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XLR Audio over Fiber

Name: XLR Audio over Fiber - 2 XLR
Brand: Thorbroadcast
Price: 695 USD
Availability: InStock

2 XLR

4 XLR

8 XLR

2 Bi-Didrectional XLR

4 Bi-Directional XLR

16 XLR

32 XLR

2 XLR Bi - Directional

F-8A-XLR-TX/RX

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Description Features Video Model Selection Specification Q&A Support

8 XLR model description

8 channel Balanced XLR Audio over single mode or multimode fiber

Description

The Thor Fiber XLR audio over fiber units are able to send balanced audio over fiber much further than traditional copper. Our Audio Interface with XLR kit has both a transmitter and receiver unit. Available options are for 2, 4, 8, 16 or 32 XLR inputs/outputs can be used on a single transmitter unit and sent over fiber to the receiver unit that also has an equal number of XLR outputs. The fiber allows the signal to be sent over a long distance without losing any quality in the signal. The kit is 16-bit digitally encoded broadcast quality balanced audio over one multi-mode or single-mode optical fiber. Thor XLR Audio Splitters are typically used in applications for Rental, Staging, Concerts, Theater, Churches, Stadiums, Theme Parks, Broadcast/Studio, Intercom, CCTV audio and Professional AV applications. Popular devices to use in conjunction with the XLR transmitter and receiver are: XLR Audio Mixers, Digital Audio Recorders with XLR IN/OUT and Audio siganl Splitter with XLR. They are available for stand-alone or rack-mount installations. Our standard fiber connectors are ST/PC, but it could also be ordered as SC/PC or FC/PC. Basic units support up to 20Km of single mode / 3000 multimode fiber, other modes are available - 40km, 80km, 120km.

Features

3-Pin Balanced XLR Audio input/output
Uni-directional 2 or 4 or 8 or 16 or 32 Channel
Bi-directional over single fiber available on 2 and 4 Channel model
12V DC Power input
Single mode fiber up to 20km, Multimode fiber up to 3000feet
Easy to Use, Plug and Play Untis

Video

Audio over fiber - Analog 4 XLR balance Audio Transmitter receiver over single mode or multimode

introduction of 4 channel analog Audio XLR over fiber extenders, unboxing, and setup. Thor Broadcast F-4XLR-TX/RX https://thorbroadcast.com/product/xlr-audio-over-fiber-1.html/87 The Thor Fiber XLR audio over fiber units are able to send balanced audio over fiber much further than traditional copper. Our Audio Interface with XLR kit has both a transmitter and receiver unit. Available options are for 2, 4, 8 or 16, 32 XLR inputs/outputs can be used on a single transmitter unit and sent over fiber to the receiver unit that also has an equal number of XLR outputs. The fiber allows the signal to be sent over a long distance without losing any quality in the signal. The kit is 16-bit digitally encoded broadcast quality balanced audio over one multi-mode or single-mode optical fiber. Thor XLR Audio Splitters are typically used in applications for Rental, Staging, Concerts, Theater, Churches, Stadiums, Theme Parks, Broadcast/Studio, Intercom, CCTV audio and Professional AV applications. They are available for stand-alone or rack-mount installations. Our standard fiber connectors are ST/PC, but it could also be ordered as SC/PC or FC/PC. Basic units support up to 20Km of single mode / 3000 multimode fiber, other modes are available - 40km, 80km, 120km

Model Selection

Uni-Directional Models:

F-2A-XLR-TX/RX - 2 XLR Balanced Audio over Fiber Transmitter / Receiver kit up to 20KM singlemode / 3000feet multimode -Stand alone ( portable)

F-4A-XLR-TX/RX - 4 XLR Balanced Audio over fiber Transmitter / Receiver kit up to 20KM singlemode / 3000feet multimode - Stand alone ( portable)

F-8A-XLR-TX/RX-RM - 8 XLR Balanced Audio over fiber Transmitter / Receiver kit up to 20KM singlemode / 3000feet multimode 19"Rack Mountable

F-16A-XLR-TX/RX-RM - 16 XLR Balanced Audio over fiber Transmitter / Receiver kit up to 20KM singlemode / 3000feet multimode (special order) 19"Rack Mountable

F-32A-XLR-TX/RX-RM - 32 XLR Balanced Audio over fiber Transmitter / Receiver kit up to 20KM singlemode / 3000feet multimode (special order) 19"Rack Mountable

Bi-Directional Models:

F-2A-B-XLR-TX/RX - Stand alone ( portable) 2 Bi-directonal XLR Balanced Audio over 1 fiber Transmitter / Receiver (transceivers) kit up to 20KM singlemode / 3000feet multimode

F-2A-B-XLR-TX/RX-RM 2 Bi-directonal XLR Balanced Audio over 1 fiber Transmitter / Receiver (transceivers) kit up to 20KM singlemode / 3000feet multimode - 19"Rack Mountable form factor

F-4A-B-XLR-TX/RX-RM - 4 Bidirectional XLR Balanced Audio over 1 fiber Transmitter / Receiver (transceivers) kit up to 20KM singlemode / 3000feet multimode 19"Rack Mountable form factor

40km, 80km 120km models available (special order)

Specification

Optical
Wavelength	1310nm or 1310/1550 for bi-directional models
Output Power	-8dBm (+-2db)
Optic fiber	50/125u multimode, 62.5/125u multimode, 9/125u single mode
Rx sensitivity	-25dBm
Optical connector	ST/PC
Distance	20Km for singlemode and 0~2KM (MM), 40, 80 120Km - model specific
Balanced Audio
Number of Channels	2-32 Input on the TX 2-32 Output on the RX
Input Connector	XLR (female)
Output Connector	XLR (male)
Input / Output Impedance	600 Ohm
Input capacitance LINE inputs	10 pF
Max input/output voltage	4.0Vp-p (6db)
Frequency Response	10 Hz - 20kHz @±3dB
Sample Rates From	48kHz
SNR Dynamic bandwitch Total harminc distortion (THD)	> 80dB 101dB -90dB
Electrical & Mechanical
Input Power Requirements:	DC 5V@2A
Power Adapter:	AC 90V~240V
Power Consumption:	< 5W
Stand-Alone Dimensions: 19"Rack Mountable	168mm × 154mm × 45mm ( L: 6 3/4" D 4 1/2" H: 1 3/4" for the mounting holes) 19"x9"x1.75"
Shipping Weight:	(Transmitter & Receiver ) 2.5kg
Environmental
Operating Temperature:	-20°C ~ +75°C
Storage Temperature:	-40°C ~ +85°C
Relative Humidity:	0% ~ 95% (non-condensing)
MTBF:	>100,000 hours

Question and Answers

Question:
My church is looking into replacing the poor quality XLR cables that go from the stage to the back of the church. Unfortunately, we have about 30 cables and replacing them with something that's high quality will take up too much space and won't fit in the conduit. The F-32A-XLR-T/RX looks like an interesting option to me, but I need to know a little more about it. Would it concert analog mic output into a 16-bit digital signal? Also, are both the transmitter and receiver units included? Finally, what would the cost be? What amount of delay is introduced in the audio when using the XLR over fiber for the 8, 16, and 32 channel kits? There must be some small delay due to the conversion from analog to digital. Additionally, is there an extra cost to customize the unit to use an SC/PC connector instead of ST/PC? If so, what would that adjusted price be? Also, we have ST/UPC fiber available. Would using UPC with this equipment pose any problems or would UPC and PC

Answer:
hank you for your inquiry. The XLR audio fiber optic transmitter receiver kit converts LINE level Audio ( not MIC level audio to 24bit data stream) so the audio needs to be pre-amplified in order to send it over the fiber. 32 XLR is a good choice or 2 pcs 16 XLR or 4 x 8ch for redundancy. We have also very high end 120db HIFI 8 CH XLR Audio over fiber this is the link: https://thorbroadcast.com/product/8-professional-high-quality-3-pin-xlr-audio-over-fiber-extender.html The 32 and 16ch units we make per order, the 8ch units we usually have available in stock. Units work over single-mode fiber up to 20Km, or multimode up to 2000 feet, so if you do not have fiber in place, I would suggest using a single mode. The unit is equipped with ST/PC fiber connector. The ST/ PC and ST/UPS are technically the same connectors type, You can use ST/UPC fiber jumpers with our devices. Because of the low interest, we do not offer them with SC/PC connectors anymore, the easiest way is just using conversion fiber jumpers ST to SC

Question:
I came across your website as I was researching the capabilities of Fiber Optic and if it would be something I need to consider in my audio world. Typically, I work on projects in which I need to set up multiple audio control rooms, and usually, I have been able to get by with ethernet cabling never greater than 300ft. In a rare case that I need to make a run longer than 300ft, perhaps Fiber is something I need to look at. Maximum 24 > channels of audio need to be sent down a line. My system uses Dante, as > well as an analog D/A for line-level outs. Does Thor have a solution that is recommended? I’ve never used Fiber Optics

Answer:
We have both kinds of audio over fiber, either unbalanced and XLR. This is our 16 audio over fiber [image: image.png] We also have a 32 channel option, It seems like the pictures were never loaded onto our site though. We have XLR too https://thorbroadcast.com/product/xlr-audio-over-fiber-1.html/86 All these sets work on both multimode fiber and single-mode fiber. Sending Audio over fiber is a very straight forward process, the fiber works like coper but without any losses, on our standard, you can send the Audio for up to 20Km over single-mode fiber or 300 feet over multimode fiber without quality or amplitude lose. you can send balance or unbalance audio across each Audio channel is digitized and send it as a digital stream to the receiver, the receiver takes this stream and converts it back to analog Audio.

Question:
1) I would like to ask you about your product. my task is to send an analog audio signal to 10 different locations that they are 100 meters one from the other.do you have something to do that? is there something that I can connect to a daisy chain so i can have an audio signal in a distance of 1 km? thank you 2) let's say that the only thing that I have is an audio console and the speakers.and what I want to do is to send the audio signal to ten points in a distance of 1 km in total.what do i need to do so and how much is going to cost

Answer:
- Yes, it is possible to send audio to many locations from 1 transmitter, there are 2 ways. 1 ) using optical slitter like 1x8 or 1x16 on the beginning and running fibers to each receiver, or using 1x2 splitters by each of the receivers and cascade the fiber. There is a specific optical budget between the transmitter and receiver ( optical output power on the TX and the Receiver sensitivity on the RX, the difference is a budget in db) Each splitter has its own power insertion loss we need to make sure that we will not exceed the optical budget, so let me ask a few questions. How many fibers do you have available? Single-mode or multimode fiber? How many Audio? Balance or unbalance? XLR or terminal block input/output is acceptable? 2) Again it is not so straight forward with distribution to 10 points with fiber optic cable. The more information we have, the better and more accurate of a solution we can provide. If you just need to run fiber from POINT A to POINT B that is 1km away, all of our audio over fiber units can do that. If you need a distribution layout with 10 endpoints, this is more complex and we need a very specific transmitter and receiver to compensate insertion loss We can do it in 2 different ways: Scenario 1 Cascading application - drop and forward fiber would go rem the one receiver to the next one 1 High power 2 Audio transmitter 10 Fiber 1x2 drop and forward slitters 10 Audio receiver Scenario 2 ( 10 fibers from the transmitter ) signal would be slitted near the transmitter and each fiber would be needed for each receiver 1 High power 2 Audio transmitter 1x16 Fiber slitter - (1x10 splitter does not exist) 10 Audio receiver each

Question:

Do you still offer analog audio over fiber as seen here? https://thorbroadcast.com/product/analog-audio-over-fiber-1.html/57 The application is just stereo audio over multi-mode

Answer:

Yes we have a variety of units available that can do audio over fiber.

On that page, you highlighted we have options for several kinds of connectors as well, including RCA and XLR.

The least expensive variety are the units with terminal block https://thorbroadcast.com/product/analog-audio-over-fiber-1.html/57

Those units are for unbalanced, so for stereo, you would need to connect 2 audio's for every 1 stereo.

Question:

1) I have a unique situation that maybe your product could help with. I need to send 4 digital audio (coax) streams to different matrix amplifiers through this house(very large home). We have fiber at every location so this would be ideal. Most runs would be between 400' - 600'. Could your 4-channel audio over fiber extender work in this situation?

-----------------------------

2)

- The source is an Autonomics MMS-5e music server (4 zones)

- Unbalanced digital audio, single RCA connector per zone so 4 total

- We have multi-mode fiber through the property landed at fiber patch panels using LC connectors, I can use SC-LC patch cables if needed for connection purposes

- I was thinking that the F-4A-TxRx would work for this application but I was unsure if it could transmit/receive digital audio correctly.

Answer:

Is your 4 Audio unbalanced (single-ended) or Balanced like XLR?

What is the Audio level?

Do you have Single mode or multimode fiber?

What is the fiber termination connector, if you do not know you can take a picture and to send it to us.

If your Audio level is up to 4V PP you could use the following units :

Unbalanced 4 Audio :

https://thorbroadcast.com/product/analog-audio-over-fiber-1.html/62

4 Balanced Audio XLR :

https://thorbroadcast.com/product/xlr-audio-over-fiber-1.html/87

-------------------

This is incorrect, the F-4A-TxRx can send Analog Audio only 20hz to 20Khz, not digital.

But from the spec, you sent me looks like the device outputs 4 Stream unbalanced Audio, which means that you could use F-8A-TX/RX ,

Because 1 Stereo unbalanced Audio = 2 Mono unbalanced Audio

Question:

Hi, So, what is sent over the fiber? Analogue audio, or data that is coverted back to analog audio? The description says is 16 bit digital. The name says Analogue. I'm confused... Is it analogue or digital?

Answer:

The XLR is an analog audio interface that is internally converted to a data stream for reliable transmission via fiber.

On the transmission side, there is an analog video input, and on the receiving side, the device converts that data to an analog audio output.

From the end-user perspective, it is analog in and analog out, but internally it is processed digitally.

I hope that is clear.

Are you interested?

If so, how many XLR channels are you looking for? We have 2 to 16 XLR audio over fiber available

Question:

Do you have a Line Level Audio (analog) over Multimode Fiber in your product line?

Answer:

We have several choices, do you need balanced or unbalanced audio?

We do have units with XLR, RCA, or terminal block interface.

How many channels?

What is the multimode fiber distance?

Question:

What it means that XLR Audio over fiber units have LINE level audio inputs requirments ?

Answer:

ine-level audio refers to audio signals that have been amplified to a standard level before they are transmitted or processed further in audio equipment. Line-level signals are typically stronger and have higher voltage levels compared to microphone-level signals, which are very weak and require preamplification.

Key characteristics of line-level audio include:

Higher Voltage: Line-level signals are stronger and have voltage levels typically in the range of around 0.3 to 2 volts. This increased voltage ensures that the signal is less susceptible to noise interference.
Low Impedance: Line-level signals usually have a low output impedance, which means they can be easily transmitted over cables without significant signal degradation.
Pre-Amplified: These signals have already been amplified to a level suitable for processing or further amplification in audio equipment like mixers, amplifiers, and recording devices.

Line-level audio is commonly used for connecting various audio sources and equipment, such as CD players, DVD players, synthesizers, and audio interfaces, to mixers, amplifiers, and recording devices. It provides a consistent and standardized level of audio that makes it easier to work with different audio components and ensures high-quality audio transmission with minimal noise interference.

Line-level audio typically has a low output impedance. The exact impedance level can vary somewhat depending on the specific audio equipment and standards being used, but it generally falls within the range of 150 ohms to 600 ohms. This low output impedance allows line-level signals to be easily transmitted over cables without significant signal loss or degradation, making them suitable for connecting various audio sources and equipment in professional audio setups.

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XLR Audio over Fiber

Question: Do you still offer analog audio over fiber as seen here? https://thorbroadcast.com/product/analog-audio-over-fiber-1.html/57 The application is just stereo audio over multi-mode

Question: Hi, So, what is sent over the fiber? Analogue audio, or data that is coverted back to analog audio? The description says is 16 bit digital. The name says Analogue. I'm confused... Is it analogue or digital?

Question: Do you have a Line Level Audio (analog) over Multimode Fiber in your product line?

Question: What it means that XLR Audio over fiber units have LINE level audio inputs requirments ?

Question:

Do you still offer analog audio over fiber as seen here? https://thorbroadcast.com/product/analog-audio-over-fiber-1.html/57 The application is just stereo audio over multi-mode

Question:

Hi, So, what is sent over the fiber? Analogue audio, or data that is coverted back to analog audio? The description says is 16 bit digital. The name says Analogue. I'm confused... Is it analogue or digital?

Question:

Do you have a Line Level Audio (analog) over Multimode Fiber in your product line?

Question:

What it means that XLR Audio over fiber units have LINE level audio inputs requirments ?