Is a t1 line copper or fiber?
It can be one, the other, or both. Originally T1 was fiber with the last mile being copper. These days it is more common to have fiber run all the way to the POP.
A T1 is copper, and OC3 is fiber optic, so there is no way to make a T1 into OC3. Speed on a T1 is 1.544 Mbps, and speed on the OC3 is 155.52 Mbps, so in rounding, you need 100 T1 lines to equal the speed of an OC3.
A connection between two telephone central switching offices. The basic trunk line is called a T1 line. They provide many connections in a single cable, originally they were bundles of copper wire twisted pairs but now are often just a single fiber optic line.
T1 stand for how fast your Internet connection is going to be. T1 is the fastest of all, this would be a very high speed internet connection ( usually using fiber optics). The term T1 refers to the encoding.
These days, yes DSL is faster than a T1 line. This however is not the debate when comparing the two as the T1 is designed for 99.9% up-time whereas DSL does not come with that guarantee. A T1 line is commercial grade Internet.
Usually T1 terminates on an RJ25.
fiber optic cables are made of either thin glass fiber or thin plastic fiber with signals transmitted as pulses of light copper cables are made of either twisted pairs or coaxial cable made of copper with signals transmitted as electrical voltages or currents The signal carrying capacity of a fiber optic cable is much greater than that of a copper cable and a copper cable is much heavier and takes up more space than a… Read More
A "T1" line is a type of telephone trunk line (line connecting exchanges: e.g. central office, PBX, toll, long distance) that uses T-carrier signaling. It was first introduced in 1962 in the Bell System in North America, and could transmit up to 24 telephone calls simultaneously over a single twisted pair of copper wire. It was the first telephone trunk line that used digital signaling to multiplex calls instead of analog frequency division multiplexing and… Read More
The two basic types of media (there are subtypes) are copper conductor, and fiber optics. The two basic types of media (there are subtypes) are copper conductor, and fiber optics. The two basic types of media (there are subtypes) are copper conductor, and fiber optics. The two basic types of media (there are subtypes) are copper conductor, and fiber optics.
Can Asymmetric digital subscriber loop be installed over a line that contains a fiber optic segment?
Traditional ADSL will only work over copper. There are newer services, like FiOS from Verizon that is technically ADSL but it runs over Fiber. I am a Provisoiner of Broadband Services (ADSL, Cable, T-1, Frame, EVDO, etc...) I run into Fiber issues all the time. Even if it is copper to your nieghborhood and then fiber, or vice versa, traditional ADSL will not work.
fiber optical wire
Fiber lasts longer than copper, it has less signal attenuation, and its bandwidth capacity is much greater. It's just an all around better medium than copper. Plus, it costs almost exactly the same to deploy fiber as it does copper in new outside plant deployments - so you get all the benefits of fiber for no additional cost.
In North American a T1 line carries signals at 1.544 Mbps (24 channels at 64Kbps). E1 is the European format for digital transmission. E1 carries signals at 2 Mbps (32 channels at 64Kbps, with 2 channels reserved for signaling and controlling). T1 and E1 lines may be interconnected for international use.
This is the Most Common Color Coding They are different colors to distinguish what they do, and what they are carrying. Copper Data Patch Cord Jacket Colors Gray: Standard ethernet connection Green: Crossover ethernet connection Yellow: POE (power over ethernet) Orange: Analog Non-Ethernet Purple: Digital Non-Ethernet Blue: Terminal server connection Red: T1 connection Copper Data Cable Jacket Colors Blue: Non-plenum Pink: Plenum Copper Voice Cable Jacket Colors White: Non-plenum Violet: Plenum Fiber Cable Jacket Colors… Read More
A t1 can do 1.536Mbps However actual will be less due to overhead. it is industry standard to say 1.5Mbps www.intelletrace.com er here...
A blank lease allows organizations to use only some of the channels on a T1 line and be charged according to the number of channels they use?
You have an error in your question. Please tell me what type of internet you have. Including, Dial-up, T1 or Fiber.
Connecting a fiber optic cable to a coaxial cable is there a noticeable difference in the picture quality and what about data speed with hooking up to the Internet would it be best to have all fibe?
There are several questions here so there is more than one answer: Connecting fiber to coaxial cable Fiber optic cable transmits light and not electricity so there is no way to connect the two together directly. Interfaces can be used to take data in an electrical form, convert it to light and send it along a fiber. Similar interfaces do the opposite and receive light to convert it back to an electrical signal. The type… Read More
Estimated.................. T1: 1544 kbps T1c: 3152 kbps T2: 6312 kbps T3: 44736 kbps T4: 274760 kbps
As in any comparison of this type, it depends on the application. Fiber is higher bandwidth than equivalent copper. The interfacing is more expensive for fiber and it takes more expertise to terminate the fiber. Fiber is immune to RF interference whereas copper isn't. You have to be careful running fiber and observe bend radius constraints lest you break the fiber. Longer runs of fiber require a repeater.
Answer These modems are in use now. Modem Who uses it Provided by Cable: Cable Provider: Time Warner's Road Runner/Adelphia DSL: Phone Company: SBCYahoo/BellSouth 56k: Dial up: AOL/NetZERO Answer Of the top of my head: Standard telephony modems, from 200 baud to 56k ISDN, at about 122k or so DSL, Cable, Satellite, Powerline...there are probably also a lot of subtypes that I've Never Heard Of. T1 and T3 are both examples of high-speed telephone lines… Read More
2966Cu -> (beta-, T1/2 = 5.12 m) -> 3066Zn + e- + ve-
A T1 line provides you with 1.544Mbits per second, full duplex. Full duplex means that, you get the 1.544Mbps in up- and download direction. 1.544 Mbit per second equals 0.192MByte per second.
T1 and T2 are two common types of lease lines in telecommunications. T1 is the standard and was developed by AT&T. T3 are often used for long-distance traffic and to build the core of a business network headquarters.
Coaxial cable uses a shield to protect a copper wire carrying a signal via an electric current. The shield reduces noise on the line. Fiber optics use glass fibers carrying a signal via electromagnetic waves (i.e. light).
Fiber optic cable is constructed out of glass or plastic, and uses light pulses to transmit data. Copper cable is made out of copper material (not glass or plastic) and uses electrical voltages to transmit signals.
There are 28 T1 carrier lines in a T3 connection.
ADSL is a way of using a pair of copper wires which is normally used for a phone line, to transfer high volumes of data. The copper wires were only originally designed to carry a phone call. Fibre optic cables are especially designed to transfer high volumes of data. They are made of glass, not copper wires.
Light is known fastest thing in this universe. That is , light is faster than movement of electron. In copper wires, we are making use of electron and holes for data transmission. In fiber optics, we are making use of light for data transmission. light propagate in the fiber by total internal reflection which makes light to not escape from fiber.
T1 is symmetrical connection, allowing for downloads and uploads of up to 1.5 Mbps - 30 times as fast as 56k dial-up. A single T1 connection can support dozens to hundreds of users, but speed and efficiency drops as more people use it simultaneously.
T-Lines are mostly high-speed fiber optic communications lines. (example - T1, T2, T3 etc...)
there are different network media,fiber,copper cable etc.to make communication in different media,need the media converter,for example,fiber media converter making the copper ethernet over fiber transmission,E1/ethernet converter making the ethernet over E1 conversion.
Fiber optics have a much farther range than copper and doesn't require lightning protection to prevent surges on equipment because glass is not a conductor of electricity. Twisted pair copper such as Cat5E and Cat6 have a basic length limit of 295 feet and a channel length limit of 315 feet. Copper also requires surge protection for the equipment attached. Copper is somewhat cheaper than glass but fiber optic glass is faster and not subject… Read More
Speed (fiber is much faster) Length (fiber segments can be much longer than coax) Security (much harder to tap a fiber cable than copper)
fibre has higher data capacity, takes less space, is cheaper, etc. than copper.
One of the biggest differences between T1 and cable is price. T1 is a lot more reliable and used mostly by business due to it's price. Cable is a bit more unreliable due to the bandwidth being shared by multiple users living in the area.
There are 2 general ways to connect to the Internet: A) Wired Broadband: 1. Dial-Up 2. DSL (Digital Subscriber Line) 3. Cable 4. T1 Line 5. BPL (Broadband over Power Lines) 6. Fiber Optic Cables B) Wireless Broadband: 1. Fixed Wireless 2. Wi-Fi 3. Satellite 4. Wi-Max
Pineapple's nutrients include calcium, potassium, fiber ,and vitamin c vitamin B1, vitamin B6, copper and dietary fiber.
Pineapple's nutrients include calcium, potassium, fiber ,and vitamin c vitamin B1, vitamin B6, copper and dietary fiber.
Not directly, no. You would have to replace the NICs and all network connectivity devices as well to use the fiber optic cable.
Antalya: Thomas Cook- T1 Thomson- T2 Bodrum: Jet2-T1 Thomas Cook-T1 Thomson-T2 Dalaman: Easyjet-T1 Jet2-T1 Monarch-T1 Thomas Cook-T1 Thomson-T2 Istanbul: Turkish Airlines-T1 Izmir: Thomas Cook-T1 Thomson-T2
Optical fiber carries signals through light, and therefore at light speed, the fastest possible, and gets less hot. Copper wire transmits information using electricity, which although fast, is not nearly as fast as light. Fiber optics allows faster transmission of data.
OLG, or On Line Gateway, is a T1 service provided in Maryland. T1 is to cable what cable is to dial up. Speeds are incredible. In addition, the phone service available is without distortion.
There are many advantages to a T1. SLA ( Service Level Agreement ) Guaranteed up-time Synchronous ( transmit 1.5Mbps and Receive 1.5 at the same time. Industry Standard for Business and Carriers, if it's a leap year.
Fiber optic cables, made from glass, are gradually being used to replace copper telephone and cable television lines. It will be some time before all the lines are fiber optic, however.
time division multiplexing
Because copper corrodes easily.
Find the number what devices that could be accommodated by a T1-type TDM line if 1of the T1 line capacity is reserved for synchronization purposes 110-bps teleprinter terminals?
Hello Friend, The answer essentially starts with realizing that a T1-type line is essentially the same as Digital Signal 1 Line (http://en.wikipedia.org/wiki/T1). The data rate for which is 1.544 Mbps. So just convert this to bps: 1544000 bps. I'm assuming "1" refers to 1%, so if 1% must be used for synch overhead, for actually transmitting data we can only use 99% of it or: 1528560. Since TDM gives equal time slices to all of… Read More
T1 Africa, T1 Asia, T1 Europe and T1 Oceania all made by South Korea
Yes; Ethernet is really not a single technology, but a family of technologies. Details vary, for example between fiber optic and copper cable; but it is still considered "Ethernet". Yes; Ethernet is really not a single technology, but a family of technologies. Details vary, for example between fiber optic and copper cable; but it is still considered "Ethernet". Yes; Ethernet is really not a single technology, but a family of technologies. Details vary, for example… Read More
Both are meant to transfer signals, but they use quite different technologies. Copper will transport electrical signals. Fiber optic will transfer the signal as a ray of light. Of course, both are part of special technologies; fiber optics cable needs special switches and network cards to work with it. Both are meant to transfer signals, but they use quite different technologies. Copper will transport electrical signals. Fiber optic will transfer the signal as a ray… Read More