A business leader in Columbus, OH and the telecommunications field, Michael Marlowe serves as a vice president at ChaseTek. From it's Columbus headquarters, Michael Marlowe deals with changing market conditions for telecommunications applications. An integral part of modern IT infrastructure is fiber optic cable. These connectors, made from glass fibers, use pulses of light to send signals. Each cable uses fibers the width of a human hair, surrounded by a cladding that prevents light from escaping. Two types of fiber optic cable are single mode (carrying light from lasers) and multi-mode (using light from LEDs). Supplementing the single mode’s considerable bandwidth is wave division multiplexing. With this method, light with differing wavelengths is combined and then separated at its destination, allowing the simultaneous transmission of several data streams. Fiber optic’s enlarged capacity has several advantages. It can carry far more information at higher speeds than copper wiring, as high as 100 gigabytes per second. Fiber moves across greater distances without needing a signal booster. Moreover, it avoids most of the interference that occurs when copper cables are placed close together.
Business professional Michael Marlowe has significant experience as a financial manager, consultant, and entrepreneur in the Columbus, OH area. Michael Marlowe functions as the director of strategy and vice president of new markets at Chasetek. An infrastructure management company headquartered in Columbus, OH, Chasetek coordinates technological support for its clients. Cloud computing services have become an essential technological element of many large and small businesses.Cloud computing involves utilizing a third party provider to store all of an individual’s or organization’s data and files. Access to those files is provided completely via the internet. There are three levels of cloud computing, commonly referred to as the cloud computing stack. Each service level builds on the one beneath it and they can interact with one another. An organization can select the level of cloud computing that is necessary for its specific needs by utilizing one specific level or by combining several levels.The top level is referred to as Software as a Service (SaaS). At this level, all of a user’s documents and programs are hosted on the cloud. An individual or organization that utilizes SaaS never needs to worry about upgrading or maintaining their programs since it is all done automatically. Examples of SaaS applications are Microsoft Office 365 and Google Apps.The next level of service is called Platform as a Service (PaaS). At this level, users can create, customize, and deploy their own applications using the service provider’s platforms. Examples of PaaS include Google App Engine and Force.com from Salesforce.The foundational level of service is called Infrastructure as a Service (IaaS). At this level, users have access to the infrastructure of their cloud services. They can rent servers, data center space, and software. They can also increase the storage levels they need based on their current requirements.
