The MIPI® Alliance offers two specifications for implementing mobile displays: the Display Serial Interface (DSI℠) and the Display Serial Interface 2 (DSI-2℠). These specifications enable the creation of very high resolution displays while using exceptionally power-efficient physical layers. For this reason, MIPI DSI and DSI-2 based displays have become the devices of choice for high-end smart phone manufacturers, and they are also increasingly used in non-mobile applications such as infotainment systems or wearables.

Modern DSI and DSI-2 implementations include advanced innovations, such as compression, spread-spectrum clocking, and Bus Turnaround (BTA), which give rise to substantial design and validation challenges. Fortunately, Introspect Technology has created the most complete suite of test tools for display driver integrated circuits (DDICs) as well as completely assembled display panels, ranging from protocol exercising and analysis to high-volume production testing and system-level emulation.

Industry Challenges

  • Lane distribution and merging
  • Ultra high resolution packet/frame testing and analysis
  • High frame rates and strict video timings
  • Protocol based compression parameter definition and transmission
  • Spread-spectrum clocking
  • Complex conformance test requirements

Introspect Capability

  • Combo instruments that support DSI/DSI-2 on multiple physical layers
  • Optimized tools that achieve the most stringent video timing requirements
  • Deep capture memory and infinite-duration, real-time packet error analysis
  • Complete support for advanced DSI-2 features in versions 1.0, 1.1, and upcoming versions
  • Conformance test suites for transmitter and receiver links

Testers

SV5C-DPRXCPRX MIPI D-PHY and C-PHY Analyzer
Combo MIPI D-PHY/C-PHY analyzer — ultimate product for dual roadmap development
SV5C-CPRX MIPI C-PHY Analyzer
Ultra-portable, high-performance MIPI C-PHY analyzer
SV5C-DPRX MIPI D-PHY Analyzer
Ultra-portable, high-performance MIPI D-PHY analyzer
CRTB
CRTB MIPI C-PHY Reference Termination Board
MIPI C-PHY Reference Termination Board
PV1 Active Probe
PV1 Universal Active Probe
Probing Solution with 5 GHz Bandwidth
SV3C DPRX-CPRX
SV3C-DPRXCPRX MIPI D-PHY and C-PHY Analyzer
Receives traffic at a continuous range of data rates for both D-PHY and C-PHY
SV4E MIPI Receive Device Emulator
SV4E-CPRX Receive Device Emulator for MIPI C-PHY
Receive device emulator for MIPI C-PHY
SV4E MIPI Receive Device Emulator
SV4E-DPRX Receive Device Emulator for MIPI D-PHY
MIPI receive device emulator for D-PHY
SV4E MIPI Transmit Device Emulator
SV4E-DPTXCPTX MIPI Transmit Device Emulator
Transmit Device Emulator for C-PHY and D-PHY
SV3C DPTX-CPTX
SV3C-DPTXCPTX MIPI D-PHY and C-PHY Generator
Combo MIPI D-PHY/C-PHY generator — ultimate product for dual roadmap development
SV3C-CPRX
SV3C-CPRX MIPI C-PHY Analyzer
Ultra-portable, high-performance MIPI C-PHY analyzer
SV3C-CPTX MIPI C-PHY Generator
Generator for MIPI CSI-2 up to v2.1, DSI-2 up to v1.1, DSI up to 1.3, for C-PHY up to v1.2
SV3C-DPRX MIPI D-PHY Analyzer
Exercise and validate MIPI-based transmitter ports up to 3.1 Gbps
Shown: SV3C-DPTX D-PHY Generator
SV3C-DPTX MIPI D-PHY Generator
Ultra-portable, high-performance MIPI D-PHY generator up to 6.5 Gbps

Software Solutions

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