| Power LED Light | Network LED Light | What This Means | What You Should Do |
|---|---|---|---|
| Off | Off | Wireless Genie Mini is not powered | See troubleshooting steps |
| Blinking Blue | Any color | Wireless Genie Mini is updating software | Please wait until your Wireless Genie Mini finishes downloading and installing the new software. This may take 2-3 minutes. |
| On | Off | Wireless Genie Mini is booting up | Please wait 1-2 minutes. |
| On | Green | Wireless Genie Mini is properly connected to the Wireless Video Bridge | Nothing. Everything is working properly. |
| On | Yellow | Wireless connection to the Wireless Video Bridge is poor | 1. Ensure that the Wireless Video Bridge (WVB) is in a vertical position and there are no obstructions (e.g. cabinets or TV). 2. If you moved the WVB, please move it back to its original position. 3. If you moved your Wireless Genie Mini, please move it to a location where its Network LED is green. 4. If you have more than one WVB at home, restart your Wireless Genie Mini by pressing the RED button located on its side panel. 5. If none of these steps work, please call 1-800-531-5000. |
| On | Red | Wireless connection to the Wireless Video Bridge is poor | 1. Ensure that the Wireless Video Bridge (WVB) is in a vertical position and there are no obstructions (e.g. cabinets or TV). 2. If you moved the WVB, please move it back to its original position. 3. If you moved your Wireless Genie Mini, please move it to a location where its Network LED is green. 4. If you have more than one WVB at home, restart your Wireless Genie Mini by pressing the RED button located on its side panel. 5. If none of these steps work, please call 1-800-531-5000. |
| On | Blinking Red | There’s no wireless connection to the Wireless Video Bridge | 1. Verify that your Wireless Video Bridge (WVB) in on. (If you just reset your WVB, please wait 3-5 minutes for it to re-establish connection with your Wireless Genie Mini.) 2. Ensure that the Wireless Video Bridge (WVB) is in a vertical position and there are no obstructions (e.g. cabinets or TV). 3. If you moved the WVB, please move it back to its original position. 4. If you moved your Wireless Genie Mini, please move it to a location where its Network LED is green. 5. Restart your Wireless Genie Mini by pressing the RED button on its side panel. Please wait 3-5 minutes for it to reboot. 6. If none of these steps work, please call 1-800-531-5000. |
IWatch DVR is a H.264 DVR remote viewer. It can be viewed in landscape or portrait mod after filling in IP, Port, Username, and Password. Get in-depth information on Verint NetDVR-II Digital video recorders (DVRs) including detailed technical specifications. Besides, view the entire catalog of Verint NetDVR-II Digital video recorders (DVRs) Verint NetDVR-II Digital video recorders (DVRs) with specifications of other products from our extensive catalog from leading manufacturers of Digital video recorders (DVRs) Source any. Get in-depth information on Hikvision DS-7216HQHI-F2/N Digital video recorders (DVRs) including detailed technical specifications. Besides, view the entire catalog of Hikvision DS-7216HQHI-F2/N Digital video recorders (DVRs) Hikvision DS-7216HQHI-F2/N Digital video recorders (DVRs) with specifications of other products from our extensive catalog from leading manufacturers of Digital video.
Hisilicon is one of leading multimedia ARM SoC solution providers, the company's SoCs are widely used in DVRs, network cameras, NVRs, smartphones etc products. Ambarella, Hisilicon, Texas Instrument are three pioneers in today's global HDTV multimedia industry. Since Hisilicon products are high quality and affordable, Hisilicon SoCs are mainly targeted to middle and low-end market.
Currently, Hisilicon SoCs are designed for DVRs and NVRs including Hi3536, Hi3531, Hi3521, Hi3520D. All of them can be used as the core processor for both DVRs and 720p/1080p NVRs. Among them, Hi3536 is the latest SoC that adopted powerful ARM Cortex A17 Quard-core @ main frequency 1.4GHz processor, embedded with H.265/HEVC video compression standard. It's the core engine of your H.265 network video recorders. Moreover, you may find some DVRs/NVRs are based on Hi3515, Hi3535, Hi3798M SoCs.
Hi3536 is a professional high-end SoC targeted for the multi-channel HD or D1 NVR. The Hi3536 provides a high-performance A17 processor, a video decoding engine (a maximum of 16x1080p decoding complying with various protocols), a high-performance video/graphics processing engine (various complicated graphics processing algorithms), and dual-channel HD outputs. These features enable the Hi3536 to provide high-quality images. In addition, the Hi3536 integrates various peripheral interfaces to meet differentiated customer requirements for functionality, features, and image quality, while reducing the eBOM cost.
NVR with single Hi3536 SoC
16CH 1080p video encoding and decoding
- 32x1080p@10 Mbit/s streams
- 16x1080p real-time decoding (16-channel polling previewing)
- 2x1080p real-time encoding
- 1080p@32 fps JPEG snapshot
- HDMI 4K x 2K@30 fps 16-picture ultra-HD output
32CH 720p video encoding and decoding
- 64x720p@5 Mbit/s streams
- 32x720p real-time decoding (32-channel polling previewing)
- 4x720p real-time encoding
- 720p@64 fps JPEG snapshot
- HDMI+VGA 1080p@60 fps HD dual 16-picture output
64CH D1 video encoding and decoding
- 128xD1@2.5 Mbit/s streams
- 64xD1 real-time decoding (64-channel real-time previewing)
- 8xD1 real-time encoding
- D1@128 fps JPEG snapshot
- HDMI 4K x 2K@30 fps 64-picture ultra-HD output
DVR/NVR with Hi3531 SoC
Hi3531 is the high performance SoC, which supports 16 channel@D1 or 8 channel @ 960H/720p simultaneous encoding and decoding, when it works in NVRs, it offer 8 channel @ 720p or 4 channel @ 1080p video decoding, since it's unnecessary to decode network video stream, a NVR based on Hi3531 may support more than 16 channel video streams. In terms of DVR/NVR, decoding capability means how many video streams can playback simultaneously on the device.
Hi3531 is a professional high-performance SoC designed for multi-channel D1 and HD DVR and NVR. With the embedded high-performance dual-core A9 processor, H264 codec engine (supporting a maximum of 5-channel 1080p real-time codec complying with multiple protocols), and dedicated TOE network acceleration module, the Hi3531 meets the rising demand for HD and network applications. The Hi3531 also provides outstanding video pre-processing and post-processing features, various codec algorithms, and multi-channel HD output capability. These features guarantee users a high-quality image experience. In addition, the Hi3531 supports multiple integrated peripheral interfaces to meet customer requirements for functionality, features, and image quality, while reducing the cost. By using the dedicated video cascade technology, Hi3531s and Hi3532s can be cascaded to provide superior encoding and decoding capabilities.
DVR with a single Hi3531
- 8CH D1 Simultaneous encoding and decoding DVR
- 16CH D1+16CIF dual streams real-time encoding +16 fps D1 JPEG snapshot+4D1 real-time decoding
- 4CH 720P Simultaneous encoding and decoding DVR
- 4x720p+4xQVGA dual streams real-time encoding +4 fps 720p JPEG snapshot+4x720p real-time decoding
DVR with the Hi3531 and Hi3532
- 16CH D1 Simultaneous Encoding and Decoding DVR
- 16D1+16CIF dual streams real-time encoding +16 fps D1 JPEG snapshot+16D1 real-time decoding
- 8CH 720p Simultaneous Encoding and Decoding DVR
- 8x720p+8xQVGA dual streams real-time encoding +8 fps 720p JPEG snapshot+8x720p real-time decoding
- 4CH 1080p Simultaneous Encoding and Decoding DVR
- 4x1080p real-time+4x(960x540)@15 fps dual streams encoding +4 fps 1080p JPEG snapshot+ 4x1080p real-time decoding
NVR with Hi3531s
- 16CH D1, 8CH 720p, or 4CH 1080p real-time decoding by using a single Hi3531
- 16NCH xD1, 8NCH 720p, or 4NCH 1080p real-time decoding with N cascaded Hi3531s
DVR/NVR with Hi3521 SoC
According to the datasheet of Hi3521, Hisilicon launched Hi3521 dated back to 2012, this SoC has been widely used in 960HD DVR, lately becomes the popular chip for 4CH 720p NVRs. Hi3521 SoC adopts ARM Cortex A9 @ max. 930MHz processor, a dedicated TOE, and an engine supporting up to 8-channel D1 real-time encoding and decoding, the Hi3521 meets the rising demand for HD and network applications. The Hi3521 also provides an outstanding video engine, various encoding/decoding algorithms, and multi-channel HD output capability.
DVR with a Hi3521
- 8CH 960H+8CIF Encoding+1x960H Decoding
- 8x960H+8CIF encoding+16fps 960H JPEG snapshot+1x960H real-time decoding
- 16CH CIF encoding+16CH QCIF encoding+16CH CIF decoding
- 16CIF +16QCIF dual-stream real-time encoding+16CIF real-time decoding
- HDMI+VGA 1080p@60 fps outputs from the same source+2-channel CVBS outputs
NVR with a Hi3521
Soc 2 Dvr Software Update
- 4x720p real-time decoding
- HDMI+VGA 1080p@60 fps outputs from the same source+2-channel CVBS outputs
DVR/NVR with Hi3520D
Hi3520D is a professional SoC designed for multi-channel D1, HD DVRs, and HD NVRs. With a high-performance A9 processor and an engine supporting up to 8-channel D1 encoding and decoding, the Hi3520D meets the rising demand for HD applications. The Hi3520D also integrates an outstanding video processing engine, various encoding/decoding algorithms, and multi-channel HD output capability. These features provide users with high-quality image experience. In addition, the Hi3520D integrates various peripheral interfaces to meet customer requirements for functionality, features, and image quality, while reducing the EBOM cost.
DVR with Hi3520D
Soc 2 Dvr Software Download
- 4x960H+4xCIF encoding+1x960H real-time decoding
- HDMI+VGA 1080p@60 fps outputs from the same source+2-channel CVBS outputs
- 8xD1@6fps+8xCIF@6fps dual-stream encoding +1xD1@6fps decoding
- HDMI+VGA 1080p@60 fps outputs from the same source+2-channel CVBS outputs
NVR with a Hi3520D
- 8xD1 real-time decoding
- HDMI+VGA 1080p@60 fps outputs from the same source+2-channel CVBS outputs
- 4x720 real-time decoding
- HDMI+VGA 1080p@60 fps outputs from the same source+2-channel CVBS outputs
Soc 2 Dvr Software
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