PM Series Fiber Optic Extenders Owner’s Manual PM Series Fiber Optic Standalone and Wall-plate type Extender Dtrovision LLC 9A Bergen Turnpike Little Ferry, NJ 07643 Tel: 201.488.3232 Fax: 201.621.6118 www.purelinkav.com www.dtrovision.com For Technical Support, contact us at support@dtrovision.
PureLink by Dtrovision TABLE OF CONTENTS Chapter 1. Introduction 1.1 Safety Precautions --------------------------------------------------------------------------1.2 Product Introduction -------------------------------------------------------------------------1.3 Package Contents ----------------------------------------------------------------------------- 3 4 4 Chapter 2. Features and Specifications 2.1 Features ----------------------------------------------------------------------------------------2.
PureLink by Dtrovision Chapter 1. Introduction 1.1 Safety Precautions When using and installing Dtrovision PureLink product, adhere to the following basic safety precautions. • Read and understand all instructions before using and installing this product. • The safety and operating instructions should be retained for future reference. • Always use the correct external power supply (indicated on the product label) when operating this unit. • Unplug this product from the wall outlet before cleaning.
PureLink by Dtrovision 1.2 Product Introduction Pure fiber optic cable for video, audio, and control signal PM series Fiber Optic (2 LC) extension system is designed to transmit video (DVI, HDMI or VGA), audio (Embedded or analog stereo audio), control (RS232/422 and IR) over a pure LC to LC fiber optic cable for long distance up to 6,600ft.
PureLink by Dtrovision Chapter 2. Features and Specifications 2.1 Features ▶ Transmitters directly compatible with PM Fiber Optic Input Board PM Fiber Optic (2 LC) Transmitters can send signal directly to PM series Matrix Router's Fiber Optic Input Board, eliminating the need of matching Receiver.
PureLink by Dtrovision ▶ Plug-N-Play ▶ Resolutions up to WUXGA 1920x1200, HD 1080p @ 60Hz, and 4K2K ▶ Integrated Noise-cancellation and Error-correct Logic for both Input and Output Ports to prevent any damage caused by Electrical Noise. 2.2 Specifications Transmitters : PM-FT101 : Standalone type (Loop Through) Input: HDMI + 3.
PureLink by Dtrovision Back Connection Ports: HDMI/DVI In: HDMI/DVI input port HDMI/DVI Out: HDMI/DVI Loop-thru output port Audio In: Stereo audio input port 2 LC: Fiber Optic output port RS-232/422: RS-232/422 communication port DC In: DC 12V Power port Model Name Input Signal Output Signal Extinction Ratio Data Transmission Speed PM-FT101 (HDMI version), PM-FT102-D (DVI version) DVI / HDMI (TMDS) 3.
PureLink by Dtrovision PM-FT102 : Standalone type (2x1 switch) Input: Selectable HDMI/DVI or VGA + 3.
PureLink by Dtrovision Model Name PM-FT102 (HDMI version), PM-FT102-D (DVI version) DVI / HDMI (TMDS), VGA (supports YPbPr component) Input Signal 3.5mm stereo audio Output Signal Fiber Optical Output ( > -10dbm (after 6,600ft (2km) transmission)) Extinction Ratio > 4db (after 6,600ft (2km) transmission) Data Transmission Speed 3.4 Gbps/ch, Total 10.
PureLink by Dtrovision Front Connection Ports: Power LED: Power status indicator Status LED: Video signal presence indicator HDMI LED: HDMI signal indicator VGA LED: VGA (or component) signal indicator EDID save S/W: EDID save button EDID select S/W: EDID library function selection rotary switch HDMI/DVI In: HDMI/DVI input port VGA In: VGA (or component) input port Audio In: Stereo audio input port RS-232: RS-232 communication port Back Connection Ports: 2 LC: Fiber Optic Output Port DC In: DC 12V Power p
PureLink by Dtrovision Extinction Ratio > 4db (after 6,600ft (2km) transmission) Data Transmission Speed 3.4 Gbps/ch, Total 10.2 Gbps Max PC: VGA ~ WUXGA Supporting Display Resolutions (up to 1920 x 1200 @60Hz) HDTV: 480i ~ 1080p, 2K4K Single Mode Fiber: 1920 x 1200 @ 60Hz or at 1080p : 6,600 ft (2km) Max. Distance Multi Mode Fiber: 1920 x 1200 @ 60Hz or at 1080p : 1,650 ft (500m) HDMI 19P Female VGA Female Connector Type 3.5mm Stereo Jack 2 LC Optical Connector 3P /3.
PureLink by Dtrovision Transmitter Output Signal Characteristics Output Signal Symbol Emission Center Wavelength Λc1 Λc2 Unit Min Typical Max nm 1260 1480 1310 1550 1360 1580 Remarks Analog Video Signal Supported Resolution - 640*480 60Hz - 1024*768 60Hz - 720*480p 60Hz - 640*480 72Hz - 1024*768 70Hz - 720*576p 50Hz - 640*480 75Hz - 1024*768 75Hz - 1280*720p 60Hz - 640*480 85Hz - 1024*768 85Hz - 1280*720p 50Hz - 800*600 56Hz - 1280*1024 60Hz - 1920*1080i 60Hz - 800*600 60Hz - 1
PureLink by Dtrovision RF6 Compatibility PM-FR101-RF6 PM-FR102-RF6 PM-FR101-RF6 PM-FR102-RF6 PM-FR101-RF6 PM-FR102-RF6 PM Matrix Board Compatibility PM-FIS4 PM-FIS4 PM-FIS4 Receivers : PM-FR101 : Standalone type. Input: Fiber Optic (2 LC) Output: HDMI + 3.
PureLink by Dtrovision Model Name PM-FR101 (HDMI version), PM-FR101-D (DVI version) Input Signal Fiber Optical Output ( > -10dbm (after 6,600ft (2km) transmission)) Extinction Ratio Output Signal Data Transmission Speed > 4db (after 6,600ft (2km) transmission) DVI / HDMI (TMDS) 3.5mm stereo audio 3.4 Gbps/ch, Total 10.2 Gbps Max PC: VGA ~ WUXGA Supporting Display Resolutions (up to 1920 x 1200 @60Hz) HDTV: 480i ~ 1080p, 2K4K Max.
PureLink by Dtrovision Front Connection Ports: Power S/W: Power On/Off switch LCD Display: 16*2 LCD display ▲▼◀▶: Menu navigation button MENU: Menu and Enter button EXIT: Cancel and Exit button Back Connection Ports: HDMI/DVI Out: HDMI/DVI output port Audio Out: Stereo audio output port 2 LC: Fiber Optic Input port RS-232/422: RS-232/422 communication port DC In: DC 12V Power port Model Name PM-FR102 (HDMI version), PM-FR102-D (DVI version) Input Signal Fiber Optical Output ( > -10dbm (after 6,600ft (2k
PureLink by Dtrovision Max. Distance Single Mode Fiber: 1920 x 1200 @ 60Hz or at 1080p : 6,600 ft (2km) Multi Mode Fiber: 1920 x 1200 @ 60Hz or at 1080p : 1,650 ft (500m) DVI 29P/HDMI 19P Female 3.5mm Stereo Jack Connector Type 2 LC Optical Connector 3P /3.5MM Terminal Block (for Power) 5P /3.5MM Terminal Block (for RS-232/422) Mini USB (for firmware update) Conformations Image Scaler Sigma Design GF9452A HDCP Compliance Power Rating Dimension Weight User Control DVI 1.0 , HDMI 1.
PureLink by Dtrovision HDMI Out: HDMI output port Audio Out: Stereo audio output port RS-232: RS-232 communication port Back Connection Ports: 2 LC: Fiber Optic Input port DC In: DC 12V Power port Model Name PM-FR103 Input Signal Fiber Optical Output ( > -10dbm (after 6,600ft (2km) transmission)) Extinction Ratio Output Signal Data Transmission Speed > 4db (after 6,600ft (2km) transmission) DVI / HDMI (TMDS) 3.5mm stereo audio 3.4 Gbps/ch, Total 10.
PureLink by Dtrovision Receiver Input Signal Characteristics Input Signal DC input Description (Symbol) DC Voltage Unit Min Typical Max VDC 11.5 12 12.5 Power Consumption Watts 13.5 13.8 14.
PureLink by Dtrovision timing on selected Output. The last character “!” is found at the end of a command code which tells the system to execute the command. For a complete list of command characters and their functions, see examples below. OE command only applies to the HDMI with scaling Board and CAT5e/Fiber Output Board with PM-CR102 (CAT5e) and PM-FR102 (Fiber) Extender Receiver.
PureLink by Dtrovision Operation and Reliability Specification 1. Operating Environment Temperature : 50F ~ 104F (10℃~ 40℃) Humidity : 10% ~ 80% Altitude : 3,000m Max. 2. Transit Environment Temperature : -13F ~ 140F (-25℃~ 60℃) Humidity : 5% ~ 95% Altitude : 15,000m Max. 3. Storage Environment Temperature : -4F ~ -49F (-20℃~ 45℃) Humidity : 5% ~ 95% Altitude : 3,000m Max. 4.
PureLink by Dtrovision Chapter 3. Installation and Operating Instruction Installation Connection Instruction 1. Turn off both the video source and the display before connecting any cables 2. Connect LC terminated fiber optic cable between transmitter and receiver according to the picture below; 3. Connect DVI, HDMI, or VGA cable between the source and the transmitter AND the receiver and the display 4. Connect the power supply unit to both transmitter and receiver module 5. Turn on display 6.
PureLink by Dtrovision PM series Extenders provide Auto EDID management system; easy and fail safe way to handle EDID, via EDID library system and EDID emulation. What's EDID? Extended Display Identification Data (EDID) is an information set that digital display provides to describe its capabilities to a Video source. Video source will know what kinds of displays are connected and it will determine which resolution to Output according to the EDID information received from the display.
PureLink by Dtrovision Emulation The user can easily save an EDID data from any display devices directly onto the PM series Transmitter. By saving display device's EDID information on the Transmitter, it will act as a display to the Video source. * Connect display device to PM series Transmitter's HDMI/DVI port and then press EDID S/W button. It will copy and save display’s EDID information to Transmitter’s EEPRom.
PureLink by Dtrovision Connector Pin Assignment DC Input Part Number Pin No. Description 1 VCC( DC12V) 2 GND 3 GND Pin No. Description 1 TXD 2 RXD 3 GND ECH350R-03 Remark RS232/422 Part Number ECH350R-03 Remark DVI-D Input & Output Part Number DVI-D 29pin Pin No. Description 1 TMDS DATA 2M 2 TMDS DATA 2P 3 TMDS DATA 2/4 Shield 4 TMDS DATA 4M(N.C) 5 TMDS DATA 4P(N.C) 6 DDC Clock 7 DDC Data 8 N.
PureLink by Dtrovision 24 TMDS Clock M HDMI Input & Output Part Number HDMI 19pin Pin No.
PureLink by Dtrovision Chapter 4. Additional Information Manufacturer’s Warranty (2-Year) Dtrovision warrants this PM series Matrix Router to be free from defects in workmanship and materials, under normal use and service, for a period of two (2) year from the date of purchase from Dtrovision or its authorized resellers. If the product does not operate as warranted during the applicable warranty period, Dtrovision shall, at its option and expense, execute one of the following as necessary: 1.
PureLink by Dtrovision FCC/CE Statement This device complies with part 15 of FCC Rules and EN 55022/55024/61000-3 for CE certification. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must not accept any interference received, including interference that may cause undesired operation.
