Specifications

1.display port to dvi cable
2.clear appearence
3.high Resistance
4.ROHS compliant,UL standard wire
5.7 yrs manufacturer

Product name:

 

TOP STANDARD  White Display port to DVI adaptor cable  

 

Features:
* Support Mini DisplayPort 1.1a input and HDMI output.
* Support HDMI highest video resolution 1080p.
* Support HDMI 225MHz/2.25Gbps per channel (6.75Gbps all channel) bandwidth.
* Support HDMI 12bit per channel (36bit all channel) deep color.
* Supports uncompressed audio such as LPCM.
* Powered from Mini DisplayPort source 

 

Specifications:

· Connector: 20-pin 30U male, shell nickel plated

· Cables: UL 20276(1P+D+AL+MYLAR)*5+5C+AEB, OD7.3mm, 30AWG/28AWG available

· Voltage: DC 300V 2M ohm/10ms

· Contact resistance: 2ohm MAX

· All materials RoHs compliant

· Length: 3ft, 6ft, 12ft, 15ft   

 

• Forward link channel with 1 to 4 lanes; effective data rate 1.296, 2.16, or 4.32 Gbit/s per lane (total 5.184, 8.64, or 17.28 Gbit/s for a 4-lane link)^†.
• 8b/10b error-correction encoding (10 bit symbols, 25% coding overhead)
• Supports color depth of 6, 8, 10, 12 and 16 bits per color component
• Optional 8-channel audio with sampling rates up to 24 bit 192 KHz, supports encapsulation of audio compression formats
• Bidirectional half-duplex AUX channel, 1 Mbit/s (v1.0) or optional 720 Mbit/s (v1.2)
• Supports RGB and YCbCr color spaces (ITU-R BT.601-5 and BT.709-4), 4:4:4 and 4:2:2 chroma subsampling
• Supports stereoscopic 3D formats: frame sequential (v1.1a), field sequential, side-by-side, pixel interleaved and dual interface (v1.2)
• Optional Dual-mode support generates TMDS and clock for DVI/HDMI signaling with a simple line-level conversion dongle.
• Supports up to 63 video and audio streams with time-division transport multiplexing and hot-plug bandwidth allocation (from version 1.2)
• 128-bit AES DisplayPort Content Protection (DPCP) support, and support for 40-bit High-bandwidth Digital Content Protection (HDCP) from version 1.1 onwards.
• Supports internal and external connections so that one standard can be used by computer makers reducing costs.

• Fewer lanes with embedded self-clock, reduced EMI with data scrambling and spread spectrum mode
• Based on micro-packet protocol
  • Allows easy expansion of the standard with multiple data types
  • Flexible allocation of available bandwidth between audio and video
  • Multiple video streams over single physical connection (version 1.2)
  • Long-distance transmission over alternative physical media such as optical fiber (version 1.1a)
• Supports high resolution displays and multiple displays with a single cable
  • 17.28 Gbit/s of video bandwidth, enough for supporting 4 simultaneous 1080p60 displays or 2560 × 1600 × 30 bit @120 Hz
  • Dual link DVI - 7.92 Gbit/s or 330 MHz pixel clock, HDMI 1.3 - 8.16 Gbit/s or 340 MHz, analog VGA - typically 400 Mhz
• Designed to support internal chip-to-chip communication
  • Aimed to replace internal LVDS links to display panels with a unified link interface
  • Compatible with low-voltage signaling used with sub-nanometer CMOS fabrication
  • Can drive display panels directly, eliminating scaling and control circuits and allowing for cheaper and slimmer displays
• Link training with adjustable amplitude and preemphasis adapts to differing cable lengths and signal quality
  • Reduced bandwidth transmission for 15 meter cable (at least 1920x1080p60, 24 bpp)
  • Full bandwidth transmission for 2 meter cable
• High-speed auxiliary channel for DDC, EDID, MCCS, DPMS, HDCP, adapter identification etc. traffic
• Can be used for transmitting bi-directional USB, touch-panel data, CEC, etc.