Fri, Apr 24, 2020 7:10 PM
Fiber-optic Internet is rapidly becoming one of the leading Internet solutions in the world, and fiber-optic and Ethernet have rapidly become leading Internet solutions. Is it worth upgrading, or does the answer depend on your company's needs and goals?
It is much more laborious to tap fiber-optic cables - fiber-optic cables that transmit light impulses instead of electricity, and copper cables are more prone to being tapped, which can lead to data falling into the wrong hands. Fiber optic Ethernet can be scaled up and down to meet the changing needs of a business, with built-in - in the insurance policy for the future.
Most modern fiber-optic Ethernet services offer speeds of up to 10 Gbps, but here is a comparison of the speed of fiber-optic versus fiber-optic. Data is transported as photons and reaches a speed comparable to the speed of light. Copper cables transmit data using electrons, which lag behind fiber optics such as HD video streaming and HD audio playback to perform most Internet-related tasks.
Looking at the cost benefits, fiber-optic Ethernet stands out for companies that want to spend less time setting up and maintaining their network and more time on maintenance and repair. Indeed, many fiber-optic Ethernet services already offer lower costs than competing Internet services such as Google Fiber, and penetration is increasing. Copper can exceed $1,000 per gigabyte of data per month, or $2,500 per year, at a total cost of $3,200 per terabyte. This can save companies time and money for maintenance and repair, as well as lower network maintenance costs.
For companies that have multiple locations, choosing an Ethernet or fiber optic solution can give you greater bandwidth and productivity. While fiber optic cables can transmit data for up to 25 miles, a long copper cable can span several thousand feet
Due to their electrical nature, copper cables can be exposed to temperature and humidity, which can interfere with signals, slow down the connection speed, and reduce network reliability. Fiber-optic cables, on the other hand, do not conduct electricity and therefore transmit a clearer and more reliable signal without EMC risks. Optics and Ethernet cables can transmit signals at speeds of up to 10 Gbps or more than 100 times faster than copper cables.
Copper cables are designed to support the data that modern companies send and receive, but fiber optic cables are a much more efficient and cost-effective alternative to copper cables. Fiber-optic cables offer a wide range of bandwidth and speed as well as a higher capacity than copper cables.
The glass construction is less susceptible to blunt force damage, withstands higher pressures, poses no fire hazard and can cause less damage than copper cables.
You can buy capacity in 1Mbps increments and add more than you need with a simple call to your provider, or you can buy capacity and buy everything at once.