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DisplayPort

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Originally introduced to replace legacy analog display technology interfaces, DisplayPort (DP(R)) has rapidly evolved to become the de facto global standard for connecting to high-performance displays in multiple form factors. It uses state-of-the-art digital communications protocol technology and extremely robust analog physical layer specifications to enable the most immersive display experiences — experiences that drive applications such as multi-monitor streaming, high refresh-rate gaming, and ultra high-resolution displays. More importantly, with increasing emphasis on single-cable connections such as Type-C and embedded connections in mobile form factors, DisplayPort also offers highly sophisticated protocol options that not only drive bandwidth but also protocol flexibility.

Introspect Technology has created a complete set of solutions for DisplayPort design validation, characterization, and production testing. Our solutions contain a wide host of protocol features for validating DisplayPort v1.4 and v2.0 implementations (among others), and they simultaneously include the most complete range of physical-layer features that enable testing receiver sensitivity and equalization capability. Most importantly, our solutions work with the ultra-flexible Pinetree software, thus offering complete flexibility in controlling and validating the highly complicated DP communications protocols.

Industry Challenges Introspect Capability
- Extremely high data rates
- Closed-eye testing and link equalization training
- Complex protocols for multi-stream transport, secondary packets, low-power mode, and others
- Tight coupling between physical layer features (e.g. equalization) and protocol layer features (e.g. training)
- Up to 26 Gbps coverage for v2.0 support
- Pattern generators that support link training, multi-stream transport, audio streaming, and all other DP features
- Pattern generators that support receiver stress testing using jitter injection, noise injection, and spread-spectrum clocking
- Analyzers that can act as a sink (and negotiate link capability with a source device under test) or as a sniffing (probing) analyzer
- Wide array of probing and repeater solutions that are transparent to the equalization training sequences between source and sink devices

| DisplayPort Generators

SV7C-eDP Embedded DisplayPort Generator High-performance generator for eDP up to v2.0 and DP up to v2.1 in HBR and UHBR
SV5C-eDP Embedded DisplayPort Generator High-performance generator for eDP v1.5 and DP v2.1 systems in HBR

| DisplayPort Analyzers

SV7C-eDP Embedded DisplayPort Analyzer Complete analysis of eDP v1.5 and DP v2.1 systems in HBR and UHBR
SV5C-eDP Embedded DisplayPort Analyzer Complete analysis of eDP v1.5 and DP v2.1 systems in HBR

| Probe Products

RSH2 Remote Sampling Head 12 Active Probes Integrated Into a Clean, Shielded Form Factor
RSH1 Remote Sampling Head Clean Probing of Parallel Buses
DisplayPort Chassis Probe Waveform Probing for DisplayPort Streams
PV2 Universal Active Probe Probing Solution with 8 GHz Bandwidth
PV1 Universal Active Probe Probing Solution with 5 GHz Bandwidth

| Video Demo

SV5C-eDP Generator Video Introduction
PV2 8 GHz Active Probe Introduction

| 자료실

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