LVDs στο IP Ethernet Video Encoder Board για φακό κάμερας Sony

χαρακτηριστικό

Less 300millisecond delay

LVDS TO ip interface

The integration of Low Voltage Differential Signaling (LVDS) with various IP interfaces is crucial for high-speed data transmission in modern electronic systems.

CVBS σε IP Ethernet

HDMI + CVBS σε IP Ethernet

SDI + Αχϋ + CVBS σε IP Ethernet

Κάμερα USB UVC σε IP Ethernet

Κάμερα USB UVC σε CVBS PAL NTSC

HDMI σε IP Ethernet

4K HDMI σε IP Ethernet

Αναλογικό AV σε IP Ethernet

IP Ethernet σε HDMI CVBS

IP Ethernet σε HDMI

IP Ethernet σε HDMI CVBS

Key Features of LVDS Interfaces

• Υψηλές τιμές δεδομένων: Most LVDS interfaces support data rates ranging from 1 Gbps to over 2 Gbps.
• Χαμηλή κατανάλωση ενέργειας: Designed to operate efficiently while maintaining signal integrity.
• Differential Signaling: Reduces electromagnetic interference and improves noise immunity.
• Flexibility: Many IP cores allow configuration for different applications and data widths.

Εφαρμογές

• Consumer Electronics: Used in displays, printers, and other devices requiring high-speed data transfer.
• Aerospace: Employed in satellite communication systems where reliability is paramount.
• Video Processing: Essential for transmitting video signals in high-definition formats.

These LVDS IP solutions provide robust frameworks for developing high-performance electronic systems across various industries, ensuring efficient data transmission while minimizing power consumption and interference.

Πλεονέκτημα

1. The HD integrated LVDS line access for the SONY FCB camera module allows for the automatic identification of HD signals without requiring any movement settings. It utilizes the high-performance Ambarella DaVinci 368 processor, which implements an optimized H.264 compression algorithm for narrow-band high-definition image transmission. This system supports up to 10 simultaneous users and complies with ONVIF 2.0 VCAN1321, providing free software for management centers to facilitate operations.
2. Users can access the OSD menu through buttons or an IE 485 control keyboard, making it easy to adjust and save technical parameters of the core module. ο 485 output port enables control of PTZ functions, allowing for vertical and horizontal movements.
3. This control panel is capable of synchronizing standard definition CVBS signal outputs.
4. External connections for infrared lights are available, along with a synchronous interface that allows for parameter settings through the camera module, ensuring synchronization with infrared light colors to prevent blackouts.
5. The device features a power-off memory function, which retains camera module settings even after power is lost, eliminating the need for reconfiguration upon reboot.
6. It supports RS485 control with automatic identification of PELCO-D and PELCO-P protocols, operating at a baud rate of 9600bps with an address set to 1.
7. The system includes a unique feature of 10 presets and an optional auto-cruise function, allowing cruising intervals to be set between 5 προς το 999 δευτερόλεπτα.
8. Compatibility extends to SONY and VISCA protocols as well as Samsung HD cameras.
9. Dimensions are 48MM x 48MM x 23MM, including the height of the network RJ45 socket.