Glasfaser 4K HDMI 2.0 Extender bis 200m - Opticis HDFX-500-TR

Glasfaser 4K HDMI 2.0 Extender bis 200m - Opticis HDFX-500-TR

Artikelnummer: HDFX-500-TR
Kategorie: HDMI
Hersteller: Opticis

Kompressionsfreie 1:1 Übertragung von HDMI 2.0 Signalen über 1 LC-Glasfaser (Multimode OM3 oder besser) bis maximal 100 m. Maximale Auflösung 4K (4.096 x 2.160) bei 60 Hz mit 10 bit Farbtiefe (RGB & YCbCr 4:4:4). Spannungsversorgung über USB-Kabel oder über die HDMI-Schnittstelle. Kompatibel zu 3D, CEC, EDID und HDCP 2.2. Vollkommen transparente Verbindung, keine Treiber erforderlich!

990,00 €

exkl. 19% USt. , (Standard)

Muss bestellt werden. Ab Bestellung lieferbar in 30 Tagen.
Lieferzeit: ca. 5 Wochen (DE - Ausland abweichend)

HDMI 2.0 optical fiber detachable extender, HDFX-500, extends HDMI 2.0 signal up to 100m (328feet) and transmits 4K UHD (4096x2160) at 60Hz over one simplex LC multi-mode fiber. Leading-edge technology of Opticis allows long distance transmission of 4K signal without any video/audio degradation.

HDFX-500 is designed compact enough to be fitted into various installation environments. It gives slim, light, easy installation with perfect electrical isolation, but without electrical hazard and interference.

High-Retention HDMI connector, which allows for more retention force than standard HDMI connector, prevents accidental disconnection.

HDFX-500 is compliant with HDMI standards features like CEC, EDID and HDCP 2.2 for better installation flexibility and compatibility.

HDFX-500 can be operated by either 5V power from HDMI source(Tx only) or USB power. Auto Power-Switching feature makes it more reliable on its power supply.

Supports HDMI2.0 standards feature
Extends up to 4K (4096x2160) at 60Hz, (RGB & YCbCr : 4:4:4)
Transmits HDMI 2.0 data up to 100m (328feet) over one simplex LC multi-mode fiber (OM3)
Prevents accidental disconnection by using High-Retention HDMI connector
Operates by DDC 5V from HDMI source or using USB Power cable
Supports 3D contents transmission
Complies with CEC, EDID and HDCP 2.2