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D1 H.264 PoE Outdoor CCD Bullet IP Camera IR35m
Model No. SP5575HDC
The Micronet SP5575HDC provides high resolution image quality at low bandwidth with H.264, the new generation compression technology, for professional indoor IP surveillance application. M-JPEG, MPEG-4, H.264 dual streams simultaneously allows more flexibility in practice by assigning different streaming, frame size, bit rate, and frame rate to satisfy various requirements. SP5575HDC supports PoE and Equipped with 12pcs high-light LED to reliable performance in low-light environment.
Overview
- 1/3" Sony CCD
- H.264, MPEG-4, M-JPEG Dual Streams Simultaneously
- External Adjustable Lens of Vari-focal / Auto Iris 9-22mm from Outside
- 12pcs High-light LED, Range up to 35 Meters
- 30fps at D1 Resolution
Specification
| Model |
SP5575HDC |
| Model |
SP5575HDC |
| Sensor |
1/3" Sony CCD |
| Video Lens |
External Adjustable Lens of Vari-focal / Auto Iris 9-22mm from Outside |
| Auto Control |
BackLight Compensation / Gain Control / White Balance |
| Electronic Shutter |
NTSC: 1/60~1/100000sec.
PAL: 1/50~1/100000sec.
|
| Built-in IR LED |
12pcs High-Light LED, Max. IR Range 35 Meters |
| System |
CPU-ARM9, SDRAM-128MB, FLASH-16MB, OS-Linux2.6 |
| Image compression |
M-JPEG, MPEG-4, H.264 Dual Stream Simultaneously |
| Video resolution |
NTSC: D1 (720x480), CIF(352x240), QCIF(176x120)
PAL: D1 (720x576), CIF(352x288), QCIF(176x144)
|
| Ethernet |
RJ45 10/100 Base-T |
| Protocol |
TCP/IP, DHCP, PPPoE, HTTP, DDNS, NTP, FTP, SMTP, UDP, RTP, RTSP, 3GPP, UPnP |
| I/O Connector |
Digital In, Digital Out, Audio 1/1 |
| Dimension |
113 (W) X 99 (H) X 250 (L) mm |
| Power Supply |
PoE, 12V DC / 1.25A |
| Outdoor Protection Level |
IP66 |
| Operating Environment |
Temperature -20°C~50°C, Humidity 0~90% RH |
Ordering Information
SP5575HDC H.264 PoE Outdoor IR CCD Bullet IP Camera
Bullet / Tube Camera
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Model No. |
SP5575HDC |
SP5591K |
Features |
|
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Megapixel/HDTV |
－ |
2MP / 1080p |
Sensor |
1/3" Sony SuperHAD CCD Sensor |
1/2.8"
Progressive Scan CMOS
|
Lens |
External Adjustable Lens of Vari-focal |
f=3.6mm, F1.8, Fix |
Auto Control |
Auto Iris 9-22mm from Outside |
Yes |
Gain Control/White Balance |
Yes |
Yes |
Electronic Shutter |
NTSC: 1/60~1/100000sec.
PAL: 1/50~1/100000sec.
|
1~1/10,000 sec
|
Built-in IR LED |
12pcs High-Light LED,35M |
IR LED*18
|
Max. IR Range |
35 Meters |
15m |
Mini. Illumination |
0.06 Lux (IR LED Off) / 0 Lux (IR LED On) |
Color: 0.2 lux
B/W: 0 lux
(IR LED on) |
Format |
M-JPEG, MPEG-4, H.264 Dual Stream Simultaneousl |
H.264 Main Profile/ MJPEG |
Video Resolution |
NTSC: D1 (720x480), CIF(352x240), QCIF(176x120)
PAL: D1 (720x576), CIF(352x288), QCIF(176x144)
|
Full HD1080p/HD720p/SXGA/D1/VGA/QVGA/CIF |
Power Source |
PoE, 12V DC
|
PoE
DC12V
|
Digital In/Out |
Yes |
Yes |
Audio In/Out |
Yes |
Yes |
BNC Video Output |
Yes |
－ |
Ethernet |
RJ45 10/100 Base-T |
10/100M |
Protocol |
TCP/IP, DHCP, PPPoE, HTTP, DDNS, NTP, FTP, SMTP, UDP, RTP, RTSP, 3GPP, UPnP |
IPv4/v6, UDP, RTP, RTSP, HTTP, HTTPS, ICMP, FTP, SMTP, DHCP,
PPPoE, UPnP, IGMP, SNMP, QoS, ONVIF(test tool v12.12) |
Operating Temperature |
-20 C~50 C |
-10~50°C
|
Weather Proof |
IP66 |
IP66 |
Onvif |
－ |
Yes |
Select features to include in PDF
Click browse answers to questions
What is the difference between PAL and NTSC?
PAL and NTSC are both standards for the encoding of color television signals into a single wire. They were developed in the 1950s and have remained unchanged ever since. Although they both do the same job, there are some significant differences in the way they do it. Both standards refer only to standard definition signals.
NTSC commonly is used to describe a television signal that is made up of 535 lines per frame and with a frame rate of 29.97Hz. The active number of lines to make up the image is 480, with the remaining lines being hidden.
PAL is the common description for a signal that is 625 lines (576 active lines) and with a frame rate of 25Hz.
Conversion between NTSC and PAL is relatively straightforward. Conversion between 480 line and 576 line is far more complex as is the conversion between 25Hz and 29.97Hz. A full conversion will change the color encoding, the number of lines and the number of frames per second.
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