Test & Measurement
GOEPEL's Boundary Scan Controller with Wireless LAN Interface
GOEPEL electronic has today revealed the launch of the SFX/WSL1149-(x), the world’s first controllers for Wireless LAN as an addition to the company’s Boundary Scan hardware platform SCANFLEX. The new Boundary Scan controller series provides a Triple Stream/Dual Band WLAN interface for theoretical transmission speed up to 450 Mbps, enabling wireless utilisation of the newest Embedded System Access technologies for testing, programming and debugging of complex chips, boards, and entire systems.
“OAbout the new WLAN controller:
The SFX/WSL1149-(x) controller series is the world’s first with integrated WLAN control, compatible with IEEE standard 802.11a/b/g/n. Additionally, the module provides USB2.0 and Gbit Ethernet interfaces.
The controller series includes three models of different performance classes to be configured by software, enabling TCK frequencies of up to 80 MHz. In combination with additional components of the modular SCANFLEX product range, such as the SCANFLEX TAP Transceiver (SFX Transceiver) and SCANFLEX I/O modules (SFX Modules), WLAN controlled Boundary Scan systems can be configured with up to eight independent parallel TAPs and up to 31 additional analogue or digital functional modules. The wireless operation greatly simplifies handling, providing benefits for remote test, debug and fault diagnosis applications. On this basis, the SFX/WSL1149-(x) is able to support all technologies for Embedded System Access.
The SFX/WSL1149-(x) controller series will be fully supported in the JTAG/Boundary Scan software platform SYSTEM CASCON starting from version 4.6.2.
About Boundary Scan:
Boundary Scan (IEEE Std. 1149.x) is a technology for embedded access of IC pins by way of integrated scan cells. They form a shift register controlled via the Test Access Port. The principle was developed as an alternative to In-Circuit Test to avoid the utilisation of nail probe contact.
Boundary Scan is part of the so called Embedded System Access technologies, containing procedures such as Chip Embedded Instruments, Processor Emulation Test, In-System Programming or Core Assisted Programming. ESA technologies are currently the most modern strategies for validation, test and debug as well as programming of complex boards and systems. They can be applied throughout the entire product life cycle, enabling enhanced test coverage at reduced costs.