Main features
| Type | Cable |
General
| Type | Kabel |
| Video / network interfaces | HDMI |
| Universal interfaces | IrDA (Infrared) |
| Colour | Schwarz |
Technical specifications
| Application | Digital / Display / Video; KVM |
| Glass fibre type | Single- bzw. Monomode-Faser; Multimode-Faser |
| Cable length | 300 m |
| Cable medium | Fiber Optic |
| Video/AV and network connections | HDMI |
Classification
| eClass-10.1-ID | 27069090 |
| eClass-11.1-ID | 27069090 |
| eClass-6.2-ID | 27069090 |
| eClass-7.1-ID | 27069090 |
| eClass-8.1-ID | 27069090 |
| eClass-9.1-ID | 27069090 |
| eClass-ID | 27069090 |
| UNSPSC 20.0601 Code | 43211609 |
| custom tariff number | 85176200 |
The HDMI Fiber KVM IP Receiver is the ideal solution for professional AV applications where high-resolution content needs to be reproduced on multiple displays over long distances. In combination with the HDMI Fiber KVM IP Extender Set (DS-55348), this receiver enables a flexible point-to-multipoint connection with the option of integrating up to 253 receivers into the network. This makes the system perfect for digital signage, control rooms, conference environments or industrial applications that require reliable and low-latency video transmission. Thanks to the compatible SFP modules (LC Singlemode DN-81002, LC Multimode DN-81000) and the support of LC and SC SFP modules, the receiver can be used with various singlemode and multimode fiber optic cables. This ensures maximum flexibility and easy integration into existing network infrastructures. An outstanding feature of this receiver is the high-quality image transmission in 4K UHD at 60 Hz (3840x2160p). With a minimum latency of just 80 to 140 ms, content is transmitted with virtually no delay, which is particularly important in areas such as live broadcasts or interactive applications. In addition, the receiver has a KVM function that enables the connection of a mouse and keyboard to control the signal source directly. The 3.5 mm stereo connection, which enables separate audio transmission, provides even greater flexibility. This allows audio signals to be processed and output independently of the video signal.
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