At the heart of the MIPI® Alliance specifications framework, these physical layers (“PHYs”) are fast, compact, and extremely cost-optimized. And true to the modular nature of MIPI, a single physical layer is able to operate with multiple protocol layers. This creates both an opportunity and a challenge for anyone implementing a MIPI high-speed link. On one hand, the ability to mix and match varied protocol layers with varied physical layers allows for innovation and creativity; and on the other, this means that the physical layer has to be properly specified, designed, and verified.

Introspect Technology has created the most complete tool set for addressing the design, verification, and high-volume manufacturing of all MIPI Alliance physical layers: Whether it is a D-PHY℠ interface on a display link, a C-PHY℠ interface on a camera link, or a M-PHY℠ interface on a memory link, our tools are able to characterize and exercise such links with high sophistication and tremendous ease of use.

Anxious about A-PHY? We’ve got you covered as well!

Industry Challenges

  • Flexible data rate support
  • High operating rates on very short transmission channels
  • Large lane count
  • Low power and high-speed operating modes
  • Dynamic, PHY-defined termination controls
  • Very low voltage levels with multi-level signaling
  • Demanding physical layer conformance tests that include dynamic jitter injection and receiver stressed eye specifications

Introspect Capability

  • Combo instruments that can address multiple PHY types
  • Any rate operation on all C Series, D Series, and E Series testers
  • Per wire skew and jitter injection capability
  • True receiver technology for forwarded clock (D-PHY), embedded clock (M-PHY), and three-phase embedded clock (C-PHY) links
  • True dynamic termination controls for low-power and high-speed operation
  • Complete set of conformance test suites


Combo MIPI D-PHY/C-PHY generator — ultimate product for dual roadmap development
SV4E MIPI Receive Device Emulator
MIPI D-PHY Frame Grabber
SV4E MIPI Receive Device Emulator
MIPI C-PHY Frame Grabber
SV4E MIPI Receive Device Emulator
MIPI receive device emulator for D-PHY and C-PHY
Combo MIPI D-PHY/C-PHY analyzer — ultimate product for dual roadmap development
Combo MIPI D-PHY/C-PHY generator — ultimate product for dual roadmap development
Ultra-portable, high-performance MIPI C-PHY analyzer
Ultra-portable, high-performance MIPI C-PHY generator
Ultra-portable, high-performance MIPI D-PHY analyzer
Shown: SV3C-DPTX D-PHY Generator
Ultra-portable, high-performance MIPI D-PHY generator


MIPI C-PHY Reference Termination Board
PV1 Active Probe
PV1 Universal Active Probe
Oscilloscope and protocol analyzer probing solution for multi-Gbps applications

Questions? Visit our FAQ page or contact us for any inquiries.