Texas Instruments supports a variety of JTAG connection methods to both its development kits and custom boards. This page covers in detail several aspects to properly identify, specify and …

Section 3.1 describes the full list of pins for a 20-pin TI cTI connection, but not all functionality is supported by TM4C. Section 4.2 describes the required JTAG connections for TM4C as the …

Texas Instruments and its third parties support a variety of adapters to convert across different JTAG headers and connectors available in the marketplace. This page covers in detail the …

Following the trend for space reduction on modern TI development boards, all XDS200 variants feature a standard TI 20-pin connector as the primary JTAG connectivity to the target. In …

These pin converters are designed for use with an emulator that has a 14-pin TI JTAG connection. This adapter converts the standard TI 2x7 14-pin JTAG connector found on most …

From what I've read it appears that if a JTAG emulator supports the 14-pin header, (such as the Blackhawk XDS560V2) , there is no reason to use a 20-pin header. Is this correct? Is there …

Using a point-to-point method, a single set of JTAG pins are connected to a single device (see Figure 2). If there are multiple devices in a system, then multiple JTAG headers are required.

Following the trend for space reduction on modern TI development boards, all XDS200 variants feature a standard TI 20-pin connector as the primary JTAG connectivity to the target. In …

I am looking for some clean solution to connect an ARM20 pin emulator connector to the TI compact 20 pin JTAG header available on new boards such as AM335X etc. I have found …

The XDS110 is designed to replace the aging XDS100 family of JTAG debuggers with higher JTAG and cJTAG data throughput, added support for Arm Serial Wire debug modes at the …