White Paper: GTT Communications
Cloud connectivity has moved beyond the tipping point, with the majority of enterprises using some form of cloud computing in their business.
The white paper on “Cloud computing success demands the right cloud connectivity” highlights why it is critically important for enterprises to use private cloud connectivity, rather than the public Internet, to access their IT applications and services residing in the cloud.
In this white paper, GTT explains that a cloud solution is only as good as the network that supports it. Key takeaways from it:
Fast provisioning and service turn-ups enhance enterprise agility and cloud connectivity
Transparent access protects existing hardware and software investments
Reliable, secure network technology means reliable, secure cloud connectivity
The right network connectivity is essential to enterprise cloud computing success
An underwriting infrastructure where speed, risk and return are in balance is the groundwork for more consistency in underwriting profitability and growth. However, the potential challenges to specialty insurance market growth are more intricate and challenging. In order to drive underwriting profitability and growth, you can have a vivid glimpse of the recent trends and developments in specialty insurance markets for profitable growth through insurance underwring. Would you like to know about the growth potential of the specialty insurance market?Do you need assistance with significant insights for the underwriting in specialty insurance market? Move ahead and read the following whitepaper that will address all your questions, including these: How to improve insurance underwriting process and underwriting profit margin? How can isurance underwriting drive profitable growth in specialty insurance? What are the key success factors for specialty carriers? How to determine the underwriting expenses for underwriting profitability and growth?
By: Clear One
Audio over Ethernet offers substantial potential cost savings in cabling and other infrastructure. With the convergence of IT systems and professional audio technologies, high fidelity, low-latency, digital audio can be efficiently distributed over Ethernet using one of many available protocols. As these technologies have evolved and the domains of sound transmission and information technology have converged, the transition from analog cabling into complex digital network infrastructures has not been without its challenges. This whitepaper on “Audio over Ethernet: CobraNet® and IEEE / AVB network bridging solutions”: Describes some of these innovations, including the emergence of Audio over Ethernet, CobraNet1, IEEE Audio Video Bridging (AVB), and other industry standards. Provides insights on how pro audio and computer networking have come together to harness the power of IP networks for the distribution of digital audio over greater distances Discusses Networked Audio Application Examples
What is Cloud Computing ?
A type of internet-based computing, Cloud computing refers to delivery of computing services over the internet or "the cloud" instead of using local storage and computing. The different computing services include servers, storage, databases, networking, software, applications, and analytics. Cloud computing eliminates the need for hardware acquisition, maintenance, installation of software.
What is Wireless ?
Wireless is the use of electromagnetic waves instead of wires to connect devices in the telecommunication sector. The most common form of waves used to connect two or more points for communication is electromagnetic waves. It is used to cover the distance between few meters to millions of miles into the deep-space. Over the time long range communication that was impossible to connect with wires were made possible through wireless
What is Network ?
Network is a group of two or more computing devices enabled to exchanging data with each other (such as files or messages, printers and other shared peripherals) through a data link. The connections between these devices can be established by means of a cable or wireless media. The computers or devices on a network are called as nodes and the ones that allocate resources are broadly categorized as servers or workstations.