Originally developed for mobile applications, the MIPI® Camera Serial Interface (CSI-2℠) is rapidly evolving to meet the needs of emerging imaging and vision applications beyond mobile. Bringing support for high resolution image capture, rich color capability, and high frame rate video, MIPI CSI-2 is increasingly selected for use in smart phones, tablets, drones, automotive and mobility applications, wearables, and IoT.

As the MIPI CSI-2 standard continues to evolve and broaden its application reach, significant design and verification challenges have emerged. At Introspect Technology, we’ve created the most complete portfolio of tools for addressing these challenges. Our instruments have become indispensable to the design, verification, and high-volume manufacturing of devices and systems based on MIPI CSI-2. Features such as virtual channels, deep color pixel formats, scrambling, or spread spectrum clocking are all seamlessly supported by our test tools.

Industry Challenges

  • Lane distribution and merging
  • Ultra high resolution packet/frame testing and analysis
  • High frame rates and high transmission bandwidth
  • Large number of virtual channels
  • Advanced features for long reach and transport efficiency
  • Complex conformance test requirements

Introspect Capability

  • Combo instruments that support CSI-2 on multiple physical layers
  • Optimized tools that achieve the theoretical CSI-2 frame rates and bandwidth
  • Deep capture memory and infinite-duration, real-time packet error analysis
  • Complete support for advanced CSI-2 features in versions 1.3, 2.0, 2.1, and upcoming versions
  • Conformance test suites for transmitter and receiver links

Products

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
SV4E MIPI Receive Device Emulator
SV4E-DPRXG MIPI D-PHY Frame Grabber
Capture and analyze D-PHY CSI-2 sensor data
SV4E MIPI Receive Device Emulator
SV4E-CPRXG MIPI C-PHY Frame Grabber
Capture and analyze C-PHY CSI-2 sensor data
CRTB
CRTB MIPI C-PHY Reference Termination Board
MIPI C-PHY Reference Termination Board
SV4E MIPI Receive Device Emulator
SV4E MIPI CSI-2 to HDMI Converter
Track long-term streaming behavior of CSI-2 camera links
SV4E MIPI Receive Device Emulator
SV4E-DPRXCPRX MIPI Receive Device Emulator
MIPI receive device emulator for D-PHY and C-PHY
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

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