- Computer Fundamentals
The original IEEE-1394 standard is known as FireWire, IEEE-1394a, DV or as i.Link ® (Sony ® 's implementation of the standard). Occasionally it is referenced as FireWire 400 due to its maximum data transfer speed of 400 Mbps.
- Computer Useful Resources
- Selected Reading
- Samsung - Galaxy Tab E - 9.6' - 16GB - Black. Model: SM-T560NZKUXAR.
- All FireWire devices are identified by an IEEE EUI-64 unique identifier in addition to well-known codes indicating the type of device and the protocols it supports. FireWire devices are organized at the bus in a tree topology. Each device has a unique self-ID. One of the nodes is elected root node and always has the highest ID.
A port is a physical docking point using which an external device can be connected to the computer. It can also be programmatic docking point through which information flows from a program to the computer or over the Internet.
Characteristics of Ports
A port has the following characteristics −
External devices are connected to a computer using cables and ports.
Ports are slots on the motherboard into which a cable of external device is plugged in.
Examples of external devices attached via ports are the mouse, keyboard, monitor, microphone, speakers, etc.
Let us now discuss a few important types of ports −
What Does Firewire Look Like
Serial Port
Used for external modems and older computer mouse
Two versions: 9 pin, 25 pin model
Data travels at 115 kilobits per second
Parallel Port
Used for scanners and printers
Also called printer port
25 pin model
IEEE 1284-compliant Centronics port
PS/2 Port
Used for old computer keyboard and mouse
Also called mouse port
Most of the old computers provide two PS/2 port, each for the mouse and keyboard
IEEE 1284-compliant Centronics port
Universal Serial Bus (or USB) Port
It can connect all kinds of external USB devices such as external hard disk, printer, scanner, mouse, keyboard, etc.
It was introduced in 1997.
Most of the computers provide two USB ports as minimum.
Data travels at 12 megabits per seconds.
USB compliant devices can get power from a USB port.
VGA Port
Firewire Connection
Connects monitor to a computer's video card.
It has 15 holes.
Similar to the serial port connector. However, serial port connector has pins, VGA port has holes.
Power Connector
Three-pronged plug.
Connects to the computer's power cable that plugs into a power bar or wall socket.
Firewire Port
Transfers large amount of data at very fast speed.
Connects camcorders and video equipment to the computer.
Data travels at 400 to 800 megabits per seconds.
Invented by Apple.
It has three variants: 4-Pin FireWire 400 connector, 6-Pin FireWire 400 connector, and 9-Pin FireWire 800 connector.
Modem Port
- Connects a PC's modem to the telephone network.
Ethernet Port
Connects to a network and high speed Internet.
Connects the network cable to a computer.
This port resides on an Ethernet Card.
Data travels at 10 megabits to 1000 megabits per seconds depending upon the network bandwidth.
Game Port
Connect a joystick to a PC
Now replaced by USB
Digital Video Interface, DVI port
Connects Flat panel LCD monitor to the computer's high-end video graphic cards.
Very popular among video card manufacturers.
Sockets
Sockets connect the microphone and speakers to the sound card of the computer.
FireWire cable is perhaps the most reliable, versatile high-speed data transfer wiring option out there. USB cables have become the market leader, but they’re not always the right wiring option for your data transfer needs. You can find FireWire cables in everything from general automobiles to military aircraft.
They are a peak-performance data transfer option which can eliminate the need for multiple cables which serve multiple purposes. FireWire cable may seem daunting to a layperson, but don’t fret. They are much more intuitive and easy to understand than you think!
This article is your one-stop guide on their applications and importance.
Table of Contents
Chapter 1: Why It’s Important To Use Firewire Cables
FireWire cables are a premier option for those looking for unparalleled data transfer speeds. They are especially useful when connecting multimedia devices such as video-editing equipment and camcorders. They may carry a higher overall cost ratio than USB 2.0 and USB 3.0, but they make up for it with performance.
FireWire cables also transmit and transfers power while transferring data. This cuts down on the need for multiple wires and the dangers which arise from a wealth of power points. If you’re worried about a complicated wiring pattern for your networking setup, FireWire cable provides a solution.
It’s crucial to use FireWire cables if you want to match peak transfer speed with power supply capability. There are also plenty of audiovisual devices, television set-top boxes, and other consumer electronics which require FireWire connectivity. They are important. The versatility and performance of FireWire cable make it a true data transfer wiring superstar.
Chapter 2: What To Use Firewire Cables For
You can use FireWire cables for a host of different data transfer and power needs in a wide variety of consumer automobiles. They’re also a massive data transfer and power source for a wealth of cable television boxes. If you have digital cable, you likely have a FireWire cable attached to your signal box.
These are also the cables used by military personnel for data transfer needs in aircraft and other vehicles. In such a high-stress environment, the high-speed capabilities of FireWire cable are an absolute must.
Are you looking to set up an ad-hoc computer network at your job site? FireWire cable provides the versatility, data transfer speeds, and power supply to make such a setup possible. Do you need to connect two computers? FireWire cable is perfect for that too!
There’s also no better data transfer option for pressing audiovisual needs than FireWire cable. If you need to transfer tons of video from a camcorder to your computer, FireWire cable can’t be beaten.
There are plenty of other uses for FireWire cable, including charging and syncing older Apple devices. If you want to use the old iPod you just found, you’re going to need a custom FireWire cable to get things going.
Chapter 3: How A FireWire Cable Works
FireWire cable uses a specialized copper cable which can be up to 15 feet long in most common implementations. It moves data at 400 Mbps in its basic form. The newest IEEE-1394b advancement, FireWire 800, moves data at twice that speed.
FireWire cables are incredibly versatile when it comes to supporting multiple connector types. It features a six-pin cable to plug into a computer while also sporting a four-pin cable to connect to a peripheral. This versatility comes in handy when connecting multiple device types on a single network.
One huge advantage of using FireWire cable is its ability to stream data in real-time. It can also provide power while doing this. Through the use of a high-quality cable and versatile implementations, FireWire cable offers reliable, fast data transfer.
Chapter 4: Signs You May Need A FireWire Cable
Is your networking setup overloaded with cables and wires which present logistical issues? Do you suffer from lagging data transfer speeds, especially when trying to provide power to a peripheral from an external source?
FireWire cable is a fantastic solution for complex wiring problems because it is so versatile. While newer devices may need a FireWire cable adapter, it’s worth it if you’re looking for consistent, high data transfer speeds.
Are you transferring a bunch of different videos from a professional camcorder? Are you sharing multimedia always across your networking setup, professional or otherwise? There is no match for FireWire cable when it comes to efficiently and effectively transfer multimedia files at high speeds.
Chapter 5: How Custom FireWire Cables Can Benefit You
Custom FireWire cables are the perfect solution for networking problems where there is no stock solution. They can help provide peak networking capabilities for a cache of devices and computers, both new and old.
Custom FireWire cables will cut your cord usage significantly while providing a simple data transfer option that’s blazing fast. If you’re struggling with lag or unnecessarily long download times, get a custom FireWire cable designed for unparalleled speed and efficiency.
Chapter 6: What To Look For In A FireWire Cable Company
A FireWire cable company needs to be well-versed in your particular areas of need. They must have an innate understanding of wiring problems and solutions. They should have years of experience setting up FireWire cable and the interfaces which utilize them. If you have questions on the whats and whys of FireWire cable, your FireWire cable company must have the answers.
The best FireWire cable companies have a game plan. If you’re struggling with lagging data transfer speeds, a right FireWire cable provider will demonstrate how they can help. It’s all about simplicity. A top FireWire cable company combines technological knowledge with the ability to explain it in terms of relevance to a consumer.
Don’t settle for a FireWire cable company which pushes you to pay for a job without transparency. You deserve expert advice, expert installers, and expert technicians who anticipate problems instead of just reacting.
Chapter 7: Where To Buy A Custom FireWire Cable
You can’t go to a retail store to buy a custom FireWire cable. You’ll need to enlist the help of a wiring company which specializes in providing data transfer solutions. While you’ll be able to find stock FireWire cables online, they may not connect all the devices you need connecting.
A wiring company can build a custom firewire cable which eliminates the need for stock wires. They will listen to your needs during your consultation and work on custom crafting the right FireWire cables for you.
There are a host of custom wiring services out there with varied reputations. Don’t settle for a second-rate wiring company who promises cheap rates instead of an excellent product! With the help of a top-rated wiring company like Cloom Tech, you can get the right custom FireWire cable the first time!
Cloom Tech is your one-stop-shop for intuitive wire harness and cable assembly solutions. Wiringo’s experienced technical team has made thousands upon thousands of custom cables for customers around the globe. There isn’t a custom cable company out there which boasts the track record and customer satisfaction ratings of Cloom Tech.
Chapter 8: The General Cost
Customization of FireWire cables will save you money in the long run. While you’ll pay for both materials and labor, the right custom FireWire cable is well worth it.
Imagine the money you’d spend on multiple wires which a single FireWire cable can replace. Besides, a custom FireWire cable is made for your particular needs – both current and future for whatever you need to use it for. So not only will it replace unneeded wires now, but paying for a custom FireWire cable will also limit future costs.
There are a lot of custom wiring services out there who can build a FireWire cable for you. However, there’s a varied cost breakdown for each. With the glut of options out there, it can be so very confusing as to which custom FireWire company to choose.
Well, there is one custom wiring service which can promise you the perfect balance of quality craftsmanship and no hidden fees – Cloom Tech.
Conclusion
If you require a custom FireWire cable or multiple FireWire cables for your data transfer needs, look no farther. Cloom Tech has made a plethora of custom FireWire cables for customers just like you. The custom FireWire cables they’ve provided to customers have provided networking solutions for even the most unique situations.
The right FireWire cable can turn a logistic networking mess into an organized, efficient system. Let the experienced staff at Cloom Tech work with you to meet and exceed your data transfer needs. The custom FireWire cable you purchase from Cloom Tech will help you get the most out of your network