Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
DVI-D Dual Link Cable
Ideal for use as an LCD monitor cable or DVI projector cable
Dual Link connection supports resolutions of up to 2560 x 1600
Connectors: DVI-D Dual Link Male to DVI-D Dual Link Male
10 Year Warranty
LINDY Super Long Distance DVI cables use a specially developed and optimised cable material that allows longer cable distances than the 7.5m maximum recommendation laid down by the DDWG (Digital Display Working Group).
Please note: Maximum supported distances and resolutions are dependent on both the monitor and the chipset used in the graphics card.
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
DVI-I Dual Link Digital + Analogue Cable
For use with all standard digital TFT (Thin Film Transistor)/LCD (Liquid Crystal Display) Flat Panel Displays
Dual Link digital connection supports display resolutions of up to 2560 x 1600
Connectors: DVI-I Dual Link Male to DVI-I Dual Link Male
Available in lengths of 10, 15 and 20m
10 year warranty
The LINDY DVI Video Splitter allows you to connect your computer to 8 DVI-D enabled displays or projectors. It supports all DVI Digital Single Link resolutions while superb image quality is maintained throughout, even when splitting the video signal to multiple monitors. There is also IC amplifier support for each individual output port.
For even more monitor displays you can easily cascade multiple video splitters together. The LINDY DVI Video Splitter is the ideal solution for presentation, training, advertising and classroom use.
NOTE:Connectors: Input DVI-I Female; Output 2 x DVI-I Female(DVI-I cables can be used for connections, but digital signals only are supported, analogue signals are not supported!)
Package Contents
8 Port DVI-D Video Splitter
5V DC AC Multi Country Switching PSU
LINDY Manual
Tough, moulded plastic design
High quality gold plated connectors for excellent signal transfer and corrosion resistance
Supports DVI-D Dual Link and VGA analogue signals
Can be used with a wall plate but is also ideal for use in trunking to achieve right angled bends by joining two cables together
Connectors:
DVI-I Female port with two hex nuts
DVI-I Male port with two thumbscrews
2 year warranty
The LINDY DVI Video Splitter allows you to connect your computer to 4 DVI-D enabled displays or projectors. It supports all DVI Digital Single Link resolutions while superb image quality is maintained throughout, even when splitting the video signal to multiple monitors. There is also IC amplifier support for each individual output port.
For even more monitor displays you can easily cascade multiple video splitters together. The LINDY DVI Video Splitter is the ideal solution for presentation, training, advertising and classroom use.
NOTE:Connectors: Input DVI-I Female; Output 2 x DVI-I Female(DVI-I cables can be used for connections, but digital signals only are supported, analogue signals are not supported!)
Package Contents
4 Port DVI-D Video Splitter
5V DC AC Multi Country Switching PSU
LINDY Manual
When used in conjunction with our DVI Super Long Distance cables, this extender module allows DVI-D single link digital video signals to be sent over distances of up to 80m. It supports connections of up to 20m to the display and up to 60m from the source (using a combination of Male to MaleSuper Long Distance Cables and Male to Female Super Long Distance Extension Cables.)
Cable Connection Information
To make the long distance connections, we recommend you use a using a combination of LINDY Male to Male Super Long Distance Cables and Male to Female Super Long Distance Extension Cables.
See our range of Super Long Distance Cables here.
Please note:CAT5e/6 connecting cableandUTP CAT5e Solid Core cablearenot included.
This DVI extender is an affordable solution for transmitting DVI signals over distances of up to 90m. It uses readily available, low cost CAT5e/6 cable (not included) or UTP CAT5e Solid Core cable cable to make the long distance connection and consists of a Transmitter unit, which plugs into the source's DVI port, and a receiver unit which connects to the display via a DVI cable.
Typical Supported Distances & Resolutions
Distance
Resolution
90m
800 x 600
70m
1024 x 768
50m
1280 x 1024
35m
1920 x 1200
The LINDY DVI Gigabit Display Adapter allows you to connect DVI displays to your PC via a standard Gigabit network. Capable of resolutions up to 1080p or 1920 x 1080 with stereo analogue audio the adapter also features two USB ports for connecting a keyboard and mouse, as it may also be used as a KVM extender, and other selected USB devices.
Installation is simple, just install the supplied driver and software and then connect the adapter to your network to complete the installation. Once the installation is complete simply open the software and connect to the monitor, it will then appear on your PC like any other locally connected monitor, allowing you to extend or mirror your display. Up to 6 displays can be connected to an individual PC at any time.
Display over Gigabit Adapter for DVI, Audio and USB via Gigabit Ethernet
Uses USB server, USB network server and DisplayLink technology to transmit the appropriate signals over LAN
Supports DVI-D resolutions up to 1920 x 1080 including Full HD 1080p with stereo audio via 3.5mm plugs
Uses high quality dynamic video compression for network transmission via Gigabit Ethernet
Supports network switches and other devices such as Fiber Optic Media Converters for longer distances
Limited use with Fast Ethernet 100Base-T, which provides less bandwidth by a factor of 10 and leads to higher dynamic compression and noticeable video compression
Supports up to 6 DVI Display over Gigabit Adapter via a single Gigabit Ethernet network. The full available bandwidth will be used if an identical image signal is streamed to all six adapters. If different image signals are streamed, bandwidth will be shared resulting to greater video compression.
2 USB ports on the display adapter support standard USB mouse & keyboard, various USB 2.0 mass storage devices, USB sticks and printers; USB hubs, USB 3.0 devices are not supported
Supported operating systems Windows XP/Vista/7 (32 & 64bit)
2 years warranty
Package Contents:
1x DVI display over Gigabit Adapter with Audio
1x Power supply 100 - 240VAC, 5VDC, with plug adapters for Euro, UK, US / Japan and Australia / China
1x UserManual
1x Installation CD
This splitter cable allows two monitors to be connected to a computer's single DVI port. It's a passive cable which simply splits a single DVI signal into two without any amplification or signal regeneration, making it an ideal, cost effective solution for shorter installations.
The LINDY DVI CAT6 Extender allows high-resolution digital video to be sent between devices at distances of up to 30m using low cost CAT5e/6 network cable. For the highest resolutions we recommend you use LINDY Solid Core CAT5e Cables.
The extender uses two modules - one transmitter and one receiver. The transmitter connects directly to a DVI-D source. The receiver connects to a DVI-D display in the same way. Between the two modules, a low cost CAT5e/6 cable is used to transmit the video signals.
The Extender supports resolutions up to 1680x1050 or 1280x1024 for distances up to 20m using high quality Cat.6 UTP or PiMF (S/FTP) cable. Resolutions of 1920x1200 or 1920x1080, 1080p are supported up to 15m usingLINDYSolid Core CAT5e Cables.
Resolutions up to 1024x768 are supported up to 30m using highest quality Cat.6a PiMF (S/FTP) patch cables or special made solid core installation cable.
Additional Requirements:
RJ-45 patch cable: 1 x CAT5e/6 UTP Cable
Package Contents
Transmitter and Receiver Units
LINDY Manaul
This high quality coupler can be used to connect two DVI cables together for extended distances. It features two female DVI connectors which are gold plated for excellent conductive ability and resistance to tarnishing and corrosion.
Compact moulded plastic construction
DVI-I Male to DVI-I Female
Gold plated connectors & contacts
Internally shielded with copper foil
Supports DVI Analogue / DVI Digital Single & Dual Link signals
Dimensions: 42 x 27 x 16mm (WxDxH)
Colour: Black
10 Year warranty
Easy to set up and install the compact LINDY LC Fibre Optic DVI-D Extender is the most cost effective, high quality solution on the market for sending DVI-D signals over incredible distances. Send DVI-D signals without compression or any degradation over standard LC duplex multimode (50/125m) fibre cable up to 500m (not included) or up to an incredible 1500m using a LC duplex singlemode (9/125m) fibre optic cable.
Unlike other solutions, the LINDY Fibre Optic DVI-D Extender uses just one duplex fibre cable to reach such great lengths, so no additional cables are required.
DVI-D control over a single cable!
The extender system comprises two modules, a transmitter and a receiver, which are connected directly to both the DVI-D source and display. The modules are then connected together using a single, standard 'off the shelf' LC Fibre cable fibre optic cable (not included).
*Remote control requires ourInfra red kit(sold separately)
The LINDY Fibre Optic DVI-D Extender is the most high performance solution on the market for sending DVI-D signals over incredible distances. Using a standard SC duplex multimode (50/125) fibre optic cable (not included) to make the long distance connection, the DVI-D Extender provides full support for computer DVI-D Single Link and HDTV DVI-D signals, RS-232 and IR remote control.
Unlike other manufacturer's solutions, the LINDY Fibre Optic DVI-D Extender uses just one duplex fibre cable - no additional cables are required for RS-232 or IR remote control.
DVI-D, RS-232 and IR remote control over a single cable!
The extender system comprises two modules, a transmitter and a receiver, which are connected to both the DVI-D source and display using standard DVI-D cables of up to 5m. The modules are then connected together using a single, standard 'off the shelf' SC 50/125mduplex multimode cable of up to 300m in length (fibre optic cable is not included)
Additional Requirements
Fibre Optic Patch cable: SC duplex multimode cable (50/125m)(of required length up to 300m)
Two DVI-D cables for connecting to source and display: DVI-D Male to Maleor Premium Gold DVI-D(up to 5m in length)
LINDY Infra red kit for using IR remote controls
Package Contents
1 x Fibre Optic DVI-D Transmitter Unit
1 x Fibre Optic DVI-D Receiver Unit
2 x Multi Country Power Supplies
8 x Rubber Feet (if not installed)
LINDY Manual
Tough, chrome plated metal construction
Supports DVI-D Dual Link and VGA analogue signals
Can be used with a wall plate but is also ideal for use in trunking to achieve right angled bends by joining two cables together
Connectors:
DVI-I Female port with two hex nuts
2 year warranty
The LINDY Fibre Optic DVI-D Dual Link Extender is the most high performance solution on the market for sending DVI-D Dual Link signals, up to 1600p, un-compressed over incredible distances. Using standard LC quad (x1) or duplex (x2) multi-mode (50/125) fibre optic cables to make the long distance connection, the DVI-D Extender provides full support for computer DVI-D Dual Link and HDTV DVI-D signals, analogue audio and RS-232.
The extender system comprises two modules, a transmitter and a receiver, which are connected to both the DVI-D source and display using standard DVI-D cables of up to 5m. The modules are then connected together using a single LC quad or two LC 50/125m duplex multimode cables of up to 500m in length (fibre optic cable is not included).
Package Contents
1 x Fibre Optic DVI-D Dual Extender Unit
1 x Fibre Optic DVI-D Dual Receiver Unit
8 x Rubber Feet
2 x Multi Country Power Supplies
LINDY Manual & EDID QIG
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
Important!
Please note that cable lengths over 7.5m are above the recommended length laid down by the DDWG organisation who developed the specification. This factor also depends on the hardware combination of graphics card and monitor as to how far this distance can be exceeded.
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
Important!
Please note that cable lengths over 7.5m are above the recommended length laid down by the DDWG organisation who developed the specification. This factor also depends on the hardware combination of graphics card and monitor as to how far this distance can be exceeded.
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
Our Fibre Optic Hybrid DVI-D cables are the perfect solution for easily extending DVI digital signals over incredible distances. Fibre-optic technology allows transmission distances that far exceed the maximum supported by standard copper only cables.
These cables feature H-PCF (Hard-Polymer Clad Fibre) glass fibres for sending digital display signals. The Transmitter and Receiver modules are each equipped with standard DVI-D Male connectors for connecting to the source (e.g. DVI graphics card) and the display. The modules are connected together by a fibre and copper solution.
Note: This product will work with most graphic cards & displays on the market but certain models do not output power through the DVI port. This will require the use of the optional PSU. The power requirements of the cable are 5V 2A.
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
DVI-D Dual Link Cable
Ideal for use as an LCD monitor cable or DVI projector cable
Dual Link connection supports resolutions of up to 2560 x 1600
Connectors: DVI-D Dual Link Male to DVI-D Dual Link Male
10 Year Warranty
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
The DVI-D Video Splitter supports all DVI Digital Dual Link resolutions. Superb image quality is maintained throughout, even when splitting the video signal to multiple monitors.
For more monitor displays simply cascade multiple video splitters together, making the LINDY DVI-D Video Splitter the ideal solution for presentation, training, advertising and classroom use.
Note:DVI-I cables can be used for connections, but digital signals are only supported, analogue signals are not supported.
Package Contents
2 Port DVI-D Dual Link Video Splitter
5V DC Multi Country PSU
LINDY Manual
Rubber feet
Our Fibre Optic Hybrid DVI-D cables are the perfect solution for easily extending DVI digital signals over incredible distances. Fibre-optic technology allows transmission distances that far exceed the maximum supported by standard copper only cables.
These cables feature H-PCF (Hard-Polymer Clad Fibre) glass fibres for sending digital display signals. The Transmitter and Receiver modules are each equipped with standard DVI-D Male connectors for connecting to the source (e.g. DVI graphics card) and the display. The modules are connected together by a fibre and copper solution.
Note: This product will work with most graphic cards & displays on the market but certain models do not output power through the DVI port. This will require the use of the optional PSU. The power requirements of the cable are 5V 2A.
DVI-I Dual Link Digital + Analogue Cable
For use with all standard digital TFT (Thin Film Transistor)/LCD (Liquid Crystal Display) Flat Panel Displays
Dual Link digital connection supports display resolutions of up to 2560 x 1600
Connectors: DVI-I Dual Link Male to DVI-I Dual Link Male
Available in lengths of 10, 15 and 20m
10 year warranty
Compact moulded plastic construction
DVI-D Male to DVI-I Female
Gold plated connectors & contacts
Internally shielded with copper foil
Supports DVI Digital Single & Dual Link signals
Dimensions: 42 x 27 x 16mm (WxDxH)
Colour: Black
10 Year warranty
LINDY Super Long Distance DVI cables use a specially developed and optimised cable material that allows longer cable distances than the 7.5m maximum recommendation laid down by the DDWG (Digital Display Working Group).
Please note: Maximum supported distances and resolutions are dependent on both the monitor and the chipset used in the graphics card.
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
DVI-D Single Link Cable
For use as an LCD monitor cable or DVI projector cable
Single Link connection supports resolutions of up to 1920 x 1200
Connectors: DVI-D Single Link Male to DVI-D Single Link Male
10 Year Warranty
DVI-D Single Link Cable
For use as an LCD monitor cable or DVI projector cable
Single Link connection supports resolutions of up to 1920 x 1200
Connectors: DVI-D Single Link Male to DVI-D Single Link Male
10 Year Warranty
DVI-I Single Link Digital + Analogue Cable
For use with all standard digital TFT (Thin Film Transistor)/LCD (Liquid Crystal Display) Flat Panel Displays
Single Link connection supports resolutions of up to 1920 x 1200
Connectors: DVI-I Single Link Male to DVI-I Single Link Male
Also available in lengths of 2, 3 and 5m.
10 year warranty
DVI-I Single Link Digital + Analogue Cable
For use with all standard digital TFT (Thin Film Transistor)/LCD (Liquid Crystal Display) Flat Panel Displays
Single Link connection supports resolutions of up to 1920 x 1200
Connectors: DVI-I Single Link Male to DVI-I Single Link Male
Also available in lengths of 1, 2 and 5m.
10 year warranty
DVI-I Single Link Digital + Analogue Cable
For use with all standard digital TFT (Thin Film Transistor)/LCD (Liquid Crystal Display) Flat Panel Displays
Single Link connection supports resolutions of up to 1920 x 1200
Connectors: DVI-I Single Link Male to DVI-I Single Link Male
Also available in lengths of 1, 3 and 5m.
10 year warranty
DVI-D Single Link Cable
Ideal for use as an LCD monitor cable or DVI projector cable
Single Link connection supports resolutions of up to 1920 x 1200
Connectors: DVI-D Single Link Male to DVI-D Single Link Male
10 Year Warranty
DVI-D Single Link Cable
For use as an LCD monitor cable or DVI projector cable
Single Link connection supports resolutions of up to 1920 x 1200
Connectors: DVI-D Single Link Male to DVI-D Single Link Male
10 Year Warranty
DVI-D Single Link Cable
Ideal for use as an LCD monitor cable or DVI projector cable
Single Link connection supports resolutions of up to 1920 x 1200
Connectors: DVI-D Single Link Male to DVI-D Single Link Male
10 Year Warranty
Our Fibre Optic Hybrid DVI-D cables are the perfect solution for easily extending DVI digital signals over incredible distances. Fibre-optic technology allows transmission distances that far exceed the maximum supported by standard copper only cables.
These cables feature H-PCF (Hard-Polymer Clad Fibre) glass fibres for sending digital display signals. The Transmitter and Receiver modules are each equipped with standard DVI-D Male connectors for connecting to the source (e.g. DVI graphics card) and the display. The modules are connected together by a fibre and copper solution.
Note: This product will work with most graphic cards & displays on the market but certain models do not output power through the DVI port. This will require the use of the optional PSU. The power requirements of the cable are 5V 2A.
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
*Remote control requires ourInfra red kit(sold separately)
The LINDY Fibre Optic DVI-D Extender is the most high performance solution on the market for sending DVI-D signals over incredible distances. Using a standard SC duplex single mode (9/125*Remote control requires ourInfrared Kit(sold separately)) fibre optic cable (not included) to make the long distance connection, the DVI-D Extender provides full support for computer DVI-D Single Link and HDTV DVI-D signals, RS-232 and IR remote control.
Unlike other manufacturer's solutions, the LINDY Fibre Optic DVI-D Extender uses just one duplex fibre cable - no additional cables are required for RS-232 or IR remote control.
DVI-D, RS-232 and IR remote control over a single cable!
The extender system comprises two modules, a transmitter and a receiver, which are connected to both the DVI-D source and display using standard DVI-D cables of up to 5m. The modules are then connected together using a single, standard SC duplex single mode fibre cable of up to 5km in length (fibre optic cable is not included)
Package Contents
1 x Transmitter Unit
1 x Receiver Unit
2 x multi-country PSU, 5VDC, 2.6A
Manual
8 x rubber feet (if not installed)
Our Fibre Optic Hybrid DVI-D cables are the perfect solution for easily extending DVI digital signals over incredible distances. Fibre-optic technology allows transmission distances that far exceed the maximum supported by standard copper only cables.
These cables feature H-PCF (Hard-Polymer Clad Fibre) glass fibres for sending digital display signals. The Transmitter and Receiver modules are each equipped with standard DVI-D Male connectors for connecting to the source (e.g. DVI graphics card) and the display. The modules are connected together by a fibre and copper solution.
Note: This product will work with most graphic cards & displays on the market but certain models do not output power through the DVI port. This will require the use of the optional PSU. The power requirements of the cable are 5V 2A.
This adapter enables projectors with a P&D connector (also known as M1, M1-DA or EVC) to connect to the DVI and USB ports of your computer. The USB connection is used to supply commands from the projector's remote control to the computer - allowing you to scroll through PowerPoint presentations etc., and to update the firmware of certain projectors.
The LINDY DVI Video Splitter allows you to connect your computer to 2 DVI-D enabled displays or projectors. It supports all DVI Digital Single Link resolutions while superb image quality is maintained throughout, even when splitting the video signal to multiple monitors. There is also IC amplifier support for each individual output port.
For even more monitor displays you can easily cascade multiple video splitters together. The LINDY DVI Video Splitter is the ideal solution for presentation, training, advertising and classroom use.
NOTE: Connectors: Input DVI-I Female; Output 2 x DVI-I Female(DVI-I cables can be used for connections, but digital signals only are supported, analogue signals are not supported!)
Package Contents
2 Port DVI-D Video Splitter
5V DC AC Multi Country Switching PSU
LINDY Manual
Easily adapt DVI ports or join DVI cables
Suitable for use with flat screen TVs and monitors to allow easier cable access
Tough, moulded plastic design
High quality gold plated connectors for excellent signal transfer and corrosion resistance
All pins wired for maximum compatibility with a range of cables
Ideal for use in trunking to achieve right angled bends by joining two cables together
Connectors: 1 x DVI-I Female with hex nuts to 1 x DVI-I Male with thumbscrews
Tough, chrome plated metal construction
Supports DVI-D Dual Link and VGA analogue signals
Can be used with a wall plate but is also ideal for use in trunking to achieve right angled bends by joining two cables together
Connectors:
DVI-I Female port with two hex nuts
DVI-I Male port with two thumbscrews
Ideal for connecting two DVI cables around a tight corner
Suitable for use with flat screen TVs and monitors to allow easier cable access
Tough, moulded plastic design
High quality gold plated connectors for excellent signal transfer and corrosion resistance
All pins wired for maximum compatibility with a range of cables
Ideal for use in trunking to achieve right angled bends by joining two cables together
Connectors: 1 x DVI-I Female with hex thumbscrews to 1 x DVI-I Female with thumbscrews
DVI-D Dual Link Cable
Ideal for use as an LCD monitor cable or DVI projector cable
Dual Link connection supports resolutions of up to 2560 x 1600
Connectors: DVI-D Dual Link Male to DVI-D Dual Link Male
10 Year Warranty
LINDY Super Long Distance DVI cables use a specially developed and optimised cable material that allows longer cable distances than the 7.5m maximum recommendation laid down by the DDWG (Digital Display Working Group).
Please note: Maximum supported distances and resolutions are dependent on both the monitor and the chipset used in the graphics card.
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
DVI-I Dual Link Digital + Analogue Cable
For use with all standard digital TFT (Thin Film Transistor)/LCD (Liquid Crystal Display) Flat Panel Displays
Dual Link digital connection supports display resolutions of up to 2560 x 1600
Connectors: DVI-I Dual Link Male to DVI-I Dual Link Male
Available in lengths of 10, 15 and 20m
10 year warranty
Our Fibre Optic Hybrid DVI-D cables are the perfect solution for easily extending DVI digital signals over incredible distances. Fibre-optic technology allows transmission distances that far exceed the maximum supported by standard copper only cables.
These cables feature H-PCF (Hard-Polymer Clad Fibre) glass fibres for sending digital display signals. The Transmitter and Receiver modules are each equipped with standard DVI-D Male connectors for connecting to the source (e.g. DVI graphics card) and the display. The modules are connected together by a fibre and copper solution.
Note: This product will work with most graphic cards & displays on the market but certain models do not output power through the DVI port. This will require the use of the optional PSU. The power requirements of the cable are 5V 2A.
The DVI-D Video Splitter supports all DVI Digital Dual Link resolutions. Superb image quality is maintained throughout, even when splitting the video signal to multiple monitors.
For more monitor displays you can cascade multiple video splitters together, making the LINDY DVI-D Video Splitter the ideal solution for presentation, training, advertising and classroom use.
Note:DVI-I cables can be used for connections, but digital signals are only supported, analogue signals are not supported.
Package Contents
4 Port DVI-D Dual Link Video Splitter
5V DC Multi Country PSU
LINDY Manual
Rubber feet
The DVI Switch allows audio & video from up to 4 DVI devices to be connected to a single DVI equipped HDTV, projector or TFT monitor. With support for display resolutions of up to 1080p, it's ideal for use with high definition equipment such as in a home cinema installation. Switching between devices is easily done using the supplied IR remote control or the devices top panel push button.
Connecting HDMI equipped devices
If your devices are equipped with an HDMI connector you can use DVI to HDMI cables or adapters. Please be aware however, that the DVI interface supports display signals only. Therefore, you will need to make separate audio connections from your source to your display/amplifier etc.
Package Contents:
4 Port DVI Audio/Video Switch
IR Remote control (inc battery)
5 x 3.5mm Male to Female cables, 0.20m
Multi-country PSU
User manual
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
LINDY Super Long Distance DVI cables use a specially developed and optimised cable material that allows longer cable distances than the 7.5m maximum recommendation laid down by the DDWG (Digital Display Working Group).
Please note: Maximum supported distances and resolutions are dependent on both the monitor and the chipset used in the graphics card.
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
DVI-I Single Link Digital + Analogue Cable
For use with all standard digital TFT (Thin Film Transistor)/LCD (Liquid Crystal Display) Flat Panel Displays
Single Link connection supports resolutions of up to 1920 x 1200
Connectors: DVI-I Single Link Male to DVI-I Single Link Male
Also available in lengths of 1, 2 and 3m.
10 year warranty
DVI-D Dual Link Cable
Ideal for use as an LCD monitor cable or DVI projector cable
Dual Link connection supports resolutions of up to 2560 x 1600
Connectors: DVI-D Dual Link Male to DVI-D Dual Link Male
10 Year Warranty
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
Features of the RF-BLOK shielded design:
Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
Increased insulation resistance up to 25%
No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
Tight fit of internal wires as there is no inner mould
No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
Smaller overall dimensions which allows more room behind the host or peripheral
Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one