Anritsu announced significant enhancements to the Sequence Editor feature of its Signal Quality Analyzer-R MP1900A, a high-performance Bit Error Rate Tester (BERT). The enhanced capabilities enable intuitive, GUI-based creation of test sequences for abnormal and stress conditions, streamlining the evaluation process for PCI Express 6.0 (PCIe 6.0) devices operating at unprecedented speeds.
Key Enhancements
The updated Sequence Editor delivers several critical capabilities for next-generation device validation:
GUI-based interface simplifies the development of complex test sequences for abnormal and stress conditions
Simultaneous testing across multiple PCIe lanes enables realistic test environments
Advanced capabilities help engineers isolate both physical and logical-layer errors in high-speed transmission environments
Streamlined design and validation processes improve overall product quality and reduce time-to-market
Addressing PCIe 6.0 Testing Challenges
As PCIe 6.0 transmission speeds reach 64 GT/s, traditional signal evaluation and fault identification methods face increasing complexity. With electrical performance compliance testing on the
horizon, engineers require sophisticated yet user-friendly solutions that balance precision with speed.
The enhanced MP1900A addresses these challenges by supporting both standard compliance testing and advanced abnormal/stress test scenarios through its intuitive interface. This dual capability helps
prevent costly rework while significantly improving validation efficiency.
Advanced Multi-Lane Testing
The solution‘s multi-channel evaluation capability enables simultaneous testing of multiple PCIe lanes, creating more realistic test environments that mirror actual deployment conditions. Combined
with Link Training Status State Machine (LTSSM) log analysis, these features support:
The enhanced Signal Quality Analyzer-R MP1900A represents Anritsu‘s continued commitment to providing cutting-edge test solutions that meet the evolving needs of high-speed digital design and validation teams.