H-16HD-TV-TX/RX - 16 Channel HD-TVI / HD-CVI up to 1080p Video over Optical Fiber Transmitter and Receiver Set
While many current video deployments are using newer digital transmission systems; legacy analog systems are still relevant and less expensive than their more current counterparts. Thor Fiber now has a full line of less expensive, commercial grade Video Over Fiber systems in easy to use kits. Electronic and optical adjustments are never required with these automated plug and play units. LED indicators are provided for instant monitoring of the system status. Devices are available for either standalone or rack-mount installation, which is suitable for different working environments. Compatible with AHD-H, AHD-M, AHD-L / HD-TVI 720P & 1080P / HD-CVI 720P & 1080P. The optical module and core circuit are high-quality commercial level components that have unparalleled stability, and all optical & electrical interfaces match or exceed international standards.
Video Channel: 16-ch unidirectional
Data Formats: 1-ch reverse RS485 (/RS422 or RS232 optional)
Transmission Distance: 20km on Singlemode,( 2000 feet multimode fibre)
Fiber Type: Single-mode Simplex
CRAFT: Uncompressed technology VIDEO SPEC: 1080P
Supports HDTV highest resolution 1080P
10-bit digital video encoding and uncompressed transmission technology
High quality commercial grade
System status, power and other parameters are monitored via LED indicator lights
Compact size
Excellent cost performance
SMT Surface Mount Technology
Stand-alone or rack-mount
Lower power consumption
Plug and play convenience and simplicity
H-16HD-TV-TX/RX - 16 Individual Channel HD-TVI / HD-CVI / ADA up to 1080p Video over Optical Fiber Transmitter and Receiver Set up to 20KM - single mode or 2000feet multimode fiber
| Feature |
Description |
|
| Optical | Fiber Type | Single mode fiber |
|
Fiber Connector
|
ST/PC | |
| Distance | 20km (0km~80km) optional | |
| Wavelength | Transmitter | |
| T1310nm, R1550nm. | ||
| Receiver | ||
| T1550nm,R1310nm. | ||
| HDTVI(Transmitting) | Input Level | >500mVp-p |
| Desc | 1080p:75-=5 | |
|
coaxial cable, 300m |
||
|
720p:75-5coaxial cable,500m |
||
| Input/Output Impedance | 75 Ω | |
| Physical Interface | 16x BNC | |
|
HDTVI(Receiving) |
Output Level |
1Vp-p |
| Input/Output Impedance |
75Ω |
|
| Physical Interface |
16x BNC |
|
| Data | Transmission Media |
Coaxial cable |
| Baud Rate |
1200~9600bit/s |
|
| Operation Mode |
Half-Duplex;Full-Duplex;RS-232 |
|
|
Indicators |
LOS,PWR,VIDEO |
|
| Mean time between failures(MTBF) | >100 000 hours | |
| General | EPS | DC 5V |
| Power Consumtion |
≤ 5W |
|
|
HD-TVI vs HD-SDI
|
||
| HD - TVI | HD - SDI | |
| Video Resolution | 1080/720(Good) |
1080/720(Excellent) |
| Transmission Delay | No | No |
| Transmission Distance() | 500m | 150m |
| RS-485 Control over Coaxial | Yes | Yes, but need additional equipment |
| Coaxial cable quality requirement | High | Low |
| Transmission Reliability | High | Low |
|
|
HD-TVI vs IPC
|
|
| HD - TVI |
IPC |
|
|
Video Resolution |
1080/720P |
Unlimited |
|
Lossness Signal |
Yes |
No |
|
Transmission Delay |
No |
Yes |
|
Bandwidth Requirement |
Low |
High |
|
Transmission Distance(without Boost) |
0m |
100m |
|
Wiring and Installing |
A little more complex |
simple |
|
Unit Cost |
Low |
High |
|
|
HD-TVI vs HD-CVI
|
|
| HD - TVI |
HD-CVI |
|
|
Analog Output |
Yes |
Yes |
|
Coax cable distance(3C/5C) |
300m/500m(1000/1500ft) |
Same as HD-TVI |
|
Twisted CAble Distance |
200m(700 ft) |
100m(350 ft) |
|
720P specification supported(FPS) |
25/30/50/60/ |
Same as HD-TVI |
|
1080P specification supported |
25/30 |
Same as HD-TVI |
|
DVR could mix up 720P & 1080P signal at the same |
Yes |
No |
|
Chipset Solution |
Us Professional Third Party Chipset Vendor |
Dahua |
|
|
HD-TVI vs IP Camera
|
|
| HD - TVI |
IPC |
|
|
Video Resolution |
1080/720P |
Unlimited |
|
Lossness Signal |
Yes |
No |
|
Transmission Delay |
No |
Yes |
|
Bandwidth Requirement |
Low |
High |
|
Transmission Distance(without Boost) |
500m |
100m |
|
Wiring and Installing |
A little more complex |
simple |
|
Unit Cost |
Low |
High |
|
HD-TVI vs Analog
|
||
| HD-TVI | Analogue | |
|
Video resolution |
720P/1080P |
960H(700TVL) |
| Coax cable distance | 300/500m(1000/1500ft) | 180/300(600/1000ft) |
| Twisted cable distance (Cat5.e standard) | 200+m(700ft)(directly or + extra Balun) | 100m (330 ft) (+extra Balun) |
| 720P specification supported(FPS) | 25/30/50/60 | N/A |
| 1080P specification supported(FPS) | 25/30 | N/A |
| DVR Could mixed up 720 & 1080P signal at the same time | Yes | N/A |
| 960H Analogue | 1080P HD-TVI |
 |
 |
|
Hello! I am wondering about the end to end latency that might be expected with your H-16HD-TV-TX/RX units, I don't see this info datasheet sheet
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Those fiber products provide nearly a zero-latency factor
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thanks, so no encoding/decoding lag for these units?
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these are not encoders; they are directly converting to optical
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we are entertaining a set of these units for an application where we do desire basically real-time monitoring of HD video signals.
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thanks
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should work great for that kind of application
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thanks, and by extension, any latency would not be increased by utilizing more channels, correct?
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is there a max value that you would be willing to provide based on any testing or analysis?
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no difference in adding more channels
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it's so minuscule that the testing apparatus we use doesn't even really go that low as we use for actual modulators or encoders; but ballpark maybe .001 seconds
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that's excellent, exactly what I needed
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thanks. the last question - is the H-16HD-TV-TX/RX product inclusive of both a transmitter and receiver or do you need to buy two units?
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it's literally instantaneous or near the speed of light as the transmitter simply shoots the digital to optical conversion soon as it fires up.
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awesome
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they come as a set, Tx and Rx
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thanks. this product seems almost too good to be true for what we've been after :)
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appreciate your time today.
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Considering that the 8 SDI CWDM units are used for space shuttle launches, and they are perfect for that application, I can't fathom a scenario where these wouldn't be good enough
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not a problem.
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excellent, thanks again, and will be in touch via our procurement folks.
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Take care.
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sorry, I thought of one other issue
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do you ever have customers encrypt/decrypt the fiber stream between Tx and Rx units?
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and if so, is there a preferred solution Thor would recommend for that purpose?
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I'm not even sure that's a real thing? Encryption comes in the form of encoding a signal; fiber optic products don't do that, they are generally analog/digital to optical converters
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our particular units, in practically every modality, are literally made to be as transparent as possible; so all data, audio, or ancillary data is to be converted to an optical wavelength and then sent on either 1310 or 1550nm optics unless otherwise specified for a custom-built unit
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