XDS560 Class Emulators
BH-XDS560v2
The Blackhawk XDS560v2 System Trace Emulator (BH560v2) is based on the XDS560v2 system trace reference design (XDS560v2) from Texas Instruments. The XDS560v2 design is the latest generation of the high-performance XDS560-class technology first made available by Blackhawk with the USB560/LAN560 and XDS560 Trace. Please, click on the image for the detailed datasheet.
The XDS560v2 design includes both high-speed USB 2.0 and 10/100Mbit Ethernet host interfaces, multi-color state and activity LEDs and a flexible, ribbon-coax JTAG cable. The JTAG cable comes with a native MIPI 60 connection and the unit ships with three (3) pin converters for connection to target boards with 14-pin TI, 20-pin compact TI, 60-pin trace and 20-pin ARM headers.Along with traditional JTAG (IEEE 1149.1) the XDS560v2 adds support for IEEE 1149.7 (aka cJTAG) and system trace (STM), an interface on the TI heterogeneous multi-core (ARM + DSP) devices.
As with the BH-LAN560 product, the Ethernet connection of the BH560v2 allows developers share access to target boards without the need of another computer. Migrating from a LAN560 to the Blackhawk XDS560v2 is easy.
Unlike competitor models of the XDS560v2, Blackhawk products are bus-powered through the USB or LAN port. USB and LAN products are identical except that for the USB (BP = bus-powered) version the PoE power supply unit (injector) is not included while the PoE version comes with a so-called PoE kit.
Please note that this product does not support legacy software, e.g. Code Composer Studio V4.1x or earlier. It will support Code Composer Studio V4.2 or newer and all Ctools enabled devices.
For more information, please contact us.
BH-USB560v2
T
he Blackhawk USB560v2 System Trace Emulator (USB560v2) is also based on the XDS560v2 system trace reference design (XDS560v2) from Texas Instruments.
The USB560v2 low-cost and compact design includes a bus-powered, high-speed USB 2.0 host interface with bi-color state and activity LEDs and a flexible, ribbon-coax JTAG cable. The JTAG cable comes with a native MIPI 60 connection and the unit ships with three (3) pin converters for connection to target boards with 14-pin TI, 20-pin compact TI and 20-pin ARM headers.
Along with traditional JTAG (IEEE 1149.1) the USB560v2 also includes support for IEEE 1149.7 (previously known as cJTAG) and system trace (STM), an interface on the TI heterogeneous multi-core (ARM + DSP) devices.
The System Trace capability is compliant to MIPI STP. All Blackhawk XDS560v2-class emulators support STM. For those that are not familiar, MIPI STP expands to Mobile Industry Processor Interface System Trace Protocol. See www.mipi.org for more details. Access to this capability is provided by TI CTools enabled devices for debug and optimization of multi-core processors.
For more information, please contact us.