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UNV Enterprise IP NVR (128 Channel, RAID)

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NVR516-128

Part of the UNV professional range, this IP NVR (Network Video Recorder) has HD recording and playback of all channels. It includes a user friendly mouse driven interface with full remote network and mobile phone access. The NVR can auto detect ONVIF compatible IP cameras; it can support up to 8MP (4K) IP and 12MP cameras. This NVR can also support RAID across the hard drives.

- 128 Channel Video & Audio
- Plug & Play for UNV Cameras
- Supports up to 12MP IP Cameras
- Bandwidth IN: 512Mbps, OUT: 384Mbps
- 2 HDMI, VGA & SPOT Output
- VCA with Compatible Cameras (see Special Features)
- ONVIF Compliance (Profiles S, G, C, Q, A, T)
- Supports H.264, H.265 or Ultra265
- ANR Technology to Enhance Storage (see Special Features)
- Supports RAID 0, 1, 5, 6, 10, 50 and 60 (with hot-swap)
- Support N+1 Hot spare
- Fisheye dewarping
- Alarm 24 In, 8 Out, Two-way Audio
- Mac Compatible
- Supplied with Rack Mounts
- Compatible with Sentinel and Immix Remote Monitoring

 

Click here to select Hard Drive options

Video/Audio Input

Video Input:
128ch H.264/H.265/Ultra265
Incoming Bandwidth:
512Mbps
Outgoing Bandwidth:
384Mbps
Audio Input:
1ch, G711_A/G711_U
Supported Technologies:
IP

Video/Audio Output

Live View/ Playback/ Recording Resolution:
12MP/8MP/6MP/5MP/4MP/3MP/1080P/720P/D1/VGA/CIF/QCIF
Frame Rate:
12MP@25fps, 8MP, 6MP, 5MP, 4MP, 3MP, 1080P@30fps
Playback Capacity:
64ch D1/36ch 720P/32ch 960P/16 1080P/8ch 4MP/4ch 8MP/4ch 12MP
HDMI Output:
HDMI1: up to 3840x2160 HDMI2: up to 3840x2160
VGA Output:
1920x1080, 1280x720, 1024x768
Audio Output:
1ch, Line out

Hard Disk

Drive quantity:
Up to 16 SATA drives, up to 1 eSATA drive, up to 2 miniSAS drives
Drive capacity:
Up to 16TB each

Network

Network Interface:
4x RJ45 10M/100M/1000M | 2x 1000M SFP Ethernet Interface
Protocol:
RTP/RTCP, TCP/UDP, HTTP, DHCP, DNS, NTP, P2P, UPnP, PPPoE
POE Interface:
N/A
POE Max Power:
N/A

Storage and Backup

Recording Mode:
Manual, Continuous, Schedule, Motion, Sensor, Pre/Post
Playback:
Search by Time, Calendar, Events
Backup Devices:
Via USB Memory Stick, HDD or over the network
Live View:
1, 4, 9, 16 or 32 screens, Digital Zoom

General

Power Supply:
AC220V
Power Consumption:
Max ≤ 50W (without HDD, USB)
Operating Temperature:
-10°C ~ 55°C
Operating Humidity:
0% - 90% RH
Chassis:
19-inch rack-mounted 3U chassis
Product Dimensions:
477mm(W) x 482mm(D) x 131mm(H)

Application

Supported OS:
Windows 7+, MacOS X 10.11+
Remote Software:
Internet Explorer 11+, EZStation VMS
Supported Devices:
iOS, Android
Mobile App:
EZView

Interface

Video Outputs:
HDMI (x2), VGA (x1), BNC out (x1)
USB:
USB 3.0 (x4)
Audio I/O:
Microphone in (x1), Audio line out (x1)
Alarm I/O:
Alarm input (x24), Alarm output (x8)
PTZ Control:
Onvif / RS-485
Control:
Mouse control

All dimensions are in millimetres (mm)

This recorder has the following special features:

ANR (Automatic Network Replenishment)

ANR is a feature which allows a camera to record to an onboard MicroSD card, if it loses connection with the NVR. Once the connection has been re-established, the footage is transferred to the NVR. This feature requires ANR support from the camera and NVR.

 

Fisheye Dewarping

Dewarping is a feature which allows an NVR to dewarp the 360° image from a fisheye camera. This makes the image much more usable as the image is flattened and not warped.

 

LPR (License Plate Recognition)

LPR is the ability to automatically analyse video to detect vehicles and number plates. This allows the NVR to record footage as normal, but also record and store license plates. This is done using the Uniview LPR camera (HC121@TCR-08S-Z).

 

RAID (Redundant Array of Independent Disks)

RAID is a data storage technology that combines multiple hard drives into one or more logical units. The purposes of this are data redundancy, performance improvement, or both. This NVR can perform the following different configurations of RAID:

  • RAID 0 - Combining all hard drives into one "logical" drive. This configuration gives higher speed, the most amount of usable space, but with no redundancy. If one drive fails, all the data will be lost.
  • RAID 1 - Data is written to each hard drive, creating a "mirrored" set of drives.This configuration provides the least amount of usable space, but with redundancy. If one drive fails, no data is lost.
  • RAID 5 - This requires at least 3 hard drives to work. This configuration provides a medium amount of usable space, with redundancy. If one drive fails, the unit will assess the missing data and rebuild it. Any more than one failed drive (at any one time) will result in total loss of data.
  • RAID 6 - This requires at least 4 hard drives to work. This configuration provides less usable space than RAID 5, but with more redundancy. If two drives fail, the unit will assess the lost data, and rebuild it. Any more than two failed drives (at any one time) will result in total loss of data.
  • RAID 10 - This is a combination of RAID 0 and RAID 1. This requires at least 4 hard drives to work. This configuration provides high speed, a medium amount of usable space, with redundancy. If one drive per array fails, no data will be lost but the hard drive will need to be replaced to keep redundancy. Any more than one failed drive per array (at any one time) will result in total loss of data.
  • RAID 50 - This is a combination of RAID 0 and RAID 5. This requires at least 6 hard drives to work. This configuration provides high speed, a medium amount of usable space, with redundancy. If one drive per array fails, the unit will assess the missing data and rebuild it. Any more than one failed drive per RAID 5 array (at any one time) will result in total loss of data.
  • RAID 60 - This is a combination of RAID 0 and RAID 6. This requires at least 8 hard drives to work. This configuration provides less usable space than RAID 50, but with more redundancy. If two drives per RAID 6 array fail, the unit will assess the missing data and rebuild it. Any more than two failed drive per RAID 6 array (at any one time) will result in total loss of data.

 

 

VCA (Video Content Analysis)

VCA is the ability to automatically analyse video to detect temporal and spatial events. The feature requires VCA support from the camera and NVR. This NVR has the capability to do the following:

  • Intrusion Detection - Entering and loitering in a pre-defined virtual region
  • Line Crossing - Detect when a pre-defined virtual line has been crossed
  • Motion Detection - Movement within a pre-defined virtual region
  • Recognition - Face and audio detection
  • Tamper Identification - Detect when the camera has been physically tampered with
  • Statistical Analysis - People counting
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