Networking & Collaboration
Data Center Networking
Core Switching
A core switch is a high-capacity switch generally positioned within the backbone or physical core of a network. Core switches serve as the gateway to a wide area network (WAN) or the Internet – they provide the final aggregation point for the network and allow multiple aggregation modules to work together.
SAN Switching
A storage area network (SAN) switch is a device that connects servers and shared pools of storage devices and is dedicated to moving storage traffic.
SAN switches make it possible to build vast high-speed storage networks that interconnect thousands of servers accessing petabyte-scale data. At its most basic, a SAN switch manages traffic flow between the servers and storage devices, examining data packets and forwarding them to their intended destinations.
SAN Switching
A storage area network (SAN) switch is a device that connects servers and shared pools of storage devices and is dedicated to moving storage traffic.
SAN switches make it possible to build vast high-speed storage networks that interconnect thousands of servers accessing petabyte-scale data. At its most basic, a SAN switch manages traffic flow between the servers and storage devices, examining data packets and forwarding them to their intended destinations.
Campus Networking
Campus Area Network (CAN) is a group of interconnected Local Area Networks (LAN) within a limited geographical area like school campus, university campus, military bases, or organizational campuses and corporate buildings etc. A Campus Area Network is larger than Local Area Network but smaller than Metropolitan Area Network (MAN) and Wide Area Network (WAN).
This Campus Area Network also called as Corporate Area Network. Sometimes this network is also referred as Residential Network or ResNet as it is only used by residents of specific campus only. Campus Area Network covers areas of around 1 to 5 km range and it can be both wired or wireless connectivity.
Distribution Switching
Distribution Switching is an architecture in which multiple processor-controlled switching units are distributed. There is often a hierarchy of switching elements, with a centralized host switch and with remote switches located close to concentrations of users.
Distributed switching is often used in telephone networks, though it is often called host-remote switching.
Access Switching
Access switch is the only one that directly interacts with end-user devices. Because an access network switch connects the majority of devices to the network, it normally has the highest port density of all switch types. In spite of the high port count, access switch usually provides the lowest throughput per port.
Access Switching
Access switch is the only one that directly interacts with end-user devices. Because an access network switch connects the majority of devices to the network, it normally has the highest port density of all switch types. In spite of the high port count, access switch usually provides the lowest throughput per port.
WHAT WE DO
Indoor & Outdoor Wireless
Wireless is often the preferred method of connectivity in office buildings, as wireless solutions reduce the need for the costly installation of cabling in a building. However, simply having one router in an office building is completely unsuitable. You and your employees require a wireless setup that allows you to stay connected while mobile in your building.
KEY BENEFITS
The products that we use to make up both indoor and outdoor wireless networks are robust, ensuring cost-effectiveness.
Both indoor and outdoor wireless networks are cost-effective.This allows interconnectivity without great expense.
Installing wired solutions around a large site can take weeks if not months, which is expensive and time-consuming.
With a properly designed wireless network you have the ability to manage multiple wireless networks across the same access points.
Wide Area Network (WAN)
WAN Architecture is the configuration of a network best suited for an enterprise’s environment. There are a variety of architectures to choose from, from hybrid WAN to SD-WAN, and maintaining and optimizing your WAN setup is important for application performance and end-user productivity.
The various types of WAN architecture serve different speeds and device configuration, and different branch sizes may require different WAN set ups. Main buckets for WAN architecture, particularly SD-WAN, are: On-Premises, Cloud-Enabled and Cloud-Enabled plus Backbone.
SD-WAN Solutions
A Software-defined Wide Area Network (SD-WAN) is a virtual WAN architecture that allows enterprises to leverage any combination of transport services—including MPLS, LTE and broadband internet services—to securely connect users to applications.
This increases application performance and delivers a high-quality user experience, which increases business productivity and agility and reduces IT costs.
WHAT WE DO
AV & Conferencing Solutions
The modern workforce is freer than ever before. Working from home, on the move, in the air or overseas. Your key performers may routinely be scattered across the globe. That’s why clear communication has never been more critical.
Byteview stands at the convergence of audio, video and IT. Delivering innovative solutions that enhance the AV conferencing environment. Let’s make your AV conferencing a natural collaboration experience for everyone on the line.
WHAT WE DO
