ASSET ScanWorks PCIe-1000 JTAG Controller | IEEE 1149.1 & 1149.6 Boundary Scan Test Card
Technical Reference: ASSET ScanWorks PCIe-1000 JTAG & Boundary Scan Controller
The ASSET ScanWorks PCIe-1000 is a high-performance JTAG controller designed for comprehensive hardware validation and production testing. Supporting both IEEE 1149.1 and IEEE 1149.6 boundary scan standards, this PCIe-based card is the industry standard for non-intrusive board testing (NBT), processor-controlled testing (PCT), and FPGA-controlled testing (FCT).
Key Performance Specifications
Standard Support: Fully compliant with IEEE 1149.1 (Standard JTAG) and IEEE 1149.6 (Advanced I/O).
Clock Speed: Supports Boundary Scan Test Clock (TCK) frequencies up to 50 MHz.
Interface: PCI Express (PCIe) for high-speed data throughput between the host and the Unit Under Test (UUT).
Capabilities: Enables structural test, flash programming, and in-system configuration of PLDs/FPGAs.
Advanced Testing Modes
Boundary Scan Test (BST): Pin-level structural integrity verification.
Processor-Controlled Test (PCT): High-speed functional testing via the CPU's JTAG port.
FPGA-Controlled Test (FCT): Utilizing FPGA resources for ultra-fast at-speed testing.
Inventory Availability & Global Sourcing
We currently have original ASSET ScanWorks PCIe-1000 units available in our Shenzhen warehouse.
Condition: Pre-owned, original ASSET InterTech hardware decommissioned from high-end electronics manufacturing environments. Each unit has been visually inspected for component health and JTAG connector integrity.
Verification: We provide high-resolution photos of specific hardware revisions and serial numbers to ensure seamless integration with your ScanWorks software environment.
Logistics: Worldwide express delivery via DHL, FedEx, or UPS. Professional anti-static packaging is standard.
Technical Inquiry & Quotes: If you are a test engineer or sourcing specialist requiring a replacement JTAG controller for your ScanWorks station, please contact our technical desk:
WhatsApp: +86 159 1599 7637
Email: xw8668448@gmail.com



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