Tag Archives: LAN Infrastructure

Protect Your Network Infrastructure Investment with Passive Optical LAN

Constantly upgrading the network to meet increased demand and the performance expectations of users involves serious commitments of time and expense. Surely there are better ways to design, build and operate networks to serve today’s constantly changing work dynamic…   The Tellabs Passive Optical LAN, implemented by NET100, is an ideal alternative architecture that offers […]

Expect the Most When You Work With NET100

With every customer engagement, NET100 places a high value on teamwork and communication. From the start, our project managers are involved directly with your people to arrange and participate in site visits, owner and construction meetings, managing and monitoring the installation process, reporting on progress, and providing on-going field engineering support as needed. You will […]

New ONT Gets Fiber Closer to Endpoints

Now you can have greater flexibility for connecting bandwidth-hungry Wi-Fi access points and IP cameras with the Tellabs FlexSym Optical Network Terminal 202, installed and supported by NET100.   Connecting Wi-Fi Access Points   The FlexSym ONT202 provides more choices for connecting today’s wireless access points, including IEEE 802.1ax Wi-Fi 6 and future wireless technologies, […]

Air Blown Fiber Solutions – It’s All About the Tubes

Air Blown Fiber (ABF) is an alternative way to install fiber optic cable in a LAN environment. Instead of pulling standard fiber optic cable, ABF uses a method to blow fiber cable point-to-point through pre-installed tubes to anywhere on the network. The heart of the Sumitomo ABF system is a highway of tubes that can […]

Overcoming Fiber Installation Challenges During Office Lockdowns

As the COVID pandemic lingers, it’s challenging to continue “business as usual.” When it comes to installing fiber optics, no matter the size of project, there must be consideration for how to do it safely. Sumitomo Electric’s Air Blown Fiber (ABF) Solution has been around for decades, but was designed for times just like today. […]

Optical LAN Helps Businesses Future Proof Network Infrastructure

With all of the challenges businesses face, the last thing they need to worry about is keeping their network continually tuned to handle more locations, more devices, and more applications. Constantly upgrading the network to meet increased demand and the performance expectations of users involves serious commitments of time and expense. Surely there are better […]

Infrastructure Design Choices Facilitate Capacity Engineering

There are many design choices that can be accommodated throughout the enterprise network infrastructure that directly impact the engineering of proper capacity for both high bandwidth and low bandwidth connectivity, including: Splitter Split Ratio Network Uptime Fiber Cabling Splitter Split Ratio With the availability of symmetrical 10G XGS-PON, optical splitter split ratios become even more […]

Optical LAN – The Practical Solution for the Modern Enterprise

With the growth of complex traffic traveling across the enterprise LAN, there is a need to simplify the underlying infrastructure for better performance. At the same time, network security needs to improve to combat internal and external threats. But how can IT realize the benefits of simplicity and security without compromising one or the other? […]

Optical LAN Offers Superior Management

To assure the highest degree of LAN performance, there must be traffic management capabilities that balance bursty traffic, interactive traffic, real-time latency-sensitive traffic, and non-realtime traffic. Tellabs Optical LAN can accomplish the highest LAN performance through traffic segmentation, low latency and QoS mechanisms, while greatly improving network security compared to the legacy copper-based LAN alternative. […]

Right-Size Your Network

LAN Complications The useful life expectancy of traditional enterprise LAN infrastructure is short, historically being around five to seven years, while wireless technology continues to evolve in the 3-5 years range. At each one of these transitions, the switch and cable manufacturers expect you to completely rip-and-replace your hardware and infrastructure. Every time higher bandwidth, […]