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1080p Full HD WDR IR Mini Bullet IP Camera
Model No. SP5591K
- Outdoor mini bullet IP camera
- Sony CMOS sensor
- IP66
Micronet SP5591K, Full HD 1080p WDR Day & Night Outdoor mini bullet IP camera provides superior image quality with 2 megapixel 1080p Real-Time resolution. The excellent color and image presentation with Sony CMOS sensor and advanced WDR technology under challenge lighting condition deliver exceptional recording quality for surveillance monitoring. In addition, SP5591K supports high quality video compression in H.264, MPEG-4,and MJPEG; and also multiple streaming, which allows the first stream for recording in 1080p and the second stream for Live view in 720X480. Furthermore, the built-in ICR and IR LEDs with a 15 meters range enable SP5591K to be used in a low light environment, making it an ideal solution for 24/7 time surveillance.
Mechanically, SP5591K is designed in small size with PoE compliant, which makes it so easy and convenient for SMB(small-mid size business) and home installations. With its compact size and affordable price, yet it’s not missing any important features that might be needed while performing the monitoring tasks. Along with SP5736P, the standalone NVR, it becomes a perfect package for anyone’s security solution where accurate identification is necessary.
Compatible Video Management Software:
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- Full HD 1080p with 2 Megapixel high resolution
- live view and recording to see a particular spot in larger and clearer image.
- Sony CMOS sensor for very high quality presence in color and contrast.
- Multiple Stream such as H.264 and MJPEG
- Motion Detection alerts when there is intruder.
- Privacy Mask keeps the personal spot that does not want to be seen.
- WDR(Wide Dynamic Range) gives clear image even when there is strong light in the background.
- 3D Noise Reduction reduces the image noise to enhance picture quality.
- Tampering Alarm sends picture alert when anyone tries to remove the IP camera.
- ICR + IR LED allows monitoring at day time and night time.
- IP66 Weather Proof designed for use in rugged environments and adverse weather conditions.
- PoE 802.3af saves the trouble of a power source.
- Compact Size Design offers convenience to carry and install.
Specification
| Model |
SP5591K |
| Video Sensor |
1/2.8" Progressive Scan CMOS |
| Video Lens |
f=3.6mm, F1.8, Fix |
| Shutter Speed |
1~1/10000 Sec |
| Video Resolution |
Full HD1080p/HD720p/SXGA/D1/VGA/QVGA/CIF |
| FOV(16:9 resolution) |
71.8 ﾟ |
| Video Compression |
H.264/MJPEG |
| LAN |
10/100Mbps, RJ45 |
| Protocol |
IPv4/v6, UDP, RTP, RTSP, HTTP, HTTPS, ICMP, FTP, SMTP, DHCP,
PPPoE, UPnP, IGMP, SNMP, QoS, ONVIF(test tool v12.12) |
| Power Source |
PoE (802.3af) 12V DC |
| Power Consumption |
2.5W
3.8W (Built-in IR Illuminator on) |
| Dimensions (mm) |
71.5 x 100 x 90 |
| Certifications |
CE, FCC, RoHS |
| Weight |
330g |
Ordering Information
SP5591K: 1080p Full HD WDR IR Mini Bullet Network Camera
SP5736P: 6-CH PoE Plug-and-Play Network Video Recorder
Bullet / Tube Camera
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Model No. |
SP5575HDC |
SP5591K |
Features |
|
|
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.
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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
"DDNS stand for Dynamic Domain Name System. It serves a similar purpose to DNS. DNS is an Internet service that translates domain names into IP addresses. Every time when a user uses a domain name to connect to the Internet, the DNS server will translate the name into the corresponding IP address.
For example, the domain name www.example.com might translate to 198.105.232.4. Unlike DNS that only works with static IP addresses, DDNS works with dynamic IP addresses which assigned by an ISP or other DHCP server periodically and keep a domain name linked to a changing IP address. To use DDNS, you must first apply an account from several free Web DDNS servers such as www.dyndns.org and installs network software on the host. The host will contact the DDNS service each time the IP address provided by the ISP changes and DDNS server updates the DNS database to reflect the change in IP address.
In this way, even though a domain name´s IP address will change often, other users do not have to know the changed IP address in order to connect with the other computer."
Power-over-Ethernet (PoE) eliminates the need to run power to devices on a wired LAN. Using Power-over-Ethernet, installers need to run only a single CAT5/5e Ethernet cable that carries both power and data to each device. This allows greater flexibility and significantly decreases installation costs in many cases.
IEEE 802.3af standard-2003 ratified at June 12, 2003. Power over Ethernet/LAN
1. Transmits low power on the Cat. 5 or 5e TP cable.
2. 44V-57V, 48V DC widely used
3. 350mA maximum,
4. 15.4W maximum per port output
5. 12.95W input deduced power lose on cable distance.
What is the IP camera bandwidth & how to estimate required bandwidth?
The IP camera bandwidth is the output rate from an IP camera which is dependent on the configured values for the video feed, including codec (ex. MJPEG, H.264), resolution, frame rate or bit rate, and any applicable quality factors. These configuration parameters are usually controlled by the security manager and are determined by the operational objective for implementing the camera. Please bear in mind, as resolution and frame rate increase, so does the bandwidth.
Here is an example for calculating total network bandwidth possibly required as below. In the configuration of video streams for each camera, the first stream shall produce 2Mbps of input stream to NVR, and the second stream shall produce 2Mbps of output stream from NVR to viewer device. Let’s say, there are N concurrent accesses to a camera, then, the network bandwidth that is required for the NVR shall be 2+2xN Mbps per camera. In addition, if there are M cameras, the total network bandwidth that is required for the NVR shall be (2+2xN)xM Mbps.
For example, we have 8 cameras and 3 viewers. The total network bandwidth that is required for the NVR shall be (2+2x3)x8=64 Mbps. So, in practical, each 10/100Mbps port can consistently offer around 60Mbps data rate for I/O bandwidth. It’s not surprising that the video streams will become instable when more cameras are being added up. That is the reason we highly recommend to deploy Gigabit Switch.
How do I set up IP camera with DDNS and view from my iPhone?
2. Login to camera's web UI and configure the DDNS settings
(Please check out the below video tutorial on youtube channel - MicronetHD)
3.Download Micronet NetView from Apple App Store
(Please check out the below video tutorial on youtube channel - MicronetHD)
How much storage space is required for specific recording days?
MicroView™ provides a built-in design tool, allowing a user to estimate required storage space based on the number of network camera, data rate and recording day.
How can I adjust my IP cameras, SP5563/SP5582/SP5584/SP5591, to get clear images for moving objects?
In the camera's web interface, go to Camera>Exposure>Auto Shutter, appropriately chooing "Min Shutter Speed" according to lighting conditions at fields.
What should I do my IP Camera as no video due to ActiveX is not the latest version?
1, SP5532/SP5220: ACTIVE X error message as below,
Firstly, please remove old ActiveX control," IPCamPlugDM.ocx ", at Window's “Downloaded Program Files”.
And then, connect to the camera, installing up-to-date ActiveX control as prompt.
2, SP5591/SP5584/SP5563/SP5584 series, SP5593, pleaser uninstall the "DCVIEWER" software
What is the power consumption of Micronet's IP cameras?
Please find maximum power consumption regarding Micronet professional network cameras as below.
| Model |
Power Consumption |
| SP5923 |
20W; 65W (w/ heater on) |
| SP5591A |
5W; 8W (w/ IRLED on) |
| SP5584A |
3.5W |
| SP5582A |
5W; 8W (w/ IRLED on) |
| SP5563A/R/BR |
4W |
| SP5319 |
7.5W |
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SP5220P
SP5591K
SP5582K
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4.7W
2.5W; 3.8W (w/ IRLED on)
3.8W; 5.8W (w/ IRLED on)
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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.
How to watch camera of SP55XXHTM or SP55XXA/SP5582K/SP5591K with android or VLC player?
For Android user, you can download the App, IP Cam Viewer Lite, from Google Play, install it, add camera step by step and watch the camera as done.
For VLC player user, please follow the steps as below.
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Note:
(a) To access the 1st stream of the camera, the URL will be
rtsp://[Camera’s IP address]:[RTSP port]/h264
For example, rtsp://192.168.1.2:554/h264
(b) To access the 2nd stream of the camera, the URL will be
rtsp://[Camera’s IP address]:[RTSP port]/h264_2
For example, rtsp://192.168.1.2:554/h264_2
I cannot found the iPhone/Android apps in itunes store. Please advise.
To view from iPhone/Android, please go to Apple store or Android play store to download the APP.
1, "IP Cam Viewer Pro" for iPhone and "IP Cam Viewer Lite" for Android, to support more camera models.
2, For the SP5736P APP,"NetGuard" for iPhone and "DroidGuard" for Android,
Why my IP Camera is successfully connected NVR(SP5736P), but there is no images?
1. Check the IP camera is SP5582A/SP5584A/SP5591A/SP5563A/SP5923 latest firmware version or ONVIF test tools v12.12. Other brand IP camera is not supported.
2. Make sure the streaming type is H.264. Other formates are not supported.
3. Check the resolution of Main/Dual Stream: MainStream=1080P, SecondStream=720P.
Can you inform how to configure the system SP5736P that the camera must directly connect from internet?
A, Currently the NVR SP5736P do support the connect directly to the IP camera WEB UI if the configuration as figure 1, our RD has add port forwarding feature into the NVR and let you do camera setting within NVR itself. (Please upgrade the SP5736P firmware to "40815" and download via ftp://220.128.111.185/IPS/SP5736P%20FW/40815/ u:betty p:micronet )
B,On the contrary, the “LAN” port (uplink) should have the connection diagram via the Ethernet switch (SP6526) as below, the IP Camera need mapping the IP address with “Micronet” (if it’s SP5923) protocol to port #1….or #6.
Figure 2
SP5736P Setup:
1, For example the IP camera IP address is mapping to the port#6, go to the HDMI Monitor use the mouse click the 
“setup” icon and “Off” the channel 6 “PnP” / “Activate” setting.
2, “Search” the IP camera then right-click the IP address to the channel number which “PnP”/”Activate” is disable.
3, If the HDMI LCD the video stream is black when “On” the CH06 “Activate”, please check  “system info” as following
4, Is the http port “80” the same as SP5923 WEB UI http port?
SP5923 WEB UI setting
5,Is the streaming port (Main stream setup/Dual stream setup) “554” the same as SP5923 WEB UI rtsp port?
6, SP5923 WEB UI Video stream setting as below
How do I setup NVR(SP5736P) for connect APP?
Connect your SP5736P to the router, and use IP search tools to find the IP address of your SP5736P in LAN. You can refer to the following picture to set up your equipments:
STEP1, IP address/web port
Go to SP5736P local LCD to check the private IP address and web port. The default WEB port is 80. Usually there is no need to change the port number. However some ISP blocks port 80, so you may need to change the port to accommodate it. Here we change it to 1210 for example.
Step 2/Local PC access
We can access the NVR using http://192.168.2.210:1210 on local PC.
Then we need to do port forwarding settings on your router. The configuration depends on the router you are using; please consult your router’s technical support accordingly.
For example, you must open ports on router or firewall so you can access NVR from Internet.
A,
- Go to your router’s setup page, and locate ‘NAT’, ‘Firewall’, ‘Port Mapping’, ‘Port Forwarding’, or similar setup item.
-Enable this function, and fill NVR IP address in ‘LAN IP’ (or similar field), select ‘TCP’ or ‘BOTH’ as data type, and input these port numbers for the services you wish to access from Internet:
NVR web configuration and view live image: 1210
Please note that if you changed the port number of web configuration / view, you have to change the port forwarding setting for your router accordingly.
B, If NVR/IP Camera is the only one service you wish to access from Internet, you can also use ‘DMZ’ function to access NVR:
Simply fill the IP address of the NVR and you can access your NVR from the IP address of your router directly.
Step 3/ Remote PC access
Signup for a free Dynamic DNS service: Setting up a dynamic IP address is a great way to easily access your camera if you have a static External/ Internet address. However, if your ISP has allocated a Dynamic IP address then this step is required for you access your NVR/IP camera outside your network. To setup your DDNS, please find attached file for “DDNS QIG-noip.pdf”
Now we can access the NVR using http://public IP address:1210 on internet remote PC and APP.
Below example for IPHONE APP “NetGuard” as IP address, port, user, password.
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