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Product category: Stand-Alone Instruments
News Release from: Tektronix | Subject: UWB Analysis software
Edited by the Electronicstalk Editorial Team on 21 May 2008

Software upgrades UWB WiMedia 1.2
testing

Methods of implementation provide step-by-step instructions for performing 1.2 specification compliance testing using the latest UWB Analysis software.

Tektronix has created the world's first methods of implementation (MOI) for the new ultrawideband (UWB) WiMedia PHY Test Specification Version 1.2 and has released a new version of its UWB Analysis software for DSA/DPO70000 series oscilloscopes that provides additional measurements for UWB WiMedia 1.2 With the new WiMedia PHY Test Specification Version 1.2 adding more receiver testing, the Tektronix AWG7102 arbitrary waveform generator and RFXpress signal creation software are the best choices for engineers working with v1.0 and v1.2 and planning for v1.5

According to Brian Reich, Vice President, Performance Scopes Product Line, Tektronix: "Customers working with UWB WiMedia need simplified test methodologies and the ability to trigger, capture and analyse high speed RF signals".

"With the new MOI providing step-by-step instructions to perform 1.2 specification compliance testing and the latest UWB Analysis software, Tektronix provides customers the most capable toolset for debugging and analysing complex UWB waveforms while running on the industries highest performance hardware".

"No other combination of software and hardware in the market is able to match Tektronix for UWB WiMedia analysis and performance".

For UWB WiMedia radios using MB-OFDM technology for Certified Wireless USB, next generation Bluetooth, WiNet and Wireless FireWire (IEEE1394) applications, Tektronix UWB Analysis software reads the digital information from the RF waveform to determine the demodulation method on a packet-by-packet basis.

By reading the digital information from the RF waveforms, UWB Analysis automatically determines which demodulation method is used, datarates, time frequency coding, the pass/fail test limits, and constellation type that is then displayed.

Detection and analysis is done on each packet from the RF content, greatly simplifying setup and speeding analysis and compliance tests.

UWB Analysis is augmented by the features of the world's highest performing real-time oscilloscope and provides the specific modulation and spectral analysis for WiMedia Version 1.2.

This is especially useful for engineers designing, testing and integrating UWB radios into Certified Wireless USB, next generation Bluetooth, and other industry consumer and computer applications.

The Tektronix MOI covers the new v1.2 requirements for receiver testing.

With RFXpress software running on the AWG7102 provides an efficient way of creating compliant and noncompliant WiMedia waveforms for all bandgroups, datarates and both hopping - time frequency interleaving (TFI) and time frequency interleaving over two bands (TFI2) - and non hopping - fixed frequency interleaving (FFI) - time frequency codes.

This enables WiMedia designers and validation engineers to improve the reliability of their designs.

With 20Gsample/s sampling technology engineers can create signals in bandgroups 1 and 2 that are generated directly from the AWG7102 without the need for an external I/Q modulator.

For the higher frequency bandgroups the AWG7102 provides added flexibility by enabling waveform creation through either I/Q modulation or less expensive mixing tools.

The AWG7102 arbitrary waveform generator provides comprehensive WiMedia signal generation support for MAC and PHY layers.

In addition RFXpress has the ability to add impairments like time synchronised Gaussian noise at the WiMedia Packet level (pre-amble, PPDU header and PSDU), create tone nulling and introduce realistic interference to WiMedia waveforms from sources including Wi-Fi (802.11a and MIMO), WiMAX and radar.

Tektronix offers a leading digital RF testbench for WiMedia and other UWB applications with an industry best combination of hardware and software.

The new WiMedia MOI offers a step by step test methodology for the new ultrawideband (UWB) WiMedia PHY Test Specification Version 1.2 release.

For transmitter testing, UWB Analysis software combined with the DSA72004 oscilloscope offers the widest bandwidth, fastest rise time and lowest noise density that enables users to capture and analyse UWB signals with higher accuracy than competitive instruments.

Additionally, the AWG7102 arbitrary waveform generator is the only instrument on the market today that can recreate both nonhopping (FFI) and hopping (TFI and TFI2) signals for WiMedia applications and develop and prepare for future device requirements for detect and avoid (DAA) technologies.

RFXpress software on the AWG7102 enables engineers to create UWB signals quickly and easily to improve the reliability of their designs. Request a free brochure from Tektronix ...

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