Digital Telecom provides cabling services and fiber optics installation and support for clients in Washington, DC, Northern Virginia and Baltimore, Maryland.
Fiber Optics
One of the most beneficial advantages is the extremely wide bandwidth, which
allows for increased information carrying capacity. The practical bandwidth
of fiber optic cables far exceeds that of copper cable assemblies. Using optical
fibers also helps to minimize attenuation in your system. As a signal travels
along a transmission medium, either copper or fiber, the signal will naturally
lose strength. In a copper wire, the attenuation increases as the frequency
of the information signal increases. However, the attenuation in an optical
fiber is virtually flat up until very high frequencies. Fiber has superior
transmission quality and reliability. " extremely low error or data loss "
farther transmission range than copper (6-8km without repeater) " Able to
use "fast packet technology" (No error-detection) " Not affected by electromagnetic
interference or lightning " Does not radiate energy " Secure; cannot be tapped
without detection.
Data Cabling
Digital Telecom can provide your business with state-of-the-art
voice and data cabling services designed to provide maximum performance
for your phone and computer needs including CAT5, CAT5E, CAT6, fiber,
coaxial and even wireless infrastructures. Our installations include
testing, labeling, and certification. A hard copy certification can
be made available for each cable drop, as well as a graphic physical
plant schematic. All Digital Telecom cabling installations are fully
warranted as to workmanship and material. Digital Telecom's cable group
fully participates in our activities involving systems networking, telephone
and other voice and video systems. From conception to installation we're
with you all the way. We can assess your infrastructure and provide
the right products and installation services to maximize the performance
of your network and ensure your project is completed on time and on
budget.