What does the transceiver rate of 155M2 67G mean?

155M is the SDH rate, Cisco generally does not use this rate, and uses 100 Gigabit Ethernet modules. However, usually the SFP modules are common to these two rates.

What Does the Optical Transceiver Rate of 155m267G mean? This is their symbol, and it is only possible that they know the rate of this optical module by number.

Glad for the MD photomodule here the model is its frequency ratio, the way it operates.

The rate of the optical module. The speed of the optical module, which is the speed at which the optical module is running.

The food m of the photomodule element means the frequency of a light film, and this frequency is expressed numerically, so this light mode is a very good light.

The simulation effect of this module is also very good, with a large memory.

That's an optical fiber in the computer host, and that fiber may have that much capacity.

Specifications like this must be set to a certain size according to the operation of a certain machine.

Add another model and it will be deeper and faster.

The thing I gave was still relatively bad. It's still better to sell.

There will definitely be a special meaning on behalf of him, but you and I are both people in and out of the industry, so we don't know enough about such technical terms, but it would be better if we found a professional book or a professional to talk about it.

So fast, what does speed mean? I think it seems that this kind of optical module speed means that you can look it up on the Internet.

I don't know the batch of optical modules that are quick and brittle 155. What is the meaning? I don't know the two pinyins, I can't give you an answer, you can check it on the Internet.

What does the rate of the optical module mean, log in to the official optical module**, it has a detailed introduction above.

What does transceiver rate mean? That is, how fast does this light travel through?

What does fast rate 155m steel mean is its power?

If you're wondering what this lightspeed module means, or what this number letter represents, it means appearance.

What does transceiver rate mean? I think the optical module rate you this it is a model of its and its specifications, you can go and see.

This one is actually very simple, because we know that this is a model.

Optical module speed, or this you look at some introductions on the Internet, about this aspect of the content.

If you want to achieve a match at this transceiver rate, then you can do it, you know? That's what it means.

Optical module speed drug return wood is what's going on.

Optical transceivers. The unified standard transmission rate level is based on 155 520MB s, also known as STM 1.

We say that the transmission speed of the optical module is a multiple of this, for example: STM 4 is special 155 520 4 622 020MB s, usually 622M.

The optical module of 1G is actually 1 25G, which is STM 8, that is, 155 520 8 1244 16MB S

The function of the optical module is photoelectric conversion, which is used for carrier transmission between the switch and the equipment, converting the electrical signal at the sending end into optical signals, and converting the optical signal at the receiving end into electrical signals through optical transmission. Optical transceivers are more efficient and safer than transmitters.

Optical modules are,Electrical modules are all 1G,Of course you use optical modules will display,This is normal,Now there are a lot of optical transceivers and 10G that do not support optical transceivers,Only write support 1G and,Or 1G and,The computer room is generally adaptive,But there are some computer rooms only and 10G,If there is a conscience of the computer room to be equipped with adaptive and 5G optical modules,But the basic computer room only uses the module,If you buy the optical module,It may not be adaptive to,Now there are some optical transceivers that do not support, it can only be 1g, so that the usefulness of buying a light hair device is left to be extended over a long distance. Using a gigabit optical module is obviously faster than a gigabit lan.

I don't know if it's right or not.

The bandwidth used by optical modules for transmission is mainly 155M, 622M, etc., which is equivalent to 1G.

This is the same as some companies say 1g = 1024m and some say 1g = 1000m.

The actual speed of 1G optical modules is yes, and there is a difference in the names of telecommunications and data communications.

The world's uniform standard transmission rate class is based on the basic rate, which is also known as STM-1.

The transmission rate of the optical module we are talking about is a multiple of this, for example: STM-4 is , which is usually said to be 622M.

The 1G optical module is actually STM-8 to be exact, ie.