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English
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
1/2.3-inch CMOS
MIPI or LVDS to IP Camera Interface Board is applicable to Sony 2MP FHD camera block with MIPI output:The FCB-EV9500M. By connecting to the camera with extremely thin coaxial cables, there is no need for complex
configuration of the camera, and the network output of high-definition video signals can be realized.
Through hardware configuration, this interface board can also be adapted to other HD camera blocks with LVDS output such as FCB-EV9520L. It converts the LVDS output into network signals to meet diverse application requirements.
With its excellent compatibility, high-performance video processing capability and rich application scenarios, this network interface board provides users with a one-stop high-definition video networking solution. It is an ideal choice for fields such as surveillance, industrial automation, intelligent transportation, and telemedicine.
•Camera Interface Adaptation: Can directly interface with the MIPI port of the SONY FCB-EV9500M camera to convert the camera's video signal into a network video signal. By modifying the hardware configuration via jumper settings, it can support other Sony EV-series cameras.
•Network Serial Port Transparent Transmission: Supports the network serial port transparent transmission function. It can directly control the camera through the web IE interface, and can also control third-party devices (a physical serial port connection to the interface board needs to be established).
•High-Resolution Output:The maximum resolution can reach 2 megapixels (1920×1080), and it is capable of outputting full high-definition 1920×1080@60fps real-time images at maximum.
•Video Coding Support: Supports H.265/H.264 video compression algorithms, has multi-level video quality configuration functions, and maximally supports 256G MicroSD/SDHC/SDXC card storage.
•Audio and Expansion Interfaces: Supports 1-channel audio input and 1-channel audio output, has the expansion capability for WiFi and 4G function modules, and also supports ONVIF and GB/T28181 access. Provide SDK tailored for multi-scenario development, enabling rapid application development and streamlined integration
•Intelligent Functions and Deployability: Boasting a compact size and low power consumption, it facilitates easy integration with dome cameras and pan-tilt cameras. Equipped with AI-powered intelligent functions, it can implement a variety of intelligent tasks, including face capture, license plate capture, human figure recognition, license plate recognition, cross-boundary detection, loitering detection, and personnel focus detection.
(Optional Al-Enabled Functions)
Brand | Model | LVDS to IP output resoution | MIPI/LVDS to IP Network Interface Board can be connected to the camera module with micro coaxial cable, and then output high-definition video signals via the network. Resolution as following: Main stream: 1920x1080, 1280x720; Sub-stream: 1920x1080, 1280x720, 704x576, 640x480; Third stream: 1920x1080, 1280x720, 704x576, 640x480; Supports Web configuration; Supports OSD (On-Screen Display, menu-style adjustment method); Supports real-time video transmission; Supports motion detection alarm linkage with front-end storage; Supports front-end storage playback and download; Supports center reminder after motion detection alarm. |
Sony | FCB-EV9500M （MIPI to IP） | 1080P60, 1080P50, 1080P30 1080P25, 720P60, 720P50 | |
FCB-EV9520L | |||
FCB-EV9500L | |||
FCB-EV7520A | |||
FCB-EV7520 | |||
FCB-EV7100 | |||
FCB-EH6300 | 1080P29.97,1080P25,720P59.94,720P50 | ||
Volers | VRS-HD5101 | 1080P29.97,1080P25,720P59.94,720P50 | |
VRS-HD5201 | |||
VRS-HD5301 | |||
VRS-HD5363 | |||
VRS-HD5365 | |||
Tamron | MP3010M-EV |
*Note: This product works with Sony's FCB HD cameras and other compatible camera blocks supporting Sony's Visca-command.
Video Output Interface | Network | System Architecture | Embedded RTOS design, dual-core 32-bit DSP (HI3516DV300), pure hard compression |
Video Input Format | Supports 1080P60/1080P50/1080P30/1080P25/ 720P60/720P50 input | Video Processing | H.264/H.265 video encoding, supports three-stream, bit rate 500k~32Mbps adjustable |
Communication Interface | One-way TTL UART interface for core control; one-way RS-485 communication interface, supports cloud platform control | Audio Processing | G711/AAC encoding, supports two-way voice, noise reduction, automatic gain adjustment, high-frequency filtering, echo cancellation |
USB Interface | 1 USB HOST/DEVICE interface, expandable for USB storage/WIFI/4G interface | Alarm Interface | Supports 2-way input and output alarm linkage reporting |
TF Interface | 1 TF card slot, maximum supports 256G TF card storage | Power Supply | DC12V 1A ; 2Walts power consumption |
Dimensions / Weight | 42.5*42.5*16mm, heat sink thickness 6mm , Approx 23.2g | Operating Temperature | -5°C to 60°C (23 to 140°F) |
Network Interface | 1 RJ45 Ethernet interface, 10/100M self-adaptive, 8KV electrostatic discharge capability; supports RTMP/RTSP/FTP/PPPOE-DHCP/DDNS/NTP/ONVIF/P2P and other network protocols, optional GB28181 protocol; 1 Ethernet communication indicator interface | ||
Number | Pin Type | Pin definations |
F1 | LVDS Socket | Used for the LVDS interface connecting to the camera module. |
F2 | Reset Key | When user password is forgotten or network settings are in disarray, press and hold the reset key for 10 seconds to restore network settings to factory defaults. Default IP address is 192.168.0.123, username is admin, and password is set by the client. |
F3 | Moles Connector: Model 532610371, 3Pin socket with 1.25MM pitch | Marked as SYS-RST-N. Grounding this pin for 10S restores factory defaults. Additionally, GPIO6-7 are reserved as IO ports, with GND as the ground terminal. Wiring definition is shown in Table F3-1. |
F4 | Moles Connector: Model 532610471, 4Pin socket with 1.25MM pitch | Interface definition is shown in Table F4-1. |
F5 | 7Pin Power Interface | UART1_RXD, UART1_TXD are TTL communication serial ports (3.3V). After connecting to the MCU, it can control the camera and send information to the network. 485A and 485B are Pelco protocol communication interfaces for easy connection with high speed domes and pan-tilt cameras. Default baud rate is 9600, address code is 1. UART3_RXD and UART3_TXD are reserved communication serial ports. |
F6 | Moles Connector: Model 532610871, 8Pin socket with 1.25MM pitch | Used as alarm signal and audio input/output interfaces. Among them, ALM_IN1 and ALM_IN2 are two-way signal input interfaces for alarm; ALM_OUT1 and ALM_OUT2 are two-way signal output interfaces for alarm; LINE_IN is an audio input interface that can be connected to audio input devices with power supply; LINE_OUT is an audio output interface that can be connected to speakers or other audio output devices with power supply. Wiring definition is shown in Table F6-1. |
F7 | Moles Connector: Model 532610671, 6Pin socket with 1.25MM pitch | Used for product network connection. ACT is the network data transmission indicator, and LINK is the network connection indicator; TX+ and TX- are the positive and negative poles for network transmission, while RX+ and RX- are the positive and negative poles for network reception. Wiring definition is shown in Table F7-1. |
F8 | 12V and GND | Positive and negative poles of the DC12V power supply. |
F9 | MIPI INPUT Interface | Used to connect to the FCB-EV9500M cable assembly (USL00-30L-C). |
F10 | TTL-RXD、TTL-TXD and GND | TTL serial port debugging interface. |
F11 | TF Card Position | |
Front Side of A board
Back Side of A board
Back Side of B board
Table: F3-1 | |
1 | GPIO6_7 |
2 | SYS RST_N |
3 | GND |
Table: F4-1 | |||
1 | GND | 3 | USB_DataP |
2 | USB_DataM | 4 | 5v0 |
Table: F5-1 | |||
1 | UART1_RXD | 5 | RS485B |
2 | UART1_TXD | 6 | UART3_RXD |
3 | GND | 7 | UART3_TXD |
4 | RS485A | 8 | |
Table: 6-1 | |||
1 | LINE_IN | 5 | ALM_OUT2 |
2 | GND | 6 | ALM_OUT1 |
3 | LINE_OUT | 7 | ALM_IN2 |
4 | GND | 8 | ALM_IN1 |
Table: 7-1 | |||
1 | ACT | 4 | RX+ |
2 | LINK | 5 | TX- |
3 | RX- | 6 | TX+ |
Model No. | Communication Method |
VRS-UD350 | With RS-485 & TTL-232 control |
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A 30-pin micro coaxial cable (80MM) The length can be customized (Optional） | A Power & Network Cable (650MM）（Optional） | A 7-pin terminal wire (150MM) (Standard) | 4 M2×5 screws&copper pillars (Optional | An iron plate (Size:50*50MM) (Optional) |
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a. Interface board assembled with Sony Block camera FCB-EV9520L | b. Interface board assembled with Sony Block camera FCB-EV9500L | c. Interface board assembled with Sony Block camera FCB-EV7520 |
*Note: The product supports individual purchase or "block camera+interface board" package purchase. The whole set comes without pre-installation by default. Specify installation needs when ordering.
Preparation
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Exemplified by FCB-EV9520L | 30pin micro coaxial cable | A Power & Network Cable | Screw/Copper pillars | Iron Plate |
Connection Steps
Physical Assembly Steps Only (No Electrical Work)
Notes: The steps demonstrate physical connection only-electrical connection is excluded. No image output at this stage. For electrical connection assistance, contact technical support.
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StepⅠ: 1.Physically separate the A Board from the B Board (as shown in Figure ① above). Note: Align with the holes during separation. | StepⅡ: 3. Install the iron plate at the rear of the camera and tighten the screws (as shown in Figure ③ above). | Step Ⅲ: 5. Connect the other terminal of the 30-pin micro coaxial cable to the A board (as shown in Figure ⑤ above). This plug applies to LVDS-output cameras only. MIPI cameras differ in cable positions. Caution: Plug in the micro coaxial cable with gold-plated pins on connectors facing up. Reverse insertion is strictly prohibited. |
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Step Ⅳ: | Step Ⅴ: 8. Tighten the screws to secure the IP interface board (as shown in Figure ⑧ above). Note: Align the holes when tightening the screws. | Step Ⅵ Physically connect the 6-Pin network wire to the IP interface board (as shown in Figure ⑨ above). Connect the power wire to the IP interface board (as shown in Figure ⑩ above). |
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The photos and actual objects depicted in this Manual are provided solely for reference and guidance to users.
We do not guarantee that they are completely identical to the actual products. Please refer to the actual products.
Design, features and specifications are subject to change without notice.
| Image | Product Name |
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 | VRS-UD410 4KP60 AI Capable & Addable IP Interface Board |
