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Comparison Hikvision DS-7104NI-Q1/4P(C) vs Hikvision DS-7604NI-K1/4P(C)

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Hikvision DS-7104NI-Q1/4P(C)
Hikvision DS-7604NI-K1/4P(C)
Hikvision DS-7104NI-Q1/4P(C)Hikvision DS-7604NI-K1/4P(C)
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from £136.13 
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Main
Bandwidth 40 Mbps.
Bandwidth 40 Mbps.
Typedigital NVRdigital NVR
Camera connection4 channels4 channels
Features
Features
motion response
mobile app
motion response
mobile app
Connectors
RCA audio input1
RCA audio output1
USB 2.022
HDMI11
Max. HDMI resolution1920x1080 (Full HD)3840x2160 (4K)
VGA11
LAN11
LAN speed100 Mbps100 Mbps
Video recording
Bandwidth40/60 Mbps40/80 Mbps
Video compression formatH.265+, H.265, H.264+, H.264H.265+, H.265, H.264+, H.264
Max. resolution (IP)4 MP (~2688x1520 px)8 MP (~3840x2160 px)
Drives
Number of SATA11
Max. total capacity6 TB8 TB
PoE power
PoE (output)802.3af/at802.3af/at
PoE outputs44
Total PoE power36 W50 W
General
Power supply48В48В
Power consumption10 W10 W
Operating temperature-10 °C ~ +55 °С-10 °C ~ +55 °С
Maximum humidity90 %90 %
ONVIF
CMS
Dimensions200x200x48 mm320x240x48 mm
Weight1 kg1.18 kg
Added to E-Catalogmarch 2023march 2023

RCA audio input

The number of RCA analogue audio inputs provided in the design of the registrar.

Inputs of this type are used to connect the audio signal from analogue cameras capable of capturing sound, as well as from separately made microphones. At the same time, the number of such inputs can correspond to the number of BNC video inputs, which allows each analogue camera to be supplemented with sound. However, there are models that have only one RCA input with several BNC inputs.

RCA audio output

The number of RCA analogue audio outputs provided in the design of the registrar.

This type of output is used primarily for audio output when viewing footage, in addition to the BNC and/or VGA output. Therefore, there are few such connectors in modern registrars — one, less often two (one each for BNC and VGA).

Max. HDMI resolution

Maximum HDMI resolution.

The maximum image resolution that can be output via HDMI to the screen of the connected video equipment (monitor, TV, etc.). The HDMI output on the DVR allows you to stream Full HD, 2K or 4K images for high quality multi-screen images.

Bandwidth

The maximum data stream in Mbit/s that the NVR is capable of processing when recording and displaying. The throughput parameter is specified as the maximum incoming/outgoing speed, or as the sum of incoming and outgoing streams (total throughput). It is calculated in such a way that the throughput exceeds the total flow of all IP cameras connected to the DVR, and another 25–30% is put in reserve for playing video or viewing it via network access.

Max. resolution (IP)

The maximum supported resolution of IP cameras with which the NVR is technically capable of working (primarily recording). With rare exceptions, devices record in maximum resolution from all connected IP cameras. However, the limiting factor here is bandwidth (see the relevant paragraph) – depending on the shooting conditions, it may not be enough.

High resolution allows you to get a more detailed image in which fine details are better visible. On the other hand, such videos take up large amounts of disk space, and their support significantly affects the cost of the device.

Max. total capacity

The largest total storage capacity with which the recorder is able to work correctly. By default, it is indicated only for internal media with a SATA interface (see above), however, in some models, data is also provided separately for external devices connected via eSATA.

Note that the limit on the total capacity follows from the fact that each individual port has its own limit on the capacity of the drive. In this case, the maximum capacity is distributed equally between the ports. This should be taken into account when choosing drives for the registrar: for example, in a 32 TB model with 8 SATA connectors, the limit for each connector will be 32/8 = 4 TB. This means that installing two internal 8 TB disks in such a registrar will not work, although their total capacity will be less than the maximum.

Total PoE power

The total power that the NVR is capable of delivering to all PoE outputs.

See above for details on such exits; here we only recall that the general idea of PoE is to supply power over the same Ethernet cable that transmits data. The total power is given for models in which there are more than one such connectors; it allows you to estimate the total power consumption of all PoE devices that can be connected to the NVR at the same time.

There are two important things to keep in mind when choosing a specific value. First, when multiple ports operate, the energy is usually shared equally among them; at the same time, the total power of the registrar does not always correspond to the sum of the maximum powers of all PoE outputs. For example, a model with 8 ports of 30 W each may have a total figure of not 240 W (8 * 30 W), but only 100 W. In fact, this discrepancy means that with the simultaneous use of all connectors, each of them will be able to deliver not 30 W, but a maximum of 100/8 = 12.5 W. The second point is that the total power consumption of the load should ideally be no higher than 75% of the claimed total PoE power — this provides an additional guarantee in case of malfunctions.
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