Note:

When using the mouse, the playback speed will change each time the [Rew] button or the [FF] button is clicked. When the [Rew] button or the [FF] button is clicked during pausing, the playback speed will be 1/2.

When displaying images on a 1-screen, audio assigned to the camera channel from which images are cur- rently being displayed will be heard.

When displaying images on a multiscreen, audio assigned to the camera channel from which images are currently being displayed at the upper left corner will be heard. When no audio is assigned to the camera (from which images are displayed on the segment at upper left corner), audio to be output will be deter- mined in order of priority. When no audio is assigned to any of the camera channels from which images are currently being displayed on a multiscreen, no audio will be heard.

When recording and playback is performed simultaneously, playback will be paused when the playback point reaches the current recording point (current time).

When playing images recorded at a higher recording rate, the playback speed may sometimes become unstable or interrupted audio may be heard, etc.

A black screen may sometimes be displayed during fast forward/fast rewind or fast forward playback/fast reverse playback. However, this is caused resulting from the internal process of the recorder and is not mal- function.

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Panasonic WJ-HD616K/G, WJ-HD716K/G manual

WJ-HD616K/G, WJ-HD716K/G, WJ-HD616K, WJ-HD716K specifications

The Panasonic WJ-HD716K and WJ-HD616K are advanced digital video recorders (DVRs) designed for professional surveillance applications. Both models offer high-quality recording, robust storage capabilities, and enhanced connectivity, making them suitable for a wide range of uses, from corporate security to residential monitoring.

The WJ-HD716K is distinguished by its ability to handle up to 16 channels of video input, while the WJ-HD616K supports up to 8 channels. This flexibility allows users to scale their surveillance systems according to their needs, whether they require comprehensive monitoring of a large facility or focused coverage in smaller environments.

One of the standout features of both models is their high-resolution recording capabilities. They support the recording of video in real-time at full D1 resolution (720 x 480 pixels), ensuring clear and detailed imagery. Additionally, the DVRs utilize advanced compression technologies such as MPEG-4, which optimize storage space without sacrificing video quality. This allows users to store significant amounts of footage while minimizing the need for extensive hard disk capacities.

The Panasonic WJ-HD716K and WJ-HD616K are equipped with sophisticated networking capabilities, including the ability to connect to various IP cameras. This makes them ideal for modern surveillance needs, as users can integrate them into existing IP networks easily. The models also feature remote monitoring capabilities through web browsers or dedicated mobile applications, allowing users to view live feeds, playback recorded footage, and manage settings from virtually anywhere.

In terms of user interface, both DVRs come with an intuitive graphical user interface that simplifies navigation and operation. Users can easily set recording schedules, configure system settings, and manage camera views through a clear and accessible on-screen menu.

Moreover, the reliability and durability of the WJ-HD716K and WJ-HD616K are noteworthy. The devices are designed to operate in demanding environments, ensuring consistent performance under various conditions. This reliability is further enhanced by features such as redundant storage options and robust backup capabilities, which protect against data loss.

In conclusion, the Panasonic WJ-HD716K and WJ-HD616K offer a compelling combination of features, technology, and reliability for modern surveillance systems. With their high-resolution recording, flexible connectivity options, and user-friendly interfaces, these DVRs represent a solid choice for anyone seeking to enhance their security infrastructure.