E41 4MP Ultra Blacklight IP Camera Module

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* Mstar SSC377+SC450AI platform;1/1.8” big surface sensor
* Sell point: Ultra Blacklight-best solution of night vision
     Accurate Distinguish types of vehicles, non-motor vehicles, pedestrians
* Resolution: 4MP , 2560*1440@20fps、2304*1296@20fps、1080P@20fps
* Night Vision: White light
* WDR:120dB Optical width dynamic
* Mic &Speaker: support, audio input and output,
* voice broadcast(App and NVR custom voice)
* APP: UYC/UYC pro for mobile monitoring
* CMS/VMS:UYC STATION
* Protocol: Onvif, UYC/UNIVIEW private protocal
* Video Compression: Ultra H.265&H.265&H.264
* ODM/OEM/SDK/Web Brower: Support
* Size:42*42*2.0*2pcs;
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Parameter

Platform solution E41@WH M-star SSC377+SC450AI
system structure Flash 8MB, DDR2 64MB; Cortex – A 35 1.0G Hz
sensor 4MP 1 /1.8 ” Target surface
intelligent describe
Mixed row detection support;

Including humanoids, motor vehicles, and non-motor vehicles
Sound and light alarm White light mode: White light full-color image at night. After mixed row detection triggers an alarm, it can be linked to voice and light alarms.
image video describe
video processing H.264, H.265 video encoding;
Standard 2880 * 1620 @ 25 , 2560*1440@2 5 , 2304*1296@2 5 , 1920*1080@25
resolution Main stream: 2880 * 1620 , 2560*1440, 2304*1296, 1080P

Substream: D1 (default), 640*360, 2CIF, CIF
OSD Support time OSD , custom OSD , up to 4
privacy mask Supported, up to 4
area enhancement Supported, up to 8
wide dynamic range Support digital wide dynamic range
Noise reduction Support 2D , 3D noise reduction
shutter Support automatic/manual mode

Support low smear mode

Supports indoor 50/60Hz shutter mode to suppress power frequency flicker
scene mode Supports three scene mode selections: transparent (default), bright, and standard, and adjusts image style preferences
software describe
Business functions Support web configuration

Supports OSD configuration , image configuration and other services

Supports multiple platform SDK development kits for secondary development

Supports high-definition audio and video synchronization preview and two-way voice intercom

Support motion detection, linkage APP to achieve mobile phone push alarm

Supports mixed row detection, supports linkage capture, and reports captured pictures to NVR and APP
Control lights Support soft photosensitive light control
upgrade Support local upgrade through WEB interface

Support GuardTools batch upgrade

Support cloud upgrade
client Support mobile APP video preview (IOS, Android), upgrade, mixed row settings, alarm sound upload and other functions

Support local management of IPC by PC client, realize multi-channel IPC live playback, local hard disk storage, etc.
custom made Supports customized model, logo, default parameters, and IPC default language
Audio describe
audio processing Support G.711u, G.711a codec standards

Supports noise suppression
Audio output Maximum support 64kbps transmission
network describe
How to obtain IP Full Netcom (enabled by default), DHCP, static IP address
protocol Supports network protocols such as IPv4, TCP, UDP, DHCP, RTP, RTSP, DNS, DDNS , NTP, port mapping, etc.;
compatibility Supports the ONVIF standard protocol to enable video preview and recording of mainstream brand NVRs and PC clients.
hardware describe
Plate thickness 1.6mm
working environment – 30℃ ~ 60℃(-22 ° F~140 ° F)
Plate size 38*38 standard size module split board
power supply DC12V , supports anti-reverse connection protection
reliability 7*24 hours -30℃-60℃ high and low temperature cycle test is stable and reliable

2KV lightning protection for the power port and 4KV lightning protection for the network port, in line with national and international standards

Interface definition (coding board) (the dot is the first pin)

Definition of each pin of the interface

Silk screen number Pin number Interface definition Function description Signal direction level illustrate
J1 1 SPK_OUT_1 speaker output output / speaker interface
2 SPK_OUT_2 speaker output output /
J 2 1 NC \ \ \ Power interface
2 GND land GND 0V
3 VDD3V3 Power Output output 3.3V
4 VDD3V3 Power Output output 3.3V
5 GND land GND 0V
6 SEN_RST_N _ S ENSOR reset signal output 0V /1.8V SENSOR reset
7 NC \ \ \
8 GND land GND 0V
9 I2C_SCL _ I2C clock signal output 1.8V I2C signal
1 0 I 2C_SDA I2C data signal input Output 1.8V
1 1 NC \ \ \
1 2 NC \ \ \
1 3 NC \ \ \
1 4 NC \ \ \
15 GND 地 GND 0V
16 NC \ \ \
17 NC \ \ \
18 GND 地 GND 0V
19 NC \ \ \
20 NC \ \ \
21 NC \ \ \
22 NC \ \ \
23 NC \ \ \
24 NC \ \ \
25 NC \ \ \
26 NC \ \ \
2 7 GND land GND 0V MIPI signal
2 8 MIPI_CH3_N MIPI data channel 3 negative enter /
2 9 MIPI_CH3_P MIPI data channel 3 positive enter /
3 0 MIPI_CH2_N MIPI data channel 2 negative enter /
3 1 MIPI_CH2_P MIPI data channel 2 positive enter /
3 2 MIPI_CH1_N MIPI data channel 1 negative enter /
3 3 MIPI_CH1_P MIPI data channel 1 positive enter /
3 4 MIPI_CH0_N MIPI data channel 0 negative enter /
3 5 MIPI_CH0_P MIPI data channel 0 positive enter /
3 6 GND land GND 0V
3 7 MIPI_DCK_N MIPI clock negative enter /
3 8 MIPI_DCK_P MIPI clock positive enter /
3 9 GND land GND 0V SENSOR clock
4 0 CLK_SENSOR S ENSOR clock output /
J 3 1 VDD12V power input enter 12V Power interface
2 GND land G N 0V
3 NC \ \ \ Network indicator light
4 LED_ACT Network indicator light output /
5 TRD0_P Network differential transmission signal positive output / Network Differential Signaling

interface
6 TRD0_N Network differential transmit signal negative output /
7 TRD1_P The network differential input signal is positive enter /
8 TRD1_N Network Differential Input Signal Negative enter /
J 4 1 W HLED+ White light LED control + output / LED interface
2 LED- _ LED- _ output /
J 5 1 IO1 _ IO interface 1 input Output 0 /3.3V Functional interface
2 I O2 IO interface 2 input Output 0 /3.3V
3 UART1_TXD U ART1 data transmission signal output 0 /3.3 V
4 UART1_RXD U ART1 data reception signal enter 0 / 3.3V
5 GND land GND 0V
J6 1 VDD3V3 Power Output output 3.3V Debug interface
2 UART0_TXD U ART 0 data transmission signal output 0 /3.3 V
3 UART0_RXD U ART 0 data reception signal enter 0 / 3.3V
4 GND land GND 0V
J 8 1 MIC_IN M IC input signal enter / MIC input interface
2 GND land GND 0V
J 9 1 4G_POWER_EN _ 4G power enabled output 1.8V 4G interface
(reserved)
2 USB_DP _ USB signal positive input /output /
3 USB_DM _ USB signal negative input /output /
4 SW_RST _ reset enter 0 / 3.3V reset interface
5 GND land GND 0V
6 SD_CLK _ SD card clock signal output 0/3.3V SD card signal
(reserved)
7 GND land GND 0V
8 S D_CD SD card detection signal input 0/3.3V
9 S D_D0 SD card data D 0 input Output 0/3.3V
1 0 S D_D1 SD card data D 1 input Output 0/3.3V
1 1 S D_D2 SD card data D 2 input Output 0/3.3V
1 2 S D_D3 SD card data D 3 input Output 0/3.3V
1 3 SD_CMD _ SD card commands input /output 0/3.3V
1 4 SD_POWER _ SD card power enable output 0/3.3V
1 5 GND land GND 0V Power interface
1 6 VDD3V3 _ Power Output output 3.3V

Interface definition (Sensor board) (the dot is the first pin)

Definition of each pin of the interface

Silk screen number Pin number Interface definition Function description Signal direction level illustrate
J 2 1 CLK_SENSOR S ENSOR clock enter / S ENSOR clock
2 GND land GND 0V
3 MIPI_DCK_P MIPI clock positive output / MIPI signal
4 MIPI_DCK_N MIPI clock negative output /
5 GND land GND 0V
6 MIPI_CH0_P MIPI data channel 0 positive output /
7 MIPI_CH0_N MIPI data channel 0 negative output /
8 MIPI_CH1_P MIPI data channel 1 positive output /
9 MIPI_CH1_N MIPI data channel 1 negative output /
1 0 MIPI_CH2_P MIPI data channel 2 positive output /
1 1 MIPI_CH2_N MIPI data channel 2 negative output /
1 2 MIPI_CH3_P MIPI data channel 3 positive output /
1 3 MIPI_CH3_N MIPI data channel 3 negative output /
1 4 GND land GND 0V
1 5 NC \ \ \
1 6 SPI_CLK SPI clock enter / M S41929 signal
1 7 SPI_MOSI SPI data enter /
1 8 SPI_MISO SPI data output /
1 9 SPI_CS chip select signal enter /
2 0 RSTB_MS41929 initialization signal enter /
2 1 NC \ \ \
2 2 VD_MS41929 Adjust focus magnification image synchronization signal enter \
2 3 GND land GND 0V
2 4 MIC_IN_R MIC signal R output \ M IC signal
2 5 MIC_IN_L MIC signal L output \
2 6 GND land GND 0V
2 7 ICR_AIN2 I CR signal 2 enter \ I CR signal
2 8 ICR_AIN1 I CR signal 1 enter \
2 9 NC \ \ \
3 0 NC \ \ \ I2C interface
3 1 I2C_SDA I2C data enter /
3 2 I2C_SCL I2C clock input Output 1.8V/0V
3 3 GND land GND 0V S ENSOR reset
3 4 PWM_SEN_N POWER DOWN signal enter /
3 5 SEN_RST_N SENSOR reset signal enter /
3 6 GND land GND 0V Power interface
3 7 VDD3V3 Power input input 3.3V
3 8 VDD3V3 Power input input 3.3V
3 9 GND land GND 0V
4 0 VDD5V Power input input 5.0V
J 4 1 ZOOM1_N _ ZOOM stepper motor control output / Lens mount
2 ZOOM1_P _ ZOOM stepper motor control output /
3 FOCUS1_P _ Focus stepper motor control output /
4 FOCUS1_N _ Focus stepper motor control output /
5 FOCUS2_P _ Focus stepper motor control output /
6 FOCUS2_N _ Focus stepper motor control output /
7 ZOOM2_P _ ZOOM stepper motor control output /
8 ZOOM2_N _ ZOOM stepper motor control output /

 

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