Extending the Reach of Free Boundary-scan Tools |
Jtag Technologies Inc
1006 Butterworth Ct
Stevensville, MD, 21666
USA
Press release date: July 5, 2011
JTAG Technologies launches Buzz-plus; worth 125 US $ but available for free to a limited number of current Buzz users.
Eindhoven, The Netherlands - JTAG Technologies is proud to announce the latest extension to its popular JTAGLive family of boundary-scan powered design and repair debug tools for PCBs. JTAGLive Buzz-plus is an extension to the acclaimed free-of-charge Buzz tool that was launched in 2009.
While Buzz allows the user to sample activity on boundary-scan pins and test continuity of nets across a circuit board - and is free to all users - Buzz-plus extends the capability with a unique 'seek and discover' mode; that effectively learns the network of nodes for a specified net connection.
Peter van den Eijnden, Managing Director of JTAG Technologies, comments: "We devised Buzz-plus to allow even easier detection of bridging - a.k.a. short-circuit - faults with our base-level JTAGLive family. With Buzz-plus you can find all the boundary-scan connections for two drivers simultaneously. If connections are missing, or if shorts occur between these two nets, those can easily be seen."
99 free copies of Buzz-plus are available to existing Buzz users, who can apply via www.jtaglive.com/Products/Buzz.
The JTAGLive family capitalizes on the boundary-scan resources found on today's high-end circuit boards. There is no need for a netlist since the tool uses just BSDL models of the compliant parts (usually freely available from IC vendors) to give the user access to all of the I/O pins for driving and sensing.
The user can define up to two boundary-scan chains and can quickly verify chain integrity through hardware adapters from Xilinx, Altera, JTAG Technologies and the dedicated JTAGLive controller/interface.
As well as the new Buzz-plus option, the JTAGLive family includes additional extended modules 'Clip', which allows the engineer to create more customised logic cluster test patterns, and 'Script', a powerful command and control structure to manipulate and sense cluster I/Os utilising the popular Python(TM) language. Script is ideal for functional-style, device-oriented tests such as testing mixed signal parts, operations that require user intervention, and looping test patterns to set up device registers.
The latest version of Script not only allows you to access the boundary-scan registers of the devices on your board, it now also allows you to access, observe and control any device register that can be accessed through the JTAG interface.
JTAG Technologies has launched Buzz-plus, the latest addition to its JTAGLive family of boundary-scan powered design and repair debug tools for PCBs. Caption for graphic attached
About JTAG Technologies
JTAG Technologies is a market leader and technology innovator of boundary-scan software and hardware products and services. The company was the first to bring to the market such important advances as automated test generation, automated fault coverage analysis, automated flash and PLD programming via boundary-scan, and visualized boundary-scan analysis. Its customers include world leaders in electronics design and manufacturing such as Ericsson, Flextronics, Honeywell, Medtronic, Motorola, Nokia, Philips, Raytheon, Rockwell-Collins, Samsung, and Sony. Its innovative boundary-scan products provide test preparation, test execution, test result analysis and in-system programming applications. With an installed base of over 6,500 systems worldwide, JTAG Technologies serves the communications, medical electronics, avionics, defence, automotive, and consumer industries with offices throughout North America, Europe and Asia. JTAG Technologies headquarters are located in Eindhoven, The Netherlands. For further information please visit www.jtag.com
JTAG, JTAG Technologies and JTAG ProVision are registered trademarks of JTAG Technologies, Inc. All other brand names or product names mentioned are trademarks or registered trademarks of their respective holder(s).
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