Discontinued
4K Multimode Optical Output Board
25G-8OPTM2-OB-ST is a new 4K compatible fiber optical output board for the 25G router family.
Dual-Link DVI Input board
MX‑DVIDL‑IB is a four‑channel Dual‑Link DVI Input Board
4K HDMI Output Board
25G‑8HDMI2‑OB provides fully transparent HDMI 1.4 connectivity to the latest high‑end digital sources including 3D between the endpoints.
TPS input board for HDMI, Ethernet, audio and control
MX‑TPS‑IB Input Board is a long distance single CAT HDBaseTTM solution with.
HDMI and HDCP Compliant Fiber Optical Input Board
MX‑HDMI‑OPT‑IB offers an extremely long, 2500m extension range over a single Multimode fiber for HDMI, DVI, VGA signals on eight channels supporting 4K resolution and 3D formats.
25G Hybrid Matrix Frame with 120x120 Crosspoint
The 25G frames can transmit video signals up to 4K resolution, support all 3D formats, handle forward audio, transmit USB‑KVM, Ethernet, bi‑directional RS‑232/RS‑422, IR and CEC signals. The intuitive graphical user interface offers easy and user‑friendly control accessing all available features. Advanced EDID Management is included in the frame which is also HDCP compliant.
4K Singlemode Optical Output Board
25G‑8OPTS2‑OB‑NT is a 4K compatible fiber optical output board for the 25G matrix family. These optical boards can extend up to a 10,000m distance using singlemode fiber technology. The OPTS technology provides a transparent medium for video, audio, Ethernet, USB KVM, RS‑232, IR and CEC data according to the 25G multilayer architecture and allows the extension
to MODEX receiver units.
25G 4K DVI-D Single-Link Input Board with Analog Audio
25G‑8DVID2‑IB provides fully transparent HDMI 1.4 connectivity to the latest high‑end digital sources including 3D between the endpoints.
4K HDBaseT Input Board with Analog Audio
Featuring eight HDBaseT™ input ports, this board is compatible with the full range of Lightware TPS extenders and HDBaseT™ compliant third party transmitters.
4K Singlemode Optical Output Board
25G‑8OPTS2‑OB‑LC is a 4K compatible fiber optical output board for the 25G matrix family. These optical boards can extend up to a 10,000m distance using singlemode fiber technology. The OPTS technology provides a transparent medium for video, audio, Ethernet, USB KVM, RS‑232, IR and CEC data according to the 25G multilayer architecture and allows the extension
to MODEX receiver units.
4K HDMI Input Board with KVM
25G-8HDMI2-IB provides fully transparent HDMI 1.4 connectivity to the latest high-end digital sources including Audio Return Channel and 3D functions between the endpoints.
Forward audio layer
The Forward Audio channel is a second independent S/PDIF audio stream not related to the Embedded Audio. A separate S/PDIF matrix switch manages Stereo PCM, 5.1 Dolby Digital and DTS, and various other formats.
8x8 HDMI 2.0 Full 4K Matrix Switcher
The MX2-8x8-HDMI20-Audio-L is a HDMI 2.0 standalone matrix switcher that supports uncompromised 4K UHD resolution at 60Hz 4:4:4.
4K HDBaseT Output Board with PoE
Featuring eight HDBaseT™ output ports, the board is compatible with the full range of Lightware TPS extenders and HDBaseT™ compliant 3rd party transmitters. The HDBaseT™ technology provides a transparent medium for all video, audio, data and control signals in line with the 25G multilayer architecture and allows for a cost effective extension solution for up to 170 meters.
4K HDMI Input Board with Digital Audio Add-on
25G-8HDMI2-A2-IB provides fully transparent HDMI 1.4 connectivity to the latest high-end digital sources including 3D functions between the endpoints.
4K Multimode Optical Input Board
25G-8OPTM2-IB-NT is a new 4K compatible fiber optical input board for the 25G router family. These optical boards can extend up to 240m distance over multimode fiber.
4K DVI-D Output Board with Digital Audio
25G‑8DVID2‑OB provides fully transparent HDMI 1.4 connectivity to the latest high‑end digital sources including 3D between the endpoints.
4K HDBaseT Output Board with Analog Audio and PoE
Featuring eight HDBaseT™ output ports, the board is compatible with the full range of Lightware TPS extenders and HDBaseT™ compliant 3rd party transmitters. The HDBaseT™ technology provides a transparent medium for all video, audio, data and control signals in line with the 25G multilayer architecture and allows for a cost effective extension solution for up to 170 meters.
4K HDBaseT Output Board with Analog Audio
Featuring eight HDBaseT™ output ports, the board is compatible with the full range of Lightware TPS extenders and HDBaseT™ compliant 3rd party transmitters. The HDBaseT™ technology provides a transparent medium for all video, audio, data and control signals in line with the 25G multilayer architecture and allows for a cost effective extension solution for up to 170 meters.
4K Singlemode Optical Input Board
25G‑8OPTS2‑IB‑ST is a 4K compatible fiber optical input board for the 25G router family. These optical boards can extend up to 10.000m distance with singlemode fiber technology. The OPTS technology provides a transparent medium for all existing video, audio and control signal formats according to the 25G multilayer architecture (Video, Audio, Ethernet,USB KVM, RS‑232, IR and CEC transmission), and allows the extension from MODEX transmitter units.
Dual-Link DVI Output board
MX‑DVIDL‑OB is a Dual‑Link DVI Output Board supporting four Dual‑Link DVI‑D connectors.
25G Hybrid Matrix Frame with 80x80 Crosspoint
The 25G frames can transmit video signals up to 4K resolution, support all 3D formats, handle forward audio, transmit USB‑KVM, Ethernet, bi‑directional RS‑232/RS‑422, IR and CEC signals. The intuitive graphical user interface offers easy and user‑friendly control accessing all available features. Advanced EDID Management is included in the frame which is also HDCP compliant.
25G 4K DVI-D Output Board with Digital Audio
25G‑8DVID2‑IB provides fully transparent HDMI 1.4 connectivity to the latest high‑end digital sources including 3D between the endpoints.
TPS Output Board with Digital Audio
MX‑TPS‑OB Output Board is a long‑distance single CAT HDBaseTTM solution with localized audio embedding and de‑embedding points.