Extenders

Techlogix Networx Fiber-based SFP to SFP Media Converter

TechLogix media converters adapt fiber signals to a variety of different formats and/or cable types.

The TL-MC-1S1S features two SFP ports (SFP module sold separately), effectively adapting signals between different fiber types. In most applications, the TL-MC-1S1S adapts single mode fiber to multimode fiber and vice versa.

The MC-1S1S supports multimode fiber when paired with a multimode SFP module and single mode fiber when paired with a single mode SFP module.

Techlogix Networx Fiber-based Media Converter - 1 SFP & 1 RJ45

TechLogix media converters adapt fiber signals to a variety of different formats and/or cable types.

The TL-MC-1S1R features one SFP port (SFP module sold separately) and one RJ45 twisted pair port, effectively adapting twisted pair-based devices to fiber for longer transmission distances. The MC-1S1R supports multimode fiber when paired with a multimode SFP module and single mode fiber when paired with a single mode SFP module.

Two TL-MC-1S1R media converters are required for most applications -- one for each end of the cable run.

Techlogix Networx Fiber-based Media Converter - 1 SFP & 2 RJ45

TechLogix media converters adapt fiber signals to a variety of different formats and/or cable types.

The TL-MC-1S2R features one SFP port (SFP module sold separately) and two RJ45 twisted pair ports, effectively adapting twisted pair-based devices to fiber for longer transmission distances. The MC-1S2R supports multimode fiber when paired with a multimode SFP module and single mode fiber when paired with a single mode SFP module.

Two TL-MC-1S2R media converters are required for most applications -- one for each end of the cable run.

Techlogix Networx TL-IR-CC IR Coupling cable 

How many times have you had to output an IR signal from your control system to the input of an HDMI extender? In the CI world, this is an extremely common requirement. For years, the solution has been to tape the IR emitter from the control system to the IR receiver of the extender. Sometimes, the IR receiver is designed to rest on a surface and features a rounded, aesthetically pleasing appearance, but this makes attaching the IR emitter with a flat base difficult. Then, you have a wad of tape in the middle of two thin wires that turn that expensive installation into an unsightly mess. This is where the TL-IR-CC comes in.

The TechLogix TL-IR-CC allows direct IR to IR connections between devices. The IR IN (TRS) connector is compatible with an IR input which provides +5V DC to the tip of the connector. The TL-IR-CC allows a direct connection between the IR output of a third-party control system and a Techlogix extender. The TL-IR-CC will also allow daisy-chaining IR signals between Techlogix extenders.

HDMI cables are great for transmitting audio and video signals short distances, but larger buildings and larger rooms often need electronics inline to ensure signal performance. Simply pulling a long HDMI cable or connecting multiple HDMI cables together can cause signal drop out, interference, pixelization and a host of other signal and performance problems.

The TL-TP70-HDC replaces a traditional HDMI cable with active electronics designed specifically for sending video signals up to 230 feet. Plus, built-in IR and RS232 control signal embedding allow you to also transmit remote control commands with the HDMI stream.

In actual practice, this means you can use the TL-TP70-HDC to send audio and video signals from your source device (often a switcher, cable box, or DVD player) to your destination device (often a display or projector) and control the source device remotely...all using a single twisted pair cable. In other words, you can install your source device in a remote closet or cabinet and control it with the same remote control used for your display. Now that’s a clean installation!

Techlogix Networx Control Cable Extender

The TechLogix TL-TP100-HDC2 revolutionizes high-bandwidth HDMI signal distribution by leveraging HDBaseT technology to transmit 18G HDMI signals, including HDR and 4K@60 4:4:4, up to 100m (330 ft.) over standard twisted pair cabling.

The system works by lightly compressing signals above 10G for twisted pair transport, and then uncompressing the signal at the destination end.

Flexible options for ARC (Audio Return Channel) allow the receiver to accept HDMI, analog, or digital optical. The transmitter can output the audio on HDMI, analog, or digital optical outputs.

Additional built-in features such as flexible power with Port-Saver™ protection, IR and RS232 signal distribution, and Ethernet pass-through make the TL-TP100-HDC2 extremely powerful and extremely flexible.

Techlogix Networx Twisted Pair Cable Extender

HDMI cables are great for transmitting audio and video signals short distances, but larger buildings and larger rooms often need electronics inline to ensure signal performance. Simply pulling a long HDMI cable or connecting multiple HDMI cables together can cause signal drop out, interference, pixelization and a host of other signal and performance problems.

The TL-TP40-HDC2 replaces a traditional HDMI cable with active electronics designed specifically for sending video signals up to 130 feet. Plus, built-in IR and RS232 control signal embedding allow you to also transmit remote control commands with the HDMI stream.

In actual practice, this means you can use the TL-TP40-HDC2 to send audio and video signals from your source device (often a switcher, cable box, or DVD player) to your destination device (often a display or projector) and control the source device remotely...all using a single twisted pair cable. In other words, you can install your source device in a remote closet or cabinet and control it with the same remote control used for your display. Now that’s a clean installation!

HDMI Control over Two Fiber Optic Cable Extender

HDMI cables are great for transmitting audio and video signals short distances, but larger buildings and larger rooms often need electronics inline to ensure signal performance. Simply pulling a long HDMI cable or connecting multiple HDMI cables together can cause signal drop out, interference, pixelization and a host of other signal and performance problems. Enter TechLogix fiber optic extenders. This cutting-edge technology future-proofs installations by offering industry-leading signal quality and bandwidth transmission. Plus, unlike copper HDMI cables and twisted pair extenders, fiber is immune to RF and EM interference ensuring performance for years to come.

Techlogix Networx  HDMI over Fiber Optic Cable Extender

HDMI cables are great for transmitting audio and video signals short distances, but larger buildings and larger rooms often need electronics inline to ensure signal performance. Simply pulling a long HDMI cable or connecting multiple HDMI cables together can cause signal drop out, interference, pixelization, and a host of other signal and performance problems.

The TL-FO-HD replaces a traditional HDMI cable with active electronics designed specifically for sending audio and video signals up to 1,000 feet. Simply connect the TL-FO-HD transmitter to your source device (often a switcher, matrix, DVD player or cable box), connect the TL-FO-HD receiver to your destination device (often a display or projector), connect the two units with a fiber optic patch cord (sold separately), and connect the power supplies.

Unlike boosters or twisted pair extenders, the TL-FO-HD uses fiber optic technology that is immune to outside electrical interference and will better future-proof your facility.

Techlogix Networx DVI over Fiber Optic Cable Extender

DVI cables are great for transmitting digital video signals short distances, but larger buildings and larger rooms often need electronics inline to ensure signal performance. Simply pulling a long DVI cable or connecting multiple DVI cables together can cause signal drop out, interference, pixelization, and a host of other signal and performance problems.

The TL-FO-DVI replaces a traditional DVI cable with active electronics designed specifically for sending video signals up to 1,000 feet. Simply connect the TL-FO-DVI transmitter to your source device (often a switcher, matrix, video processor or computer), connect the TL-FO-DVI receiver to your destination device (often a display or projector), connect the two units with a fiber optic patch cord (sold separately), and connect the power supplies.

Unlike boosters or twisted pair extenders, the TL-FO-DVI uses fiber optic technology that is immune to outside electrical interference and will better future-proof your facility.