constellation Modulation analysis in statistics metrics Dual display of Power versus Time and Spectrum showing channel power and occupied bandwidth measurements 6

7 N7300 Series Chipset Software for WiMAX and WLAN device and module test Designed for use with Agilent s N8300A Wireless Networking Test Set and N9010A EXA and N9020A MXA Signal Analyzers, the N7300 Series Chipset Software provides control, calibration and test of WiMAX and WLAN devices and modules. Automated WiMAX and WLAN chip set test Agilent continues to engage with leading WiMAX and WLAN chip set vendors to provide automated device control and test integration for high volume manufacturing. Flexible and easy DUT control N7300 series software test results are validated by the chipset manufacturer, and by providing an easy way of combining instrument and DUT control, this software shortens the test development process and promotes the fastest time-to-market. N7300 Series Chipset Software Block Diagram 7

8 Automated design verification Because the N8300A reuses source waveforms and measurement algorithms from Agilent s industry-leading WiMAX and WLAN R&D tools, measurements are consistent and traceable throughout the product life cycle. That enables a faster time-tomarket and also makes the test set a useful tool for automated design verification. Test developers can choose from the comprehensive set of WiMAX and WLAN measurements included with the N8300A to create a verification test plan that is based on measurements used in R&D and is aligned with the test plan used in manufacturing. Fast troubleshooting To keep production lines moving and minimize rework, the N8300A performs all the transmitter and receiver measurements needed for fast in-band troubleshooting of WiMAX and WLAN devices. Troubleshooting is more efficient, because the friendly user interface makes measurement functions available with the press of a key or a SCPI command, and results are immediately viewable on the display. Ordering information Note: For complete ordering information, including information on accessories, calibration and documentation, warranty and service, N7300 series chipset software and Signal Studio software, refer to the Configuration Guide (literature number EN). Hardware N8300A Wireless networking test set N8300A-505 Frequency range to 4.8 GHz N8300A-506 Frequency range to 6.0 GHz N8300A-404 MIMO/Multi-port Connectivity Software Measurement Applications N6301A WiMAX measurement applications N6301A-1FP (Mobile WiMAX) OFDMA measurement application - fixed perpetual license N6301A-2FP (Fixed WiMAX) OFDM measurement application - fixed perpetual license N6302A WLAN measurement applications N6302A-1FP a,b,g and n WLAN measurement application - fixed perpetual license N6302A-2FP b,g WLAN measurement application - fixed perpetual license Connectivity options To suite most test and troubleshooting needs, the N8300A has a range of popular connectivity options: USB, 100 Base-T LAN, or GPIB. Users can take advantage of this modern connectivity by connecting the N8300A to a LAN to access or share files, or to control the N8300A remotely. Path to the future The open architecture of the N8300A ensures test platform extensibility to protect your investment. Agilent will continually update the WiMAX and WLAN measurement application to track evolving standards and frequency bands. 8

9 Related literature Agilent N8300A Wireless Networking Test Set with N630XA Measurement Applications Datasheet, literature number EN Agilent N8300A Wireless Networking Test Set, N7300 Series Chipset Software and N630XA Measurement Applications, Configuration Guide, literature number EN N6301A e OFDMA Measurement Applications, Technical Overview, literature number EN Agilent N7300 Series Chipset Software, Brochure, literature number EN Mobile WiMAX Manufacturing Test with the N8300A: The First Steps Towards Test Automation Application Note, literature number EN IEEE a,b,g,n Manufacturing Test with the N8300A: Application notes: a) Theory and Techniques (Part 1); literature number EN b) The First Steps Towards Test Automation (Part 2); literature number EN c) Test Optimization (Part 3); literature number EN d) Transitioning from the N4010A wireless connectivity test set (Part 4); literature number EN Move Forward to What s Possible of WiMAX Brochure, literature number EN Understanding the Intricacies of WiMAX Poster, literature number EN Agilent Series Vector Signal Analysis Software 89601/89601AN/89601N12 Datasheet, literature number EN IEEE e WiMAX OFDMA Signal Measurements and Troubleshooting Application Note 1578, literature number EN Mobile WiMAX PHY Layer (RF) Operation and Measurement Application Note, literature number EN 9

10 Agilent N8300A - Eliminating the compromise between speed and performance in WiMAX and WLAN testing 10

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12 For more information on Agilent Technologies products, applications or services, please contact your local Agilent office. The complete list is available at: Americas Canada Latin America United States Asia Pacific Australia China Hong Kong India Japan Korea Malaysia Singapore Taiwan Thailand (877) (800) (421) Europe & Middle East Austria Belgium Denmark Finland France Germany Ireland Israel Italy Netherlands Spain Sweden Switzerland United Kingdom Other European Countries: Revised Oct 1, (0) (0) * *0.125 fixed network rates / (0) (91) (0) Product specifications and descriptions in this document subject to change without notice. Mobile WiMAX and WiMAX are trademarks of the WiMAX Forum. Windows is a U.S. registered trademarks of Microsoft Corporation. MATLAB is a U.S. registered trademark of The Math Works, Inc. Agilent Technologies, Inc Printed in USA, June 16, EN 12