Verint S1712e-T-A Nextiva12 port video encoder with 12 uni-directional audio ports
Technical Specification
Features:
- Make: Verint
- Model code: S1712e-T-A
- Video Inputs: 12 channels
- Audio Input: Audio Input
- Alarm Input: Alarm Input
Additional info:
The Verint S1712e-T-A 12 port video encoder is a 12-port video encoder that combines low cost of ownership with a compact, efficient design. The Nextiva S1712e accommodates 12 video streams in a 1U, 6-inch (15-cm) deep enclosure. Ideal for large installations, the S1712e delivers dual stream, MPEG-4 SP or SM4 video up to 4CIF/15 frames per second or 2CIF/30 frames per second. Dual streaming enables video to be viewed at high resolution for excellent image clarity, but stored at lower resolution, optimising use of storage resources.
Read more| Make | Verint |
|---|---|
| Manufacturer | Verint Systems |
| Category | IP Cameras products |
| Model code | S1712e-T-A |
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Video Inputs: 12 channels Audio Input: Audio Input Alarm Input: Alarm Input Compression Type: MPEG-4 Network Protocols: RTP/IP, UDP/IP, TCP/IP, or multicast IP, DNS, NTP, HTTP, FTP, and DHCP Interface: 10 ~ 100Base-T Ethernet Resolution TVL: 704 x 576 Bandwidth MHz: 30Kbps ~ 6Mbps Image per second (IPS): 30 fps Video Inputs Overview: 1 Vpp into 75 ohms |
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| Physical Specifications |
Dimensions mm: 432 x 155 x 44 Weight g: 2400 |
| Electrical Specifications |
Power Consumption: 20W Voltage: 12 V DC |
| Environmental Specifications |
Operating Temperature oC: 0 ~ 50 C (32 ~ 122 F) Operating Humidity %: 95 |
| Additional info | The Verint S1712e-T-A 12 port video encoder is a 12-port video encoder that combines low cost of ownership with a compact, efficient design. The Nextiva S1712e accommodates 12 video streams in a 1U, 6-inch (15-cm) deep enclosure. Ideal for large installations, the S1712e delivers dual stream, MPEG-4 SP or SM4 video up to 4CIF/15 frames per second or 2CIF/30 frames per second. Dual streaming enables video to be viewed at high resolution for excellent image clarity, but stored at lower resolution, optimising use of storage resources. |
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