ONESIA Video Matrix Controller 6U (HDMI 20 In 28 Out)

Deskripsi : Features include Image Splicing, Matrix Switch, Input Channels supporting HDMI/DVI/SDI, Output Channels supporting DVI/HDMI, Image Segmentation, and Ultra High Resolution Overlay Display. Supports H.264 and Automatic Detection.
Spesifikasi Teknis : 6U Chassis Video Processor with HDMI 20ports IN & 28ports OUT, Maximum Input 36ports (9Slots), Maximum Output 36ports (9Slots), Network Control, RS232 Communication
Keterangan Lainnya : Power Consumption 200W, Operating Temp -10 ~ 50°C, Relative Humidity 5 - 95 No Condensation

Lokasi Pembelian

ONESIA Video Matrix Controller 6U (HDMI 20 In 28 Out)

Video Matrix Controller 6U (HDMI 20 In 28 Out) adalah perangkat pengendali video dengan 20 input HDMI dan 28 output HDMI. Dilengkapi dengan teknologi switching matrix, pemisahan gambar, dan overlay resolusi ultra tinggi. Mendukung input HDMI, DVI, dan SDI, serta format kompresi H.264. Dapat dikendalikan melalui jaringan dan RS232. Memiliki konsumsi daya 200W, suhu operasi -10°C hingga 50°C, dan ideal untuk aplikasi video besar di ruang konferensi dan sistem AV profesional.

Spesifikasi

SKU

VMX6-H1822-0000

Brand

ONESIA

Deskripsi

Features include Image Splicing, Matrix Switch, Input Channels supporting HDMI/DVI/SDI, Output Channels supporting DVI/HDMI, Image Segmentation, and Ultra High Resolution Overlay Display. Supports H.264 and Automatic Detection.

Spesifikasi Teknis

6U Chassis Video Processor with HDMI 20ports IN & 28ports OUT, Maximum Input 36ports (9Slots), Maximum Output 36ports (9Slots), Network Control, RS232 Communication

Keterangan Lainnya

Power Consumption 200W, Operating Temp -10 ~ 50°C, Relative Humidity 5 - 95 No Condensation

Chassis

6U

Input Channels

20 HDMI ports IN

Output Channels

28 HDMI ports OUT

Maximum Input Ports

36 ports (9 Slots)

Maximum Output Ports

36 ports (9 Slots)

Network Control

Supported

RS232 Communication

Supported

Power Consumption

200W

Operating Temperature

-10 ~ 50°C

Relative Humidity

5% - 95%, No Condensation