JTAG Technologies, provider of solutions for testing and programming high-density PCBs, announces a further extension to its line of high-performance boundary-scan IEEE Std. 1149.1 controllers. Known as the DataBlaster JT 37x7/PXIe the new unit offers support for the increasingly popular PXIe/Compact PCI-express slot format that now features in some of the latest Automatic Test Equipment based on the PXI(e) standards.
Keeping pace with industry demands, JTAG Technologies has developed the new boundary-scan controller to satisfy the growing requirements for high-speed In-System Programming (ISP) of flash memories, serial memories and CPLDs as well as complex digital circuit testing. The new DataBlaster JT 37x7/PXIe offers users sustained test clock speeds of up to 40MHz by use of JTAG Technologies' proprietary ETT(TM) (Enhanced Throughput Technology) system and features an on-board flash image buffer memory.
Supplied with the complementary QuadPOD(TM) system, the new DataBlaster/PXIe offers four synchronised TAPs (Test Access Ports) able to support multi-TAP test targets (UUTs) or gang programming of four single TAP targets. QuadPOD(TM) can also house the full range of JTAG Technologies' SCIL modules, allowing the user to deploy custom test interfaces (BDM, I2C etc..) or the mixed signal DAF (Digital, Analog Frequency) measurement module.
Peter van den Eijnden (MD), sees more advantages as the JTAG/Boundary-scan capability is finding its way into many industry sectors from Automotive through to Particle Physics, many of which have demanding functional test requirements. Matching JTAG's digital and mixed-signal hardware to their preferred environment is also priority for JTAG Technologies..
The scalable DataBlaster JT 37x7/PXIe range starts with the low-cost entry model JT 3707/PXIe, ideal for high-speed test applications and in-system PLD programming. Companion models JT 3717/PXIe and JT 3727/PXIe, optionally fitted with an ETT(TM) module for flash ISP, support high-throughput flash programming as well as test and PLD programming.
DataBlaster/PXIe units are fully compatible with all revisions of JTAG Technologies' test and ISP tools, such as JTAG ProVision and the former 'Classic' family of development and factory run-time packages.
Keeping pace with industry demands, JTAG Technologies has developed the new boundary-scan controller to satisfy the growing requirements for high-speed In-System Programming (ISP) of flash memories, serial memories and CPLDs as well as complex digital circuit testing. The new DataBlaster JT 37x7/PXIe offers users sustained test clock speeds of up to 40MHz by use of JTAG Technologies' proprietary ETT(TM) (Enhanced Throughput Technology) system and features an on-board flash image buffer memory.
Supplied with the complementary QuadPOD(TM) system, the new DataBlaster/PXIe offers four synchronised TAPs (Test Access Ports) able to support multi-TAP test targets (UUTs) or gang programming of four single TAP targets. QuadPOD(TM) can also house the full range of JTAG Technologies' SCIL modules, allowing the user to deploy custom test interfaces (BDM, I2C etc..) or the mixed signal DAF (Digital, Analog Frequency) measurement module.
Peter van den Eijnden (MD), sees more advantages as the JTAG/Boundary-scan capability is finding its way into many industry sectors from Automotive through to Particle Physics, many of which have demanding functional test requirements. Matching JTAG's digital and mixed-signal hardware to their preferred environment is also priority for JTAG Technologies..
The scalable DataBlaster JT 37x7/PXIe range starts with the low-cost entry model JT 3707/PXIe, ideal for high-speed test applications and in-system PLD programming. Companion models JT 3717/PXIe and JT 3727/PXIe, optionally fitted with an ETT(TM) module for flash ISP, support high-throughput flash programming as well as test and PLD programming.
DataBlaster/PXIe units are fully compatible with all revisions of JTAG Technologies' test and ISP tools, such as JTAG ProVision and the former 'Classic' family of development and factory run-time packages.
