Performance
| PTZ control (Pan/Tilt/Zoom) |
Y |
| Alarm input/output |
Y |
Other features
| F-number (relative aperture) |
1.8 |
Security
| IP address filtering |
Y |
| Video motion detection |
Y |
| HTTPS encryption |
Y |
Lens system
| Fixed focal length |
4.3 mm |
| Digital zoom |
10 x |
Video
| Frame rate |
30 fps |
| Megapixel |
1.3 MP |
Image sensor
| Progressive scan |
Y |
| Sensor type |
CMOS |
Camera
| Minimum illumination |
0.5 lx |
Audio
| Built-in microphone |
Y |
| Audio system |
2-way |
Networking
| Supported network protocols |
TCP/IP, DHCP, PPPoE, ARP, ICMP, FTP, SMTP, Samba, NFS, DNS, NTP, UPnP, RTSP, RTP, RTCP, HTTP, HTTPS, TCP, UDP, 3GPP/ISMA RTSP |
Packaging content
| User guide |
Y |
| Mounting kit |
Y |
Additionally
| Password protection |
User |
| Ethernet LAN (RJ-45) ports quantity |
1 |
| Ethernet LAN connection |
Y |
| Wireless technologies |
Wired |
TL-SC3230, 1/4" Progressive scan CMOS, 0.5 Lux, 1.3MP, G.711
<b>What This Product Does</b>
With its built-in high performance 1.3Mega-Pixel sensor, the TL-SC3230 is excellent for homes, shops, banks, offices and other building surveillance where clearer video and more image detail are required. What is more exciting is that wherever users are, high definition video can be delivered to them with the most fluidity, through a standard web browser or 3G device so that users will be to stay close to what they care for most.
With simple installation, event alerts, 2-way audio and other practical functions, the TL-SC3230 is a perfect solution for the advanced viewer with attention to detail.
<b>1.3 Megapixel HD Video for Identification Surveillance</b>
Equipped with high performance 1.3Mega-Pixel sensor, it can provide HD images that are more useful, with more image detail and with wider scope for identification, such as faces of people or a car’s license plate.
<b>Advanced H.264 Codec Delivers Beautifully Smooth Video</b>
H.264 is an advanced video compression technology that greatly reduces the size of a digital video file (up to 80%) without compromising video quality compared with video quantity. Using H.264 provides savings in network bandwidth and storage costs, as well as achieves much higher video quality for a given bit rate.
